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CIP-GEGEVENS KONINKLIJKE BIBLIOTHEEK, DEN HAAG

Ven, J. C. J. van de

Power selector guide/J. C. J. van de Ven. - Weesp: De Muiderkring. - (Selector guldes)

ISBN 90-6082-282-X SISO 662.5 UDC 621.31(036)Trefw.: vermogenselektronica; gidsen.

c 1987 De Muiderkring b.v., Weesp, The Netherlands ISBN 90 6082 282 X

Niets uit deze uitgave mag worden verveelvoudigd en/of openbaar gemaakt door middel van druk, fotokopie, microfilm of op welke andere wijze ook zonder voorafgaande schriftelijke toestemming van de uitgever.

No part of this book may be reprodu- ced in any form, by print, photoprint, microfilm or any other means without written permission of the publisher.

BIBLIOTHEEKXK.V.H.R,J.C.J. van de Ven

POWERSELECTORGUIDE

Published by

De Muiderkring B.V.P.O.Box 313, Weesp, The Netherlands

@

BibliotheekN N.V.H.RjINDEX INHOUD

Preface 7 Voorwoord 7

1. Introduction ................1.1. Codes and Norms....1.1.1. JEDEC....................1.1.2. JIS ..........................1.1.3. Pro Electron............1.1.4. Brand-specific codes1.1.5. OEM codes............1.2. EIData........................1.2.1. The EIData codenumber.. 191.2.2. EIData Sheet1.2.3. EIData Base .1.3. The . rating system andspecifications................1.4. This Selector Guide1.5. Symbols and Codes1.5.1. Diodes................1.5.2. Bridge rectifiers ..1.5.3. Thyristors............1.5.4. Triacs..................1.5.5. Transistors..........1.5.6. FET’s..................

1010 1. Inleiding................1.1. Codes en normen1.1.1. JEDEC............1.1.2. JIS ..................1.1.3. Pro Electron ...1.1.4. Merkgebonden codes----- 171.1.5. OEM codes1.2. EIData........1.2.1. Het EIData codenummer.. 191.2.2. EIData Sheet1.2.3. EIData Base1.3. Technische gegevens endefinities........................1.4. Deze Selector Guide1.5. Symbolen en codes1.5.1. Dioden................1.5.2. Bruggelijkrichters .1.5.3. Thyristoren..........1.5.4. Triacs..................1.5.5. Transistoren........1.5.6. FET’s..................

1010111112121313

1718181919

21212121

222224242525252526262727292930303333

2. Alfanumerieke indeling----- 36

3. Dioden geselecteerd op elektrische eigenschappen3.1. Dioden - spanning3.2. Dioden - stroom .3.3. Bruggelijkrichters

4. Thyristoren geselecteerd op elektrische eigenschappen4.1. Thyristoren - spanning----- 794.2. Thyristoren - stroom4.3. Thyristoren - gate stroom.. 85

2. Alphanumerical classification 36

3. Diodes sorted by electrical specifications3.1. Diodes - Voltage3.2. Diodes - Current3.3. Rectifier bridges

676772727777

4. Thyristors sorted by electrical specifications4.1. Thyristors - Voltage4.2. Thyristors - Current4.3. Thyristors - Gate current .. 85

798282

5

5. Triacs sorted by electrical specifications5.1. Triacs - Voltage........5.2. Triacs - Current------5.3. Triacs - Gate current

5. Triacs geselecteerd op elektrische eigenschappen5.1. Triacs - spanning . .5.2. Triacs - stroom ....5.3. Triacs - gate stroom

89 8991 9193 93

6. Transistors sorted by electrical specifications6.1. Transistors - Voltage6.2. Transistors - Current

6. Transistoren geselecteerd op elektrische eigenschappen6.1. Transistoren - spanning . . .6.2. Transistoren - stroom........

96 96114 114

7. FET’s sorted by electrical specifications7.1. FET’s - Voltage7.2. FET’s - Current

7. FET’s geselecteerd op elektrische eigenschappen7.1. FET’s - spanning7.2. FET’s - stroom .

133 133135 135

8. Behuizingen en aansluitgegevens8.1. Lijst typenummers en afbeeldingen8.2. Behuizingen en aansluitgegevens

8. Package Outlines8.1. List with outline numbers .. 1388.2. Package outlines 138140

140

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PREFACE VOORWOORD

EIData Selector Guides: a complete new approach.This power selector guide is the second of a new generation of pocket guides, specially written for the electronics designer and engineer. It offers a unique combination of tables and preselected devices.

EIData Selector Guides: een totaal nieuwe benadering.Deze power selector guide is de tweede uit een nieuwe generatie hand boeken, speciaal samengesteld voor elektronica-ontwerpers en -technici. Deze uitgave bevat een unieke combinatie tabellen en voorgeselecteerde componenten.

An introduction to EIDataWith the aid of a powerful computer- system, EIData selects, maintains and indexes the specifications of thousands of electronical devices, in order to provide an electronic engineer with independant, reliable and up-to-date technical data. EIData base used several different selection and sorting options to produce the tables found in this guide. On request, revised tables and userspecified tables can be supplied.

Wat is EIDataMet behulp van een krachtig computersysteem, waarin de technische gegevens van duizenden elektronica- componenten zijn opgeslagen, kan EIData elektronici voorzien van geselecteerde, onafhankelijke, betrouwbare en up-to-date gegevens. EIData heeft de beschikking over verschillende selectie- en sorteermogelijkheden om tabellen te produceren zoals in deze uitgave zijn opgenomen. Op verzoek kunnen ook aangepaste en volgens individuele specificaties geselecteerde tabellen worden samengesteld.

Why use this selector guide?The use of this guide is twofold: you can use it to select readily available power devices on the base of Technical data, case and use; you can also tracé the specifications of a known device in order to select a replacement.

Waarom deze selector guide gebruiken?Het gebruik van deze selector guide is twee-voudig: U kunt hem gebruiken om gemakkelijk en snel courante ver- mogenscomponenten te selecteren op basis van technische gegevens, behuizing of toepassing; ook is het mogelijk om aan de hand van specificaties van een bekende component een vervanging te zoeken.Hét grootste nadeel van het gebruik van een databoek waarin componenten alleen op alfabetische volgorde zijn gerangschikt is de moeilijkheid

The biggest disadvantage using a databook with an alphabetical list, is that you cannot select a device on its electrical propertjes (such as voltage or

7

power). Using a selection guide of a certain manufacturer, you are tied to their types and you will not find a device made by someone else, which re- sults in a pile of buiky books...

om van een databoek waarin componenten alleen op alfabetische volgorde zijn gerangschikt is de moeilijkheid om een component op elektrische eigenschappen, zoals spanning of vermogen, te selecteren. Het gebruik van een selector guide van een bepaalde fabrikant beperkt de keuze omdat componenten van andere fabrikanten niet zijn opgenomen.Deze selector guide biedt een unieke combinatie van een alfabetische lijst van algemeen gebruikte componenten, gecombineerd met verschillende, fabrikant onafhankelijke, selectietabellen. Door de compacte uitvoering zal het beslist niet moeilijk zijn een plaatsje voor deze nuttige uitgave te vinden. De opslag, selectie en het uitprinten van deze selector guides zijn, om de betrouwbaarheid te waarborgen en het aantal menselijke fouten tot een minimum te beperken, met behulp van één computersysteem gerealiseerd.

This selector guide offers a unique combination of an alphabetical list of common used devices, combined with several different, manufacturer- inde- pendant, selection tables. It has been made completely with the aid of a computer system, ensuring that the data are reliable and to keep the number of human errors as low as possible.

Incourante componentenTeneinde de tabellen optimaal te kunnen gebruiken zijn ook een aantal 'evergreens' opgenomen, deze typen zijn gemerkt met een sluitend opgenomen om hun gegevens die bij reparatie en service nodig kunnen zijn, voor nieuwe ontwerpen zijn de 'evergreens' niet bruikbaar. Hoogstwaarschijnlijk zijn deze types inmiddels uit produktie genomen.

Old devicesIn order to fully utilize the tables, a lot of 'evergreens' have been included, which are marked with an asterisk. They are not suitable for new designs and are advised only for repair and service use. It is very possible that those devices are out of production.

. Zij zijn uit-

TerugkoppelingMocht U suggesties hebben ten aanzien van de opzet van deze selector guide, dan stellen wij het zeer op prijs dit van U te vernemen. U kunt ons

FeedbackIf you have some suggestions about the concept of this selector guide, we like to hear from you. Feel free to write us or call the EIData FIDO BBS and

8

leave an ’electronic’ message. Your idea can make the next edition even more complete than this one.

schrijven of via Uw computer contact opnemen met EIData FIDO BBS. Uw open aanmerkingen kunnen ertoe bijdragen dat de volgende editie nog completer wordt dan deze.

9

III

1. Inleiding1. IntroductionElektronische onderdelen in het algemeen en halfgeleiders als transistoren en IC’s in het bijzonder kunnen bijna zonder uitzondering alleen maar worden geïdentificeerd aan de hand van een opgedrukt codenummer. Dit codenummer wordt door de fabrikant op het onderdeel gestempeld en kan met behulp van databoeken worden herleid tot de 'ware aard van het beestje' ofwel de technische gegevens.Het zal duidelijk zijn, dat het codenummer de sleutel is tot het onderdeel. Als dit nummer onleesbaar is, is de kans klein dat de technische gegevens achterhaald kunnen worden. Is het nummer wel leesbaar, dan kunnen de bijbehorende technische gegevens simpelweg opgezocht worden in een databoek van de desbetreffende fabrikant.Zoals dat wel meer voorkomt zodra er afspraken over normalisatie gemaakt moeten worden, is ook in de elektronica-industrie sprake van een meervoudige normering. In de volgende paragrafen wordt daar iets dieper op ingegaan.

Electronical components in general, and devices like transistors and IC’s can generally speaking only be inden- tified by their codenumbers. To put it simple: they all look the same. The codenumber has been printed on the device by the manufacturer in order to look up the technical specifications.It is clear that the codenumber is the key to the device. If you cannot read it, changes are low that you can tracé the specifications. If you can read it, all you have to do is getting a databook of the manufacturer and look up the specifications.Just like in other areas of the industry, some large companies made arrange- ments about normalizing the use of their codenumbers. However, they did not always agree on the question which Standard to use, so some intro- duced their own. This, alas, resulted in the several standards we now have to cope with.

1.1. Codes and norms In the 1930’s, when valves were the only electronic devices, agreements were made between several European manufacturers about the codenumbers they had to use.Were more and more manufacturers realized that a general typenumber system for all electronical components offered great advantages they deci- ded to establish an independant organization, which would occupy it self

1.1. Codes en normen Al in het buizentijdperk bestonden er afspraken tussen enkele Europese fabrikanten over de typenummers van de buizen die zij produceerden.

Toen meer en meer fabrikanten zich realiseerden dat het gebruik van een algemeen typenummersysteem voor alle elektronicaonderdelen grote voordelen bood, werd besloten een onafhankelijke organisatie op te richten

10

solely with the standardizing and ad- ministering of typenumbers. The el- dest European organization is called ’Pro Electron’ and was established in Brussel in 1966. In Japan the organization for standardisation in the elec- trotechnical, computer-industry is called JIS, while in America the JEDEC has occupied itself with this normalisation and standardisation process.

die zich alleen met de standaardisering en administrering van typenummers zou bezig houden. De oudste Europese organisatie heet ’Pro Electron’ en werd in 1966 in Brussel opgericht. In Japan heet de organisatie, die zich richt op standaardisatie in de elektrotechniek, elektronica en computer-industrie, JIS en in Amerika heeft de JEDEC zich met normalisatie en standaardisatie beziggehouden.

electronics and

1.1.1. JEDECWorlds largest co-ordinated organization in the electronic industry is the JEDEC (Joint Electron Device Engineering Councils). This American organization by origin stipulates - just like Pro Electron in Europe - Standard type- and serial numbers for electronic components. All manufacturers, con- nected with JEDEC, produce the components according to centrally registe- red specifications.The JEDEC code for discrete semiconductor devices is as follows:

1.1.1. JEDECDe grootste overkoepelende organisatie in de elektronische industrie is de JEDEC (Joint Electronic Device Engineering Councils). Deze van oorsprong Amerikaanse organisatie bepaalt, net als Pro Electron in Europa, type- en serienummers voor elektronische onderdelen. Alle bij JEDEC aangesloten fabrikanten produceren de onderdelen volgens centraal geregistreerde specificaties.De JEDEC-code voor discrete halfgeleiders is als volgt samengesteld.

VOORVOEGSEL en SERIENUMMERPREFIX with SERIALNUMBER

Het VOORVOEGSEL geeft de functie van het onderdeel en het aantal aansluitingen weer:1N = Diode (alle componenten met

twee aansluitingen)2N = Transistor, FET, UJT, SCR,

Triac (comp. met drieaansluitingen)

3N = FET (comp. met 4 aansl.)4N = Optocoupler5N = OptocouplerHet SERIENUMMER loopt van 10 tot 9999:Het toepassingsgebied en het halfge-

The PREFIX indicates the circuit function and number of leads:1N = Diode (all two-leaded devices) 2N = Transistor, FET, UJT, SCR, Tri

ac (three-leaded device)3N = FET (four-leaded divece)4N = Optocoupler 5N = Optocoupler

The SERIALNUMBER runs from 10 to 9999:As one can see, the possible area of

11

leidermateriaal (silicium of germanium) is niet uit de JEDEC nummering te herleiden.

application and semiconductor material (Silicon or germanium) cannot be derived trom the JEDEC prefix.

1.1.2. JISJapanse halfgeleiderfabrikanten hanteren de zogenoemde ’JIS’ (Japanese Industrial Standard) codes voor transistoren en aanverwante halfgeleiders. De JlS-code is als volgt opgebouwd: EEN CIJFER, TWEE LETTERS en een SERIENUMMER

1.1.2. JISJapanese semiconductor manufacturers use the coding system as propo- sed by the JIS (Japanese Industrial Standard). For discrete semiconductor devices, the JIS code is as follows: ONE NUMBER, TWO LETTERS folio- wed by a SERIALNUMBER

The NUMBER indicates the number of leads of the device in the following way:1 = two-leaded device2 = three-leaded device3 = four-leaded device

Het CIJFER geeft het aantal aansluitingen weer zoals in onderstaande tabel is aangegeven.1 = twee aansluitingen2 = drie aansluitingen3 = vier aansluitingen

The TWO LETTERS indicate the circuit function:SA = PNP transistors and darlingtons

(higher frequencies)SB = PNP transistors and darlingtons

(lower frequencies)SC = NPN transistors and darling

tons (higher frequencies)SD = NPN transistors and darling

tons (lower frequencies)SE = DiodesSF = ThyristorsSG = Gunn DiodesSH = UJT’sSJ = P-channel FET'sSK = N-channel FET’sSM =Triac, bi-directional thyristorsSQ = LED’sSR = Rectify diodesSS = Signal diodesST = Avalanche diodesSV = Varicaps, PIN diodesSZ = Zener diodes

De TWEE LETTERS hebben de volgende betekenis:SA = PNP transistoren en darlingtons

(hogere frequenties)SB = PNP transistoren en darlingtons

(lagere frequenties)SC = NPN transistoren en darling

tons (hogere frequenties)SD = NPN transistoren en darling

tons (lagere frequenties)SE = DiodenSF = ThyristorenSG =Gunn DiodenSH = UJT’sSJ = P-channel FET’sSK = N-channel FET’sSM =Triacs, bi-directionele thyristorenSQ = LED’sSR = GelijkrichtdiodenSS = SignaaldiodenST = LawinediodenSV = Varicaps, PIN-diodenSZ = Zenerdioden

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The SERIAL NUMBER consist of 2 to 4 figures, running from 10 to 9999.

Het SERIENUMMER bestaat uit 2 tot 4 cijfers, van 10 tot 9999.

TOEVOEGINGENDe toevoeging bestaat uit 1 of meerdere letters, waarbij de laatste letter het toepassingsgebied aangeeft:D = types, goedgekeurd door de Ja

panse PTT (NTT)G = (groen) speciale types voor

communicatie en industrie M = Types, goedgekeurd door de

Japanse marine (DAMGS)N = Types, goedgekeurd door de

Japanse omroep (NHK)S = Types geselecteerd voor in

dustriëleregeltoepassingen

SUBCODING (suffixes):A suffix consist of 1 or more letters, whereby the last letter indicates the area of application:D = types approved by the Japane-

se Telecommunications Organi- zation (NTT)

G = (green) types are approved for use by Communications industry

M = types are approved by the Japa- nese Marine (DAMGS)

N = types are approved by the Japa- nese Broadcasting Organizati- on (NHK)

S = types are selected for industrial and enginering applications

Transistors, starting with JIS code 2SA, 2SB, 2SC or 2SD (after which figures and possible letters) may be Silicon as well as germanium types. The specific area of application (switching/RF, high/low power etc.) cannot be derived from the numbering.It happens more than often that the (Japanese) manufacturer omits the 2S coding on a device. The remaining code can still be used to derive the official number: C 940 is the same as 2SC 940.

meet- en

Transistoren die met de JIS codering 2SA, 2SB, 2SC of 2SD beginnen (waarna nog cijfers en eventueel letters) kunnen zowel germanium als silicium types zijn. Het specifieke toepassingsgebied (schakel/hoog-/laagfre- quent, hoog-/laag- vermogen e.d.) is niet verder uit de nummering te herleiden.Het gebeurt vaak dat de (Japanse) fabrikant op een transistor de codering 2S weglaat. De codering die overblijft is nog steeds te herleiden tot het officiële nummer: C 940 is dus gelijk aan 2SC 940.

1.1.3. Pro Electron De Pro Electron code biedt de mogelijkheid om onderdelen naar hun toepassingsgebied te groeperen.Zo kunnen de karakteristieke gegevens aan de hand van het codenummer worden achterhaald zonder de

1.1.3. Pro Electron The Pro Electron typenumber enables devices to be grouped according to their application.You can access the characteristic data via the typenumber without Consulting an intermediate index. Data ap-

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propiate to the application of a group of devices can be readily presented in tabular form.

hulp van databoeken. De toewijzing aan bepaalde toepassingsgebieden kan eenvoudig in een tabel worden weergegeven.Helaas maakt de Pro Electron code geen onderscheid tussen het soort onderdeel; transistoren, FET’s en darlingtons zijn, voorzover het de codering betreft, niet van elkaar te onderscheiden.De Pro Electron code is als volgt opgebouwd:TWEE LETTERS gevolgd door een SERIE NUMMER

Unfortunately, the Pro Electron code does not differentiate the type of component: transistors, FET’s and darlingtons are mixed, as far as the typenumber is concerned.

The typenumber of Pro Electron code consist of:7WO LETTERS followed by a SERIAL NUMBER

The FIRST LETTER gives information about the material used for the active part of the devices:

De EERSTE LETTER geeft informatie over het materiaal dat is gebruikt voor het aktieve gedeelte van het onderdeel:A = Germanium B = Silicium C = Gallium Arsenide R = Samengesteld materiaal

A = Germanium B = Silicon C = Gallium Arsenide R = Compound Materials

De TWEEDE LETTER geeft de funktie van het onderdeel weer:A = Diode: Detectie, schakel, mixer

The SECOND LETTER indicates thecircuit function:A = Diode: Detection, switching,

mixerB = Diode: Variable capacitanceC = Transistor: Low power, audio

frequencyD = Transistor: Power, audio

frequencyE = Diode: Tunnel

B = Diode: Variabele capaciteit C = Transistor: Laag vermogen,

laag frequentD = Transistor: Vermogen, laag

frequentE = Diode: Tunnel

Transistor: Laag vermogen, hoog frequent

G = Diode: Oscillator, diverse

F =F = Transistor: Low power, high frequency

G = Diode: Oscillator,miscellaneous

H = Diode: Magnetic sensitive K = Hall effect device: In an open

magnetic circuit Transistor: Power, highfrequency

H = Diode: Magnetisch gevoelig K = Hall-effect onderdeel in open

magnetisch circuit Transistor: Vermogen, hoog frequent

L =L =

14

M = Hall-effect onderdeel in gesloten magnetisch circuit

N = Opto-coupler P = Diode: IR/licht gevoelig Q = Diode: IR/licht opwekkende R = Thyristor: Laag vermogen S = Transistor: Laag verm., schakel T = Thyristor: Vermogen U = Transistor: Vermogen, schakel X = Diode: Multiplier, varactor Y = Diode: Gelijkricht, booster Z = Diode: Spanningsreferentie, ze

ner, regulator, supressor

M = Hall effect device: In a closed magnetic circuit

N = Photo coupler P = Diode: Radiation sensitiveQ = Diode: Radiation producing R = Thyristor: Low power S = Transistor: Low power,

switchingT = Thyristor: Power U = Transistor: Power, switching X = Diode: Multiplier, e.g. varactor,

step recoveryY = Diode: Rectifying, booster Z = Diode: Voltage reference, regu

lator, transientzener,supressor.

Het SERIE NUMMER bestaat uit:Drie of vier cijfers, van 100 tot 9999, voor consumenten types.

The SERIAL NUMBER consist of: Three or four figures, running from 100 to 9999, for devices primarely intended for consumer electronics and domestic equipment.

Of,Or,Eén letter (Z, Y, X, enz.) en twee of drie cijfers (van 10 tot 999) voor onderdelen bestemd voor professionele- en industriële apparatuur.

one letter (Z, Y, X, etc...) and two or three figures, running from 10 to 999, for devices primarely intended for professional and industrial equipment.

TOEVOEGINGAanvullende toevoegingen worden voor onderdelen met verschillende funkties toegepast. Deze toevoegingen bestaan uit een achtervoegsel met een vastgestelde betekenis. Toevoegingen worden gebruikt voor:

I. TRANSISTOREN EN FET’S Pe toevoeging bestaat uit een LETTER en/of een CIJFER.Bij consumenten types wordt door een LETTER (A, B, C enz.) de hFE selectie aangegeven. Bij industriële types verwijst een toegevoegde LETTER naar

SUBCODING (suffixes): Sub-classifications are used for devices supplied in wide ranges of different versions. These sub- classificati- ons consist of a suffix, according to a significant code.A subcode is in use for:

I. TRANSISTORS AND FET’S The suffix consist of a LETTER and/or a NUMBER.With consumer types, a LETTER like A, B, C, etc. is used to indicate a hFE- selection. Industrial types use a suffex LETTER to indicate a group with the

15

een groep met dezelfde werkspanning (meestal Uceo). Onderdelen zonder een toevoeging zijn niet geselecteerd. Naast of in plaats van een letter, gebruiken sommige fabrikanten Ara bi- sche CIJFERS om de Uceo selectie aan te geven en/of Romeinse CIJFERS om naar een hFE groep te verwijzen. Algemeen gebruikte cijfers zijn I, II, III en IV of 5, 10, 16, 25 en 40.

same working voltage (mostly Uceo). Devices without a suffix LETTER are not selected.Besides or instead of a letter, some manufacturers use an Arabic NUM- BER to indicate Uceo selection and/or Roman NUMBERS to indicate a hFE group. Common used numbers are: I, II, III and IV or 5, 10, 16, 25 and 40.

II. SPANNINGSREFERENTIE EN ZENER DIODENBij spanningsreferentie en zener dioden bestaat de toevoeging uit een LETTER en twee of drie CIJFERS. De LETTER geeft de nominale tolerantie van de zener aan:A = 1% (E96-reeks)B = 2o/o (E48-reeks)C = 5% (E24-reeks)D = 10% (El2-reeks)E = 20% (E6-reeks)

De CIJFERS geven de referentie/zener spanning aan, waarbij de letter V als decimale komma wordt gebruikt.

II. VOLTAGE REFERENCE AND REGULATOR DIODES The suffix consist of ONE LETTER and ONE NUMBER.The LETTER indicates the nominal tolerance of the zener voltage:

A = 10/0 (E96 series) B = 2o/o (E48 series) C = 5% (E24 series) D= 10% (E 12 series) E = 20% (E6 series)

The NUMBER denotes the typical Zener voltage related to the nominal current rating for the whole range. The letter V is used instead of a decimal point.

III. TRANSIENT SUPRESSOR DIODESFor the indication of the voltage vari- ants the same subcoding as for voltage reference and regulator diodes is applied. The letter indicating the voltage tolerance is omitted.

IV. CONVENTIONAL, AVALANCHE RECTIFIER THYRISTORS.The suffix indicates the rated maximum repetive peak reverse voltage.

III. OVERSPANNINGS BEVEILI- GINGSDIODENDe maximaal toelaatbare spanning wordt hier met dezelfde codering aangegeven als bij spanningsreferentie en zenerdioden. Een letter, voor indicatie van de tolerantie wordt hierbij niet toegepast.

IV. DIODEN, LAWINE DIODEN EN THYRISTORENANDDIODES

De toevoeging geeft de maximaal toelaatbare spanning aan, eventueel ge-

volgd door de letter R, die aangeeft dat de polariteit is omgekeerd.

Reversed polarity is indicated by the letter R, immediately after the suffix.

V. STRALINGS DETECTORS De toevoeging geeft de dikte van de ’deplation’ laag in um (micrometer) aan. De resolutie wordt hier door een letter aangegeven.

V. RADIATION DETECTORS The suffix indicates the deplation lay- er in um (micrometer). The resolution is indicated by a version letter.

Zoals uit het voorgaande blijkt, bevat het Pro Electron typenummer niet alle karakteristieke gegevens van het onderdeel. Onderstaand voorbeeld geeft aan dat FET’s en transistoren op dezelfde wijze zijn gecodeerd.De BC107 is een laag frequent, laag vermogen silicium transistor voor standaard toepassingen. De BC107C is hetzelfde type, geselecteerd op een hogere versterkingsfaktor.De BUX66B is een hoog vermogen silicium schakeltransistor voor profes si- onele toepassingen in een geselecteerd spanningsgebied.De BF256 is een laag frequent, laag vermogen silicium veldeffekt transistortoepassingen.

As stated above, the Pro Electron typenumber indicates some but not all characteristics of the device. Some examples, in which you see that FET’s and transistors are treated the same way:The BC107 is a low frequency, low power Silicon transistor for consumer applications. The BC107C is the same type, selected on a lager hFE value.

The BUX66B is a high power transistor for professional applications with a selected Uceo.

The BF256 is a low frequency, low power Silicon field effect transistor (FET) for consumer applications. standaard(FET) voor

1.1.4. Merkgebonden codes Een aantal halfgeleider fabrikanten hebben naast (of in plaats van) Pro Electron en/of JEDEC-standaard types soms ook 'eigen' types in het programma.Bekende series (en hun oorspronkelijke leveranciers) zijn:

1.1.4. Brand-specific codes A lot of semiconductor manufacturers design their own types next to (or in stead of) Pro Electron and/or JEDEC Standard devices, because of specific know-how in a certain area.Well known series (and their original suppliers) are:

40000 RCAMJ Motorola vermogenstransistor

(metaal behuizing)MJE Motorola vermogenstransistor

(kunststof behuizing)

40000 RCAMJ Motorola power transistor (me-

tal case)MJE Motorola power transistor

(plastic case)

17

MPS Motorola laagvermogenstran- sistor (kunststof behuizing)

MRF Motorola hoog-frequent en microgolf transistor

MPS Motorola low power transistor (plastic case)

MRF Motorola high-frequency and micro-wave transistor

RCA RCA RCS RCSTA RCA ontwikkelings type TIP Texas Instr. vermogenstran-

sistor (kunststof behuizing) TIPL Texas Instr. vermogenstran-

sistor voor schakelende

RCA RCA RCS RCSTA RCA development type TIP Texas Instr. power transistor

(plastic case)TIPL Texas Instr. planar power

transistorTIS Texas Instr. low power trans

istor (plastic case)ZT Ferranti ZTX Ferranti

voedingenTIS Texas Instr. laag vermogens

transistor (kunststof behuizing) ZT Ferranti ZTX Ferranti

1.1.5. OEM codesAll semiconductor manufacturers produce custom-designed electronic parts next to the above mentioned re- gistrated devices. These components are often called OEM components (Original Equipment Manufacturer) and their specifications are not published. These parts are supplied directly to the customer and will not be available for trade purposes.There are some reasons to mark the part with a number (for instance: to re- cognize it), but such numbers are not included in databooks. It is therefore very hard to obtain technical data of OEM components. Well known OEM suppliers are Texas Instruments, Motorola and RCA. Their OEM parts can be recognized by the company logo and a production data- code and a (un- traceable..) number.

1.1.5. OEM codes Halfgeleider fabrikanten produceren naast de hiervoor genoemde standaard en eigen onderdelen ook elektronische onderdelen op klantenspecificatie. Deze onderdelen (zogenoemde OEM onderdelen die nooit in de handel komen maar direkt aan de Original Equipment Manufacturer of eindgebruiker worden geleverd) zijn om administratieve redenen en ter bescherming van de klant vrijwel nooit in databoeken opgenomen. Het is dan ook zeer moeilijk om gegevens van onderdelen met een OEM nummer te achterhalen. Bij 'bekende' OEM leveranciers als Texas Instruments, Motorola en RCA zijn de onderdelen voorzien van het logo, de productie datum en een getal. Dat getal is slechts een volgnummer en de technische gegevens van het onderdeel zijn niet traceerbaar.

18

1.2. EIData 1.2. EIData

With the aid of a powerful computer- system, the EIData organization selects, maintains and indexes the specifications of thousands of electronical devices, in order to provide an electronic engineer with independant, reliable and up-to-date technical data. EIData has used several different selection and sorting options to produce the tables found in this guide. On request, revised tables and user-specified tables can be supplied.

Met behulp van een krachtig computersysteem, waarin de technische gegevens van duizenden elektronica componenten zijn opgeslagen, kan EIData elektronici voorzien van geselecteerde, onafhankelijke, betrouwbare en up-to-date gegevens. EIData heeft de beschikking over verschillende selectie en sorteer mogelijkheden om tabellen te produceren zoals in deze uitgave zijn opgenomen. Op verzoek kunnen ook aangepaste en volgens individuele specificaties geselecteerde tabellen worden samengesteld.

1.2.1. The EIData CodenumberIn the interest of the electronic designer and engineer, EIData has develo- ped a hierarchical numbering system, by which all necessery components can be selected on the base of technical data. For this purpose, EIData has created a database, in which the technical data of tens of thousands components are included. All components in this guide are provided with an EIData codenumber, which can be used for obtaining a datasheet (EIDataS- heet) and for retreiving technical information from the EIDataBase. The EIData codenumber is also used by some distributors and end-users to identify components.The codenumber consist of a combination of three number-groups sepa- rated by a dash, which together form a unique code to identify the type of component. E.g. all semiconductors codenumbers start with a '3', which makes it possible to code a theoretical maximum of 100 million different

1.2.1. Het EIData codenummer EIData heeft in het belang van de ontwerper van elektronische schakelingen een hiërarchisch nummer- systeem ontwikkeld, vaarmee op basis van technische gegevens alle noodzakelijke componenten kunnen worden geselecteerd. Door EIData is hiertoe een database gecreëerd waarin tienduizenden onderdelen met hun technische gegevens zijn opgenomen. Alle in dit boek opgenomen onderdelen zijn voorzien van het EIData codenummer, wat gebruikt kan worden voor EIDataSheet, EIDataBase en tevens door enkele leveranciers en industrieën gebruikt wordt om de onderdelen te identificeren.Het codenummer bestaat uit drie groepen cijfers, die elk een indicatie geven van het soort onderdeel. Zo beginnen de codenummers van alle halfgeleiders met een 3 (met als theoretische limiet 100 miljoen verschillende nummers). Passieve onderdelen zijn ook in zulke 'hoofdgroepen’ opgeno-

19

men: ’6’ is het begin nummer van weerstanden; ’7’ van condensatoren, enz.

parts. Passive components, altough not included in this selector guide, are also included in the EIData codenumber system. (All resistor codes start with a ’6’; capacitors are coded with aT». De halfgeleidergroep is onderver

deeld in DISCRETE componenten en GEINTE- GREERDE componenten. De discrete com ponenten zijn: 30-XX-XXXXX transistoren33- XX-XXXXX thyristoren34- XX-XXXXX triacs35- XX-XXXXX dioden36- XX-XXXXX opto-elektronica37- XX-XXXXX halfgeleider sensors

The semiconductor group is divided into DISCRETE and INTEGRATED components. The discrete components are:30-XX-XXXXX transistors33- XX-XXXXX thyristors34- XX-XXXXX triacs35- XX-XXXXX diodes36- XX-XXXXX opto-electric devices37- XX-XXXXX semiconductor sensors

The integrated components are:31- XX-XXXXX bipolar digital function circuits32- XX-XXXXX analog function circuits & D/A, A/D converters38- XX-XXXXX CMOS digital function circuits (Standard series)39- XX-XXXXX LSI and VLSI IC’s (N/C MOS)In this selector guide we deal with the 30-XX-XXXXX, 33-XX-XXXXX, 34-XX- XXXXX and 35-XX-XXXXX groups. You will find a selection of consumer and industrial transistors, FET’s, diodes, thyristors and triacs transistors. Codes starting at 30-00-000 up to 30-73-99999 are dedicated to transistors. Codes from 30-74-00000 up to 30-99-99999 are FET’s. Wherever possible, the EIData code is a revised form of the Pro Electron, JEDEC or JIS code. Normally, the last four digits of the EIData code contain the serialnumber of the transistor, completed with a number which indicates a suffix.

De geïntegreerde componenten zijn:31- XX-XXXXX bipolare digitale IC’s32- XX-XXXXX analoge IC’s & D/A, A/D omzetters38- XX-XXXXX CMOS digitale IC’s (standaard reeksen)39- XX-XXXXX LSI en VLSI IC’s (N/C MOS)

In deze selector guide komen de groepen 30-XX-XXXXX, 33-XX- XXXXX, 34-XX-XXXXX en 35-XX-XXXXX aan bod. Hierin zijn consumenten en industrie transistoren, FET’s, dioden, thyristoren en triacs opgenomen. De onderverdeling is als volgt: 30-00-00000 t.e.m. 30-73-99999 voor transistoren en 30-74-00000 t.e.m. 30-99-99999 voor FET’s. Binnen de codes is zoveel mogelijk de Pro Electron, JEDEC en JIS volgorde aangehouden. De laatste vier cijfers van de EIData code bevat gewoonlijk het serienummer van de transistor, aangevuld met een cijfer die de toevoeging aangeeft.

20

This suffix is coded as follows: Deze toevoeging is als volgt gecodeerd:0 = geen toevoeging1 = toevoeging A of 52 = toevoeging B of 103 = toevoeging C of 164 = toevoeging D of 255 = toevoeging E of 406 = toevoeging F7 = toevoeging G8 = toevoeging H9 = overige toevoegingen

0 =1 = suffix A or 52 = suffix B or 103 = suffix C or 164 = suffix D or 255 = suffix E or 406 = suffix F7 = suffix G8 = suffix H9 = other suffixes

no suffix

1.2.2. EIData Sheet EIData offers with the assistance of the above mentioned database a datasheet service: by utilizing the or- dersheet in the back of this guide, you can order detailed technical and design information and copies of datasheets of the required components. The details also can be applied for by means of a message on the Fido- EIData Bulletin Board System, which uses the same familiar software as the Standard FIDO network of computer bulletin board systems.

1.2.2. EIData Sheet EIData biedt met behulp van de hiervoor beschreven databank een datasheet service: Door gebruik te maken van de bestelkaart die achter in deze uitgave is opgenomen, kunt u gedetailleerd technische gegevens en overdrukken van originele datasheets van de door u gewenste onderdelen bestellen. De gegevens kunnen ook worden aangevraagd door middel van een bericht op het Fido-EIData Bulletin Board systeem, deel uitmakend van het wereldwijde Fido netwerk van computer bulletin boards.

1.2.3. EIData Base Zoals gezegd bestaat het hart van EIData uit een databank waarin de gegevens van vele duizenden elektronische onderdelen zijn opgeslagen. In de loop van 1988 zal deze databank, via modems (Baudsnelheid 330, 1200 of 2400 Bps) direct bereikbaar zijn. Elektronica ontwerpers en technici kunnen de EIData Base onder bepaalde voorwaarden gebruiken, e.e.a. zal via Fido-Eldata en persberichten in tijdschriften bekend worden gemaakt. Gebruikers van een personal compu-

1.2.3. EIData Base As previously pointed out, there is a database in which many electronical components with their technical details are included. In the course of 1988, this databank can be reached by phone on 300, 1200 and 2400 bps (V21, V22 and V22bis). Electronic designers and engineers can use the EIData Base under certain conditions, which will be announced on Fido- EIData and in pressbulletins in magazines.Everyone who uses a personal com-

21

ter met modem en telecommunicatie software hebben dan toegang tot alle nodige gegevens. Daartoe is de databank uitgerust met speciale software om gebruikers behulpzaam te zijn bij het zoeken naar de gewenste informatie aan de hand van technische gegevens of codenummers.

puter with modem and telecommum- cation software can have the disposal of all necessary details. On the database, special software assist the user to extract the information he or she wants, on the basis of technical details, numbers or codes.

1.3. Technische gegevens en definities

1.3. The rating system and specificationsThe rating Systems used, are a subset as those recommended by the International Electronical Commission (IEC) in its publication 134. The technical specifications included in both the selector guides and the database are derived from original datasheets and databooks from the manufacturen in order to provide a high grade of reliability. By excluding reference books with unknown sources and other 'second hand’ information we can guarantee a very small amount of errors.

De gehanteerde elektrische gegevens komen overeen met die, welke door de 'International Electric Commission’ (IEC) in haar publicatie nummer 134 worden aanbevolen.De technische gegevens zoals opgenomen in de databank en in deze selector guide zijn afkomstig uit originele dokumentatie en databoeken van de fabrikanten. Om de vermelde gegevens een hoge graad van betrouwbaarheid te geven is geen gebruik gemaakt van naslagboeken en informatie uit 'tweede hand’

All ratings are based on the 'absolute maximum rating system’, which means that they should not be excee- ded under the worst probable conditions. These values are chosen by the device manufacturer to provide accep- table serviceability of the device, ta- king no responsibility for equipment variations, environmental variations and the effects of changes in operatio- nal conditions due to variations in the characteristics of the device under consideration and of all other electronic devices in the equipment.When comparing data from this selector gui-

Alle technische gegevens zijn gebaseerd op 'maximum waarden’ hetgeen betekent dat zij ook onder de meest extreme omstandigheden niet overschreden mogen worden.Indien gegevens uit deze selector guide met gegevens uit andere boeken wordt vergeleken zijn de volgende punten van belang:

22

de with other data, the following points will have to be considered:In other selector guides, databooks and tables, the colomn 'Voltage' does not always refer to the Uceo. The value can be Uce, Uceo, Ucb, Ucbo and so on. You can get into trouble when a certain book tells you that the maximum voltage a transistor can handle is 1000 Volt and they did not point out that they meant Ucbo in stead of Uceo. Because Ucbo is often higher than Uceo, finding a replacement can be a hard job. In this selector guide, we included both Uceo and Ucbo.

In andere databoeken wordt in de kolom 'spanning' niet altijd de Uceo waarde vermeld. De gegeven waarde kan betrekking hebben op Uce, Uceo, Ucb, Ucbo enz. Problemen kunnen dan ook ontstaan als een bepaald boek aangeeft dat de maximum spanning die een transistor kan verdragen 1000 volt is en dit gegeven betrekking heeft op Ucbo in plaats van op Uceo. Omdat Ucbo vaak hoger is als Uceo kan deze verwisseling het zoeken van een vervanger aanzienlijk bemoeilijken. In dit boek worden zowel de waarden van Uceo als Ucbo gegeven. In een aantal gevallen wordt in data- boekoii in de kolom 'stroom' de grootste piek-stroom in plaats van de maximale continu- stroom opgegeven. De piek-stroom is meestal hoger dan de continu-stroom, wat een vertekend beeld geeft van de werkelijke eigenschappen van een transistor. In deze uitgave wordt altijd gewerkt met de continu-stroom, ook voor snelle ver- mogensschakeltransistoren waar bij korte schakeltijden de piek-stroom veel hoger kan zijn. Dit om het zoeken en vergelijken te vergemakkelijken. Indien aanvullende gegevens zijn gewenst, kunnen de originele databoeken van de fabrikant worden geraadpleegd. EIData heeft meer dan 400 verschillende data- en applicatieboe- ken, met technische gegevens van meer dan 500.000 courante en incourante onderdelen. Deze gegevens kunnen worden aangevraagd via ’EI- data Sheet'.

Even more important when comparing 'Current', databooks show in a number of cases the largest peak-current value instead of the maximum continuous-current . Generaly spoken, the peak current a transistor can handle is larger than the continuous current and may only be applied if the transistor is pulsed. In this selector guide, all current values are continuous values (even when the transistor is a fast-switching device with a relati- ve high peak- current value). This makes comparing and selecting easier.If you need additional specifications, consult the original databooks of the manufacturer. EIData has more than 400 different data- and application books, with technical data of more than 500.000 recent and phased-out devices. These data can be obtained via EIData Sheet.

23

1.4. Deze selector guide1.4. This selector guideIn de volgende hoofdstukken zijn meer dan 1000 veel gebruikte types in verschillende volgordes opgenomen.

in hoofdstuk 2 zijn alle transistoren in alfanumerieke volgorde opgenomen. In deze lijst staan alle goed verkrijgbare types en, om vervanging door middel van vergelijk van technische gegevens, diverse oudere voorkeurstypes.

In the following chapters, we selected more then 1000 devices and arranged them into several different sequences:

In chapter 2, all types are arranged in alphanumerical sequence. This list contains readily components as well as several older types, in order to look up technical data to select a replacement.

In de hoofdstukken 3, 4, 5, 6 en 7 zijn de onderdelen op hun elektrische eigenschappen geselecteerd. Hoofdstuk 3: dioden, hoofdstuk 4: thyristoren, hoofdstuk 5: triacs, hoofdstuk 6: transistoren en hoofdstuk 7: FET’s.

In the chapters 3, 4, 5, 6 and 7 the devices are selected on their electrical specifications. Chapter 3: Diodes and rectifier bridges, chapter 4: Thyristors, chapter 5: triacs, chapter 6: Transistors and chapter 7: FET’s.

In chapter 8, the package outlines and connections of all semiconductors from this publication have been included. The sequence is according to the ’connection number’ as printed in the last column of the technical data. If you want to tracé a certain case without knowing the typenumber of the component, you can use the table in paragraph 8.1..

In hoofdstuk 8 zijn de afbeeldingen van behuizingen en aansluitingen van alle halfgeleiders uit deze uitgave opgenomen. De volgorde is die van het aansluitingsnummer zoals afgedrukt in de laatste kolom van de technische gegevens. Indien u een bepaalde behuizing wilt terug vinden, zonder dat u het typenummer van het onderdeel heeft, kunt u gebruik maken van de tabel in paragraaf 8.1:

24

1.5. Symbols and codes 1.5. Symbolen en codes1.5.1. Dioden Eldata code (30-XX-XXXXX)

Het EIData codenummer.

1.5.1. DiodesEIData code (30-XX-XXXXX)

The EIData code of the deviceS S

Een asterisk (*) in deze kolom geeft aan dat het type voor een nieuw ontwerp niet geschikt is.

An asterisk (*) in this column indicates that the device is not recommended for new designs.

TypeTypeDe JEDEC, JIS, Pro Electron of OEM code van het onderdeel.

The JEDEC, JIS, Pro Electron or OEM code of the device.

Ge/SiGe/SiAktief halfgeleider materiaal: Ge = Germanium Si = Silicium

Active semiconductor material: Ge = Germanium Si = Silicon

Urrm (V)Urrm (V)Topwaarde van de periodieke stootspanning in tegenrichting.

Repetitive peak voltage.

reverse

Uf (V)Uf (V)(di- Gelijkspanning in

doorlaatrichting.Forward continuous rect)voltage.

Ifav(A)Ifav (A)Gemiddelde stroom inMean forward current.doorlaatrichting.

Ifsm @ t (A, ns)Niet periodische stootstroom in doorlaat richting, gemeten en gedefinieerd bij intervaltijd t.

Ifsm @ t (A, ns)Non-repetitive surge forward current measured and specified at time interval t.

tRR (ns)tRR (ns)Hersteltijd in sperrichting.Reverse recovery time.

Cj (pf)Cj (pf)Junctie capaciteit.Junction capacitance.

DDSoort onderdeel:A = Lawinediode F = Diode met korte hersteltijd 2F= Diode met extra korte hersteltijdS = Schottky diode2S = Extra snelle schottkydiode

Device type:A = Avalanche diode F = Fast recovery diode 2F = Doublé fas recovery diode S = Schottky rectifier 2S = Doublé Schottky rectifier

25

CaseCase De behuizing waarin de trans

istor zich bevindt, zoveel mogelijk volgens de JEDEC, Pro Electron, JIS of OEM standaard.

The name of the case in which the device is housed, according to the Standard JEDEC, Pro Electron, JIS or OEM code.

The number refers to the list of outlines in chapter 8 of this selector guide. Every lead- configuration has a different number.

No.No.

Dit nummer refereert naar de afbeeldingen in hoofdstuk 8. Elke aansluitvorm heeft zijn eigen nummer.

1.5.2. Bruggelijkrichters Eldata code (30-XX-XXXXX)


1.5.2. Bridge rectifiers EIData code (30-XX-XXXXX)

The EIData code of the deviceS S




Type TypeDe JEDEC, JIS, Pro Electron of OEM code van het onderdeel.

Urrm (V) Urrm (V)Repetive peak reverse voltage.

i

Root mean square value of reverse voltage.

Topwaarde van de periodieke stootspanning in sperrichting.Urms (V)

Urms (V)Effectieve waarde van de spanning in de sperrichting.Icool (A)

Average rectified output current when device is mounted on a heatsink.

IcoolGemiddelde waarde van de gelijkgerichte uitgangsstroom bij gebruik van een koellichaam.Ifsm (A)

Non-repetitive surge forward current.

Ifsm (A)Niet periodieke stootstroom in doorlaatrichting.Ifree (A)

Ifree (A)Average rectified output current when device is operating in free Gemiddelde waarde van de ge

lijkgerichte uitgangsstroom bij gebruik in open lucht.

Soort onderdeel:B = BruggelijkrichterDB = Driefase bruggelijkrichter

air.D

DDevice type:B = Bridge rectifierDB = Three-phase bridgerectifier

26

CaseCaseThe name of the case in which the device is housed, according to the Standard JEDEC, Pro Electron, JIS or OEM code.

De behuizing waarin de diode zich bevindt, zoveel mogelijk volgens de JEDEC, Pro Electron, JIS of OEM standaard.

No.No.The number refers to the list of outlines in chapter 8 of this selector guide. Every lead- configuration has a different number.


1.5.3. Thyristoren Eldata code (30-XX-XXXXX)


1.5.3. Thyristors EIData code (30-XX-XXXXX)

The EIData code of the deviceSS



Type TypeDe JEDEC, JIS, Pro Electron of OEM code van het onderdeel.


Udrm (V) Udrm (V)Topwaarde van de periodische stootspanning bij geblokkeerde stand: De maximum momentele

Repetitive peak off-state voltage: The maximum instantane- ous value of the off-state volta-

spanning bij geblokkeerde stand welke over de thyristor ontstaat inklusief alle periodische en excl. alle niet periodische spanningspieken.

ge which occurs across a thyristor, including all repetitive transient voltages, but excluding all non-repetitive transient voltages.

Udsm (V)Udsm (V)Topwaarde van de niet periodische stootspanning bij geblokkeerde stand: De maximum mo-

Non-repetitive peak off-state voltage: The maximum instan- taneous value of any non- repetitive transient off-state voltage which occurs across the thyristor.

mentele waarde van een nietperiodische piekspanning welke in geblokkeerde stand over de thyristor staat.ItRMS (A)

ItRMS (A)Root mean square value of the continuous (direct) on-state current.

Effectieve gelijkstroom in doorlaatrichting.

27

IfAV (A)IfAV (A) Gemiddelde waarde van de stroom in doorlaatrichting.

Mean (average) forward current when the thyristor is in the onstate.

ItSM @ t (A, ns)Surge (non-repetitive) peak onstate current measured and specified at time interval t.

ItSM @ t (A, ns)Niet periodische stootstroom, gemeten en gedefinieerd bij intervaltijd t.

I2t (A2s)I2t (A2s)I2t voor zekering.I2t for fusing.

Ugt (V)Ugt (V)Gate-triggerspanning: de ga- tespanning is nodig om de gatetrigger-stroom te produceren.

Gate trigger voltage: The gate voltage is required to produce the gate trigger current.

Igt (A) igt (A)Statische gate-triggerstroom: de minimum gatestroom die nodig is om de thyristor van de uitstand in de instand te schakelen.

Static gate trigger current: The minimum gate current required to switch the thyristor from the off-state to the on-state.

Ih (A) Ih (A)Houdstroom: de minimumhoofdstroom die nodig is om de thyristor in de aanstand te houden.

Holding current: The minimum Principal current required to maintain the thyristor from in the on-state.

tq (ns)tq (ns)Blokkeervertragingstijd van de schakeling: de tijdsinterval tussen het moment dat, na externe schakeling hoofdstroom-circuit, de hoofdstroom tot nul is gedaald en het moment dat de thyristor in staat is om zonder inschakeling een bepaalde hoofdstroom te houden.

Circuit commutated recovery time: The time interval between the instant when the principal current has decreased to zero after external switching of the Principal voltage circuit, and the instant when the thyristor is ca- pable of supporting a specified principal voltage without turning

hetvan

on.DD

Soort onderdeel:S = Silicium thyristorSD= Silicium thyristor metdiode

Device type:S = Silicon controlled switch SD= Silicon controlled switch with diode.

28

Case CaseThe name of the case in which the device is housed, according to the Standard JEDEC, Pro Electron, JIS or OEM code.

De behuizing waarin de thyristor zich bevindt, zoveel mogelijk volgens de JEDEC, Pro Electron, JIS of OEM standaard.No.

The number refers to the list of outlines in chapter 8 of this selector guide. Every lead- confi- guration has a different number.

No.Dit nummer refereert naar de afbeeldingen in hoofdstuk 8. Elke aansluitvorm heeft zijn eigen nummer.

1.5.4. TriacsEl Data code (30-XX-XXXXX)

The EIData code of the device

1.5.4. TriacsEldata code (30-XX-XXXXX)

Het EIData codenummer.S S



TypeTypeDe JEDEC, JIS, Pro Electron of OEM code van het onderdeel.


Udrm (V) Udrm (V)Topwaarde van de periodische stootspanning bij geblokkeerde stand: De maximum momentele spanning bij geblokkeerde stand welke over de triac ontstaat inklusief alle periodische en excl. alle niet periodische spanningspieken.

Repetitive peak off-state voltage: The maximum instantane- ous value of the off-state voltage which occurs across a triac, including all repetitive transient voltages, but excluding all non- repetitive transient voltages.

ItRMS (A) ItRMS (A)Effectieve gelijkstroom in doorlaatrichting.

Root mean square value of the continuous (direct) on-state current.

ItSM @ t (A, ns)Niet periodische stootstroom gemeten en gedefinieerd bij intervaltijd t.

ItSM @ t (A, ns)Surge (non-repetitive) peak onstate current measured and specified at time interval t.

I2t (A2s)I2t (A2s)I

Ugt (V)I2t voor zekering.I2t for fusing.

Ugt (V)Gate-triggerspanning: de ga-Gate trigger voltage: The gate

29

voltage is required to produce the gate trigger current.

Static gate trigger current: The minimum gate current required to switch the triac from the off- state to the on-state.

^spanning is nodig om deQatetrigger-stroom te Produceren.

Statische gate-triggerstroom: de minimum gatestroom die nodig is om de triac van de uitstand in de instand te schakelen.

igt (A)Igt (A)

lh(A)Holding current: The minimum Principal current required to maintain the triac in the onstate.

Ih (A)Houdstroom: de minimumhoofdstroom die nodig is om de triac in de aanstand te houden.tq (ns)

Circuit commutated recovery time: The time interval between the instant when the principal current has decreased to zero after external switching of the Principal voltage circuit, and the instant when the triac is capa- ble of supporting a specified Principal voltage without turning

tq (ns)Blokkeervertragingstijd van de schakeling: de tijdsinterval tussen het moment dat, na externe schakeling hoofdstroom-circuit, de hoofdstroom tot nul is gedaald en het moment dat de triac in staat is om zonder inschakeling een bepaalde hoofdstroom te houden.

hetvan

on.D D

Device type:T = triacTZ = triac for zero voltage switch circuits

Soort onderdeel:T = TriacTZ= Triac voor nulspanning schakelcircuits

Case CaseThe name of the case in which the device is housed, according to the Standard JEDEC, Pro Electron, JIS or OEM code.

De behuizing waarin de transistor zich bevindt, zoveel mogelijk volgens de JEDEC, Pro Electron, JIS of OEM standaard.No.


No.Dit nummer refereert naar de afbeeldingen in hoofdstuk 8. Elke aansluitvorm heeft zijn eigen nummer.

2r’.S'5* Transistoren Elcl^a code (30-XX-XXXXX)


1.5.5. Transistors EIData code (30-XX-XXXXX)


30

s sAn asterisk (*) in this column indicates that the device is not recommended tor new designs.


Type TypeThe JEDEC, JIS, Pro Electron or OEM code of the device.

De JEDEC, JIS, Pro Electron of OEM code van het onderdeel.

N/P N/PThe polarity of the device: N = NPN P = PNP

De polariteit van het onderdeel: N = NPN P = PNP

Uceo (V) Uceo (V)Collector-emitter gelijkspanning bij open basis (Ib = 0). Voor vermogenstransistoren die speciaal zijn ontwikkeld voor een inductieve belasting is een iets grotere spanning toegestaan, echter alleen met in acht name

Collector-emitter (DC) voltage with base open (Ib = 0). When a power transistor is specifically designed for switching inducti- ve loads, some extension may be allowed, but then only under specified conditions of collector-current, base-emitter voltage and emitter-base resistance as stated in the datasheet.

van de collectorstroom, basis- emitterspanning en emitter- basisweerstand zoals aangegeven in de datasheet.

Ucbo (V) Ucbo (V)Collector-basis gelijkspanning bij open emitter (Ie = 0).

Collector-base (DC) voltage with emitter open (Ie = 0).

Ic (A)Ic (A)Collector (DC) current: The value of the DC current into the collector. For pulsed operation, a higher collector current Ic.max is permitted for a defi- ned maximum pulse length (usually 10 ms) and duty factor (usually 0,01). For power switching transistors, Ic.sat is also an important value. This is the value at which switching times and saturation voltage is measured.

Collectorgelijkstroom: de waarde van de gelijkstroom door de collector. Bij niet continu bedrijf is een hogere stroom (Ic.max) toegestaan voor een aangegeven maximum pulslengte (gewoonlijk 10ms) en een werkfak- tor (gewoonlijk 0,01). Voor vermogens-schakeltransistoren is Ic.sat ook een belangrijke waarde waarbij de schakeltijden en verzadigingsspanning is gemeten.

Ptot (W)Ptot (W)Het maximum gelijkstroomver- mogen dat de transistor kan dis-

Total input power (DC) to all connections: The sum of the

31

siperen: de som van de produkten van alle gelijkspanningen en -stromen. Ptot is gegeven bij een bepaalde werktempera- tuur. Als de transistor niet kan worden gekoeld is deze waarde gewoonlijk 25 graden, maar het kan ook een andere, veel hogere, temperatuur zijn. Ptot geldt tot de aangegeven temperatuur (raadpleeg bij hogere temperaturen de originele datasheet).

Uce(sat) @ Ic (V,A)Collector-emitter

Products of all DC input cur- rents and voltages. Ptot is specified for a given mountingbase temperature. If the transistor cannot be cooled, this value is usually 25 degrees, but it may be any, much higher temperature. Ptot applies up to the stated temperature, above it derating must be applied (refer to original datasheet for these values).

Uce(sat) @ Ic (V.A)Collector-emitter saturation voltage for specified saturation conditions at a certain collector current.

verzadi-gingsspanning voor gegeven verzadigingscondities bij een bepaalde collectorstroom.

D DDevice type:D = darlington transistor

hFE min./max. @ Ic/Uce (no., A, V) Static value of the forward current transfer ratio (in common- emitter configuration), measured at and specified by a collector current of Ic and a collector- emitter (DC) voltage of Uce.

Soort onderdeel:D = darlington transistor

hFE min./max. @ Ic/Uce (no., A, V) Statistische waarde van de stroom versterkingsfaktor (in gemeenschappelijke emitter- schakeling), gemeten en gedefinieerd bij een collectorstroom van Ic en een collector-emitterspanning van Uce.

Ft (MHz) Ft (MHz)Transition frequency; The product of the modulus (magnitude) of the common- emitter, small-signal, short-circuit forward current transfer ratio (hFE) and the frequency of measure- ment when this frequency is sufficiently high, so that the modulus (magnitude) of hFE is decreasing with a slope of ap- proximately 6 dB per octave.

De grens- of kantelfrequentie. Dit is de frequentie waar de transistor het oorspronkelijke signaal nog maar voor de helft versterkt (het zogenoemde -3 dB punt).

tON (ns)tON (ns)Inschakeltijd: de som van tD enTurn-on time: The sum of the tD

and tR. tR.

n

tD is the delay time, specified as the time-interval trom the

tD is de vertragingstijd gedefinieerd als de tijd tussen het tijdstip dat aan de ingang de voorflank 10% van zijn maximum waarde heeft bereikt en het tijdstip dat aan de uitgang 10% van de maximum waarde is bereikt.

point at which the leading edge of the input has reached 10% of its maximum amplitude to the point at which the leading edge of the output pulse has reached 10% of its maximum amplitude. tR is the rise time, specified as the time duration during which the amplitude of the leading edge is increasing from 10% to 90% of its maximum amplitude.

tR is de stijgtijd, gedefinieerd als de tijdsperiode waarin de spanning van de voorflank van 10% naar 90% van zijn maximum waarde is gestegen.

tOFF (ns)tOFF (ns)Uitschakeltijd: De som van tS en tF.

Turn-off time: the sum of tS andtF.

tS is de opslagtijd gedefinieerd als de tijd tussen het tijdstip dat aan de ingang, de achterflank 90% van zijn maximum waarde heeft bereikt en het tijdstip dat de achterflank aan de uitgang 90% van zijn maximum waarde heeft bereikt.tF is de daaltijd, gedefinieerd als de tijd waarin de achterflank van 90% tot 10% van de maximum spanning is gedaald.

tS is the storage time, specified as the time interval from a point 90% of the maximum amplitude on the trailing edge of the input pulse to a point 90% of the maximum amplitude on the trailing edge of the output pulse. tF is the fall time, specified as the time duration during which the trailing edge is decreasing from 90% to 10% of its maximum amplitude.

CaseCaseDe behuizing waarin de transistor zich bevindt, zoveel mogelijk volgens de JEDEC, Pro Electron, JIS of OEM standaard.


No.No.The number refers to the list of

outlines in chapter 8 of this selector guide. Every lead- confi- guration has a different number.


1.5.6. FET’sEldata code (30-XX-XXXXX)


1.5.6. FET’sEIData code (30-XX-XXXXX)


33

s sAn asterisk (*) in this column indicates that the device is not recommended for new designs.


TypeTypeThe JEDEC, JIS, Pro Electron or OEM code of the device.

De JEDEC, JIS, Pro Electron of OEM code van het onderdeel.

N/P N/PDe polariteit van het onderdeel: N = N kanaal FET P = P kanaal FET

The polairty of the device: N o N channel FET P = P channel FET

Uds (V)Uds (V)Drain-source-spanning.Drain-source voltage.

ld (A)ld (A)Drain-stroomDrain current.

Ptot (W)Ptot (W)Het maximum gelijkstroom- vermogen dat de FET kan dissipe- ren: de som van de produkten van alle gelijkspanningen en - stromen. Ptot is gegeven bij een bepaalde werktempera- tuur. Als de FET niet kan wor-

Total input power (DC) to all connections: The sum of theProducts of all DC input cur- rents and voltages. Ptot is specified for a given mountingbase temperature. If the FET cannot be cooled, this value is usually 25 degrees, but it may be any, much higher temperature. Ptot applies up to the stated temperature, above it derating must be applied (refer to original datasheet for these values).

den gekoeld is deze waarde gewoonlijk 25 graden, maar het kan ook een andere, veel hogere, temperatuur zijn. Ptot geldt tot de aangegeven temperatuur (raadpleeg bij hogere temperaturen de originele datasheet).

Rds (Ohm)Rds (Ohm)De weerstand tussen drain enDrain-source on-state

resistance. source.| Y | fs (mS)IY | fs (mS)

Geleidbaarheid: De geleidbaarheid is de reciproke waarde van de weerstand (in Siemens). 1 Siemens = 1/Ohm en wordt soms ook uitgedrukt in Mho (1S = 1 Mho). In de tabel is de waarde opgenomen in mS (milli Siemens).

Small-signal common-source forward transfer admittance with output short-circuited to a.c. Admittance is the recipro- cal value of resistance and can be expressed in 'Mho' or 'Siemens’ (1 Siemens = 1 Mho = 1/Ohm). In the table the value is stated in mS (milli-Siemens).

34

Ciss (pF)Ciss (pF)De maximale gate- ingangscapaciteit.

Small-signal, common source, short-circuits input capacitance.

Crss (pF)Crss (pF)De maximale drain-gate-Small-signal, common source,

short-circuit reverse transfer capaciteit.capacitance.

DGDGGate-type:DG = Dubbele gate

Gate type:DG = Dual Gate

MFMFTechniek:MF = MOSFET (Metal Oxide Semiconductor Field Effect Transistor).

Technology:MF = MOSFET (Metal oxide semiconductor field effect transistor).

CaseCaseDe behuizing waarin de FET zich bevindt, zoveel mogelijk volgens de JEDEC, Pro Electron, JIS of OEM standaard.


No.No.Dit nummer refereert naar de afbeeldingen in hoofdstuk 8. Elke aansluitvorm heeft zijn eigen nummer.


35

2. Alphanumerical

classification

36

2. Alphanumerical classificationhf t 0 Ic 0 Ucc

(A) (V)N / I Plotu

Case(A) (W) mln. max.(W) Device 0 no.ElOata code S Type v

004R 244Diode200. 6.IN 1344 RB35-01-13449

0021 22230. Olode400.35-01-34950 IN 3495

D021R 24630. Diode400.35-01-34959 IN 3495 R

230D046. Oiodc100.35-01-38800 IN 3880

230D04Diode400. 6.35-01-38830 IN 3883

230D04Olode400. 12.35-01-38930 IN 3893

230004Olode6.1000.35-01-39900 IN 3990

232D041Oiode1000. 1.035-01-40070 IN 4007

23200411.0 Oiode600.IN 493735-01-4937020470Olode400. 3.35-01-50000 IN 5000

S0057 2402.0 Oiode200.IN 505935-01-50590

240S0057Oiode400. 2.035-01-50600 IN 5060

240S0057Oiode800. 2.035-01-50620 IN 5062226002013.0 Diode1000.35-01-54080 IN 54083481048Thyristor

Thyristor

Thyristor

ThyristorTransistor

50. 25.33-01-06820 2N 682348T04825.200.2H 68533-01-06850348T04825.250.2N 68633-01-06860348T048400. 25.2H 68833-01-0688010T034.1.515 456. 75.55.2N 1488 H30-01-14880348T048Thyristor

Thyristor

Thyristor

Thyristor

Transistor

16.25.2N 1842 A33-01-18421348T04850. 16.33-01-18431 2N 1843 A348T04816.100.2N 1844 A33-01-18441348T048400. 16.2N 1849 A33-01-184919T06625 10075.60. 4.N2N 3054 A30-01-3054110T034.20 70 4.Transistor115.60. 15.2N 3055 N30-01-3055031T0605.0.25010 150Transistor0.500 11.640.2N 3375 N30-01-337509T0660.500 4.25 10025. Transistor3.140.N2N 344130-01-34410

T03 103. 4.20 70Transistor117.140. 10.2N 3442 H30-01-3442010T035.20 60 3.Transistor115.7.580.2N 3446 N30-01-344609T06625 100 1.Transistor35.2.250.N30-01-35840 2N 3584

T066 910.35 100 1.TransistorTransistorThyristorThyristorTransistor

35.2.300.211 3585 N30-01-35850T060 315.10 150 0.25023.40. 1.N2N 363230-01-36320

348T04835.300.2N 365233-01-36520348T048400. 35.2H 365333-01-36530

T03 102.50 150 1.150.60. 10.N2N 371530-01-37150

37

I

2. Alphanumerical classification0 Ic 0 Ucc

(A) (V)hFEPtotIuV DevicePO CaseD min. max.(A)(V) no.PElData code S Type

Transistor

Transistor

2.50 150 1. T03150.10 1080.N2N 3716 2N 3738

30-01-37160

30-01-37380 40 200 0.100 10. T06620.3 9225.N

Transistor 40 200 0.100 10. T06620.3 9300.N2N 373930-01-37390Transistor

Transistor

30 100 0.250 1. T06625. 9460.P2N 374030-01-3740030 100 0.250 1. T06625. 980. 4P2N 374130-01-37410

Transistor 40 160 0.500 5. T06620. 960. 42N 376630-01-3766040 160 0.500 5. T06620. Transistor 980. 42N 376730-01-37670

15. T03150. Transistor 15 60 4. 1040. 302H 3771 II30-01-37710150. Transistor 15 60 10. T0360. 20 4. 1030-01-37720 28 3772

T03140. 16 150. Transistor 15 60 8. 4. 1030-01-37730 2N 3773

2. T03P 60. 10 150. Transistor 25 90 1. 1030-01-37890 2N 3789

l'50. 1030-01-37900 2N 3790 P 80. 10 Transistor 25 90 1. 2. T03

30-01-37910 28 3791 60. 50 150 2. T03 10P 10 150. Transistor 1.

30-01-37920 2H 3792 80. 150. 50 180 2. T03 10P 10 Transistor 1.

33-01-38720 2N 3872 349400. 35 T0203AAThyristor

30-01-38790 2N 3879 975. 35. 12 100 2. T066N 7 Transistor 4.

33-01-38990 211 3899 600. 34835 Thyristor

Thyristor

Thyristor

Transistor

T048

33-01-41010 2N 4101 350600. 5.0 T066

33-01-41030 28 4103 351600. 12.5 T03

30-01-43980 2N 4398 P 40. 30 200. 15 60 T03 1015.

30-01-43990 211 4399 60. 30 T03 10P 200. Transistor 15 60 15.

30-01-48930 2N 4898 9P 40. 1 25. 20 100 0.500 T0G6Transistor

30-01-48990 28 4899 9P 60. 25. 60 20 0.500 T0661 Transistor

30-01-49000 2N 4900 P 25. 20 100 0.500 T066 980. 1 Transistor

30-01-49010 28 4901 87.5 20 80 T03 10P 40. 5 Transistor 1.

87.5 20 80 T0330-01-49020 2N 4902 60. 5 Transistor 1. 10P

20 80 1. T0330-01-49030 87.5 Transistor 102N 4903 P 80. 5

25 100 2.5 T0387.5 Transistor60. 5 1030-01-49050 2N 4905 P

80. 25 100 2.587.5 T035 Transistor30-01-49060 P 102N 490620 100 0.500 T06625. Transistor80. 1 9N30-01-49120 28 491220 100 0.50030. Transistor T01261P 40. 1630-01-49180 • 2N 491820 100 0.50030. Transistor T012660. 1P 1628 491930-01-49190

30-01-49200 20 100 0.50030. Transistor T0126180.P 1628 492020 100 0.50030. Transistor T0126140.N 1628 492130-01-49210

30-01-49220

30-01-49230

20 100 0.50030. Transistor T0126

T0126

60.N 1628 492220 100 0.50030. Transistor180.8 1628 4923

2. Alphanumerical classificationN/ I PtOt hFE 0 Ic 0 Uce

(A) (V)u

DeviceClOata code S Type (VI (A) m CaseP D min. nax. no.

30-01-49320 2N 4932 70. T060N 25. 3.3 Transistor 10 100 1. 31

30-01-50160 2N 5016 30. 4.5 30. Transistor 10 200 T060 31tl

30-01-50380 2N 5038 90. 20. 140. Transistor 50 250 12. T03 10II

2. Transistor 25 100 0.750 T066 930-01-50500 2N 5050 125. 40. 5.NT092 35233-01-50610 2N 5061 60. 0.800 Thyristor

Thyrlstor33-01-50640 200. 0.800 T092 3522N 5064

30. 0.400 4. Transistor 10 200 0.050 T060 3130-01-50900 211 5090 II

Transistor 2. 5. T060 3130-01-51620 40. 5. 50. 102H 5162 P

25 100 1.5 2. T0126 1640. 40. Transistor30-01-51900 211 5190 II 4.

25 100 1.5 2. T0126 1640. Transistor30-01-51910 211 5191 60. 4.II

2. T0126 1640. Transistor 20 80 1.530-01-51920 211 5192 80. 4.N

Transistor 25 100 2. 10126 1640. 1.530-01-51930 211 5193 P 40. 4.

25 100 1.5 2. T0126 1640. Transistor30-01-51940 2N 5194 P 60. 4.

20 80 1.5 2. T0126 1640. Transistor30-01-51950 211 5195 80. 4.P

T066 910 100 4.35. Transistor30-01-52020 2N 5202 75. 4.N3330 120 0.500 T0ZZ036. Transistor30-01-52940 211 5294 70. 4.II

T03 1050 60 15. 2.30. 200. Transistor211 5301 40.30-01-53010 II

50 60 15. 2. T03 10200. Transistor2N 5302 60. 30.30-01-53020 N

2. T066 9Transistor 60 240 2.40.100. 7.30-01-54300 2N 5430 IIT0203AATriac600. 40.34-01-54430 2N 5443

3320 100 3.5 T0220Transistor 4.70. 7. 50.30-01-54960 211 5496 II

1060. T0310 40 4.300. Transistor2N 5575 50. 80.30-01-55750 N1025 100 8. 2. T03200. Transistor100. 16.30-01-56290 211 5629 tl

T03 1020 80 8. 2.200. Transistor120. 16.30-01-56300 211 5630 N

2. T03 10Transistor 15 60 8.16. 200.211 5631 140.30-01-56310 tl

T03 1020 100 15. 2.140. Transistor120. 30.30-01-56720 2N 5672 II

1025. 2. 103Transistor 15 6060. 50. 300.30-01-56830 2N 5683 P2. T03 1015 60 25.50. 300. TransistorP 80.30-01-56840 2N 5684

T03 1015 60 25. 2.300. Transistor60. 50.30-01-56850 211 5685 II

102. T03300. 15 60 25.80. 50. Transistor2N 5686 N30-01-56860T05 4012.5 Triac2N 5756 400.34-01-57560

401T05600: 2.5 Triac34-01-57570 211 5757

10T03375. 62. Transistor 10 1002N 5805 5.30-01-5805010T030.250 4.2N 5869 60. 5. 87.5 Transistor 20 10030-01-58690 II

T03 106.211 5881 60. 12. 160. 20 100 4.30-01-58810 II Transistor

10T033.2N 5884 P 80. 25. 200. 20 100 4.30-01-58840 Transistor

39

2. Alphanumerical classificationP lc 0 Uce (A) (V)

hFEPtotN / U Casemln. irax.DDewce no.(«)(A)P (V)ElOata code S Type

T033. 4. 1020 100Transistor200.25.80.30-01-58860 2N 5886 HT0660.500 4. 920 100Transistor40.6.80.30-01-59540 2N 5954 P

2. T038. 1020 80Transistor200.16.120.30-01-60300 2N 6030 P

2. T03 108.15 60Transistor200.140. 16.30-01-60310 2N 6031 P

2.6 T03 1010 50 50.Transistor140.90. 50.30-01-60320 2N 6032 M

2. T03 1010 50 40.Transistor140.120. 40.30-01-60330 2N 6033 N

163. T0126750 18000 2.040. Transistor40. 4.30-01-60340 2N 6034 P

T0126 163.750 18000 2.Transistor 080. 40.30-01-60360 2N 6036 P 4.16T0126750 18000 2.Transistor D2N 6039 80. 40.30-01-60390 N 4.33T02201000 1000075. Transistor 0 4.30-01-60400 2N 6040 P 60. 8.

33T022075. Transistor 0 1000 10000 4.30-01-60410 2N 6041 P 80. 8.33102203.2N 6042 8. 75. Transistor 0 1000 1000030-01-60420 P 100.33T022030-01-60430 2N 6043 60. 8. 75. Transistor 0 1000 10000 4.N

33T022030-01-60440 2N 6044 80. 8. 75. Transistor 1000 10000 4.N 0

9T06675. 25 100 0.200 10.30-01-60490 2N 6049 P 55. 4. Transistor

103. T0330-01-60500 2N 6050 P 60. 12. 150. Transistor D 750 18000 6.103. T0380. 150. 750 18000 6.30-01-60510 2N 6051 P 12. Transistor 0

103. 10330-01-60520 2N 6052 100. 12. 150. Transistor D 750 18000 6.P

10T03750 18000 6. 3.30-01-60570 2K 6057 60. 12. 150. Transistor 0N

10150. T03750 18000 6. 3.30-01-60580 2N 6058 80. 12. Transistor 0N

10750 18000 6. 3. T0330-01-60590 2N 6059 100. 12. 150. Transistor 0II

1.2 T066 9Transistor 12 70 1.30-01-60780 2N 6078 2S0. 7. 45.N

331022020 80 5. 4.30-01-61000 2N 6100 70. 10. 75. TransistorN

33T022020 80 5. 4.2N 6101 70. 10. 75. Transistor30-01-61010 N

T0220 3315 60 8.Transistor 4.16. 75.30-01-61030 2N 6103 N 40.

T0220 332. 4.30 15040. Transistor30-01-61060 2N 6106 70. 7.P

T0220 3330 150 2. 4.Transistor40.2N 6107 70. 7.30-01-61070 P

0.050 10. 824 3430 15020. Transistor350.30-01-61770 2H 6177 1.

0.500 824 3430 130 4.Transistor2. 25.2N 6178 75.30-01-61780 N

0.500 82430 130 4. 34Transistor25.75. 2.30-01-61800 2N 6180 P

10 100 2.8 T066 91.Transistor35.225. 2.2H 6211 P30-01-621105. 106610 100 1. 9Transistor35.2.400.30-01-62140 2H 6214 P

T0126 353Thyrlstor

Transistor

4.0600.33-01-62410 2N 624110320 100 7. 4. 10125.60. 15.2N 624630-01-62460 P

6. T034.20 100 10Transistor125.80. 15.30-01-62470 2H 6247 30-01-62480 2N 6248

PT035. 4.20 100 10Transistor125.10.100.P

40

2. Alphanumerical classificationN / 1 PtOt hFE 0 Ic 0 Uce

(A) (V)■

(V) (A) (w) DeviceEIData code S Type P 0 min. max. Case no.

30-01-62500 211 6250 275. 10. 175. Transistor 8 50 10. T03 10tl 1.

30-01-62510 211 6251 350. 10. 175. Transistor 6 50 10. 3. T03 10II

30-01-62530 2N 6253 20 70 3. T03•15. 15. 115. Transistor 4. 10

30-01-62540 2/1 6254 20 70 5. 2. T03 10II 80 15. 115. Transistor

250. 20 60 103 1030-01-62580 211 6258 80. 20. Transistor 10. 4.II

30-01-62590 250. 15 60 8. 2. 103 102II 6259 150. 16. TransistorII

3.30-01-62620 211 6262 150. 10. 150. Transistor 20 70 2. T03 10II

50. 20 60 2. T066 930-01-62640 211 6264 150. 3. Transistor 1.II

30 120 T0330-01-62740 211 6274 100. 50. 250. Transistor 20. 4. 10II

250. Transistor 30 120 20. 4. T03 1030-01-62750 211 6275 120. 50.II

T03250. Transistor 30 120 20. 4. 1030-01-62760 211 6276 140. 50.II

2N 6277 250. 30 120 20. 4. T03 1030-01-62770 150. 50. TransistorII

160. Transistor 0 750 18000 10. 3. T03 1030-01-62820 211 6282 60. 20.II

T03 10160. Transistor 0 750 18000 10. 3.30-01-62830 211 6283 80. 20.II

750 18000 10. 3. T03 10100. 20. 160. Transistor 030-01-62840 211 6284 II

T03160. Transistor D 750 18000 10. 3. 102II 6285 60. 20.30-01-62850 P

Transistor D 750 18000 10. 3. T03 1080. 20. 160.30-01-62860 211 6286 P

750 18000 10. 3. T03 10100. 20. 160. Transistor 030-01-62870 211 6287 P

30 150 2. T0220 3340. Transistor 4.30-01-62920 211 6292 70. 7.II

30 150 2. T0220 33Transistor 4.30-01-62930 211 6293 70. 7. 40.II

T066 9Transistor 0 750 18000 2.80. 50.30-01-62950 211 6295 4.

9750 18000 2. 106650. Transistor 030-01-62970 211 6297 80. 4.P

750 18000 1066 9Transistor D 4.30-01-62990 211 6299 80. 8. 75.P

T066 9Transistor 0 750 18000 4.80. 8. 75.30-01-63010 211 6301 II

1015 75 3. 5. T03125. Transistor2(1 6306 250. 8.30-01-63060 II

10315 75 3. 5. 10300. 8. 125. Transistor30-01-63070 211 6307 II

12 60 3. 5. T03 10125. Transistor211 6308 350. 8.30-01-63080 II

T066 9Transistor 20 100 2.580. 7. 90.30-01-63160 211 6316 II

T066 990. Transistor 20 100 2.5211 6317 P 60. 7.30-01-63170990. Transistor 20 100 2.5 T066P 80. 7.30-01-63180 2/1 6318

30. T03 1030. 200. Transistor 6 30 4.30-01-63270 211 6327 II 80.

10200. Transistor 30 120 10. T03100. 25.30-01-63380 211 6338 N

10120. 25. 200. Transistor 30 120 10. 2. T032N 6339 II30-01-6339030 120 10. T03 10II 140. 25. 200. Transistor30-01-63400 211 6340

25. 30 120 10. T03 10211 6341 N 150. 200. Transistor30-01-63410

200. 12. 40234-01-63460 2N 6346 Triac T0220AB

41

2. Alphanumerical classificationhFE 0 Ic @ Uce

(A) (V)PlotlUI U D min. max. Case(W) Device(A)(V) no.ElData code S PType

T0220ABTriac 40?12.600.34-01-63481 2?l 6348 A

0 1000 20000 5. 3. T03Transistor100. 1010.30-01-63830 2N 6383 40.N

0 1000 20000 5. 3.Transistor T03100. 1030-01-63840 60. 10.2N 6384

3.0 1000 20000 5. T0330-01-63850 100. Transistor 102H 6385 80. 10.

3.30-01-63860 Transistor D 1000 20000 3. T0220 332N 6386 40. 8. 65.N

30-01-63870 2N 6387 1000 20000 5. 3. T0220 3360. 10. 65. Transistor DN

30-01-63880 2M 6388 80. 10. 65. Transistor 0 1000 20000 5. 3. T0220 33N

33-01-63980 211 6398 600. 12. Thyristor T0220AB 354

33-01-64010 2N 6401 100. 16. 354Thyristor T0220AB

30-01-64210 2H 6421 P 250. 2. 35. 9Transistor 25 100 10. T066l

30-01-64720 2N 6472 80. 15. 125. Transistor 3320 150 T035 4.

30-01-64740 2N 6474 120.N 4. 40. Transistor 3315 150 1.5 T02204.

30-01-64760 2N 6476 P 120. 4. 40. 33Transistor 15 150 1.5 T02204.

30-01-64870 2N 6487 11 60. 15. 75. Transistor 3320 150 T02205 4.

30-01-64880 2N 64e8 H 80. 15. 75. 33Transistor 20 150 T02205 4.

30-01-64890 2N 6489 P 40. 15. 75. Transistor 3320 150 5 T02204.

30-01-64910 2N 6491 P 80. 15. 75. 33Transistor 20 150 5 T02204.

30-01-64960 2M 6496 110. 15. 140. Transistor 1012 100 8 2. T03

33-01-65070 2N 6507 400. 25. Thyristor

Thyristor

354T0220AB

33-01-65090 2N 6509 800. 25. 354T0220AB

30-01-65120 2N 6512 300.N 7. 120. Transistor 1010 50 3. T034.

30-01-65450 2H 6545 N 400. 8. 125. 10Transistor 7 35 3. T035.30-01-65470 2N 6547 400. 15. 175. 10Transistor 6 30 10. 2. T03

30-01-65690 2N 6569 N 40. 12. 100. 10Transistor 15 200 3. T034.

30-01-66090 2N 6609 P 140. 16. 150. 10Transistor 15 60 8. T034.

30-01-66480 2N 6648 P 40. 10. 70. T03 10Transistor 0 1000 20000 5. 3.

30-01-66490 2H 6649 P 60. 10. 70. Transistor D 1000 20000 5. 3. T03 1030-01-66500 2N 6650 80. 10. 3. T03P 70. Transistor 0 1000 20000 5. 10

30-01-66660 2N 6666 40. 8. 65. Transistor 0 1000 20000 3. 3. T0220 33P

30-01-66670 2M 6667 1000 20000 5. 3. T0220 3360. 10. 65. Transistor 0P

30-01-66680 1000 20000 5. 3. T0220 332H 6668 Transistor D80. 10. 65.P

3. T0310 40 5. 1030-01-66730 Transistor2H 6673 8. 150.400.N

2. T038 20 10. 10175. Transistor30-01-66750 2N 6675 15.400.N

3. T0315.8 10Transistor175.30-01-66780 2N 6678 400. 15.N

2. T0310.20 80 10Transistor200.30-01-66880 2N 6688 200. 20.N0.500 2. T022040 240 33Transistor25.3.40.30-02-04900 2SA 490 P

42

2. Alphanumerical classificationPtot hFEu 0 Ic 0 Uce

(A) (V)W) (A) 00 mln. nu».•' D□Data code S Type Device Case no.

Transistor 40 24030. 1. 0.050 2. T01262SA 496 P 1. 1630-02-04960

70. Transistor 30 3. T03 10P 80. 8. 4.30-02-07440 2SA 744

Transistor 30 3. T03 10120. 8. 70. 4.30-02-07451 2SA 745 A P

3. T03 10Transistor 30 4.80. 10. 100.2SA 746 P30-02-07460

30 3. T03 10Transistor 4.10. 100.P 140.30-02-07471 2SA 747 A

T066 930 4.Transistor 1.60. 6. 40.P30-02-07640 2SA 764

9T06630 1. 4.Transistor40.P 80. 6.30-02-07650 2SA 765

33T02204.40 1.30. Transistor60.2SA 768 P 4.30-02-0768033T02204.40 1.Transistor6. 30.80.30-02-07690 2SA 769 P

33T02204.40 1.Transistor6. 40.P 60.30-02-07700 2SA 770

T0220 334.40 1.Transistor6. 40.P 80.30-02-07710 2SA 771

T03 103. 4.20Transistor50.6.60.30-02-08070 2SA 807 P10T033. 4.20Transistor6. 50.100.30-02-08081 2SA 808 A P33T02202.0.15070 240Transistor0.750 1.580.30-02-08160 2SA 816 P10T034.5.30Transistor150.100. 15.30-02-09070 2SA 907 P10T034.30 5.Transistor150.15.200.30-02-09090 2SA 909 P33T022010.0.70040Transistor30.150. 2.30-02-09570 2SA 957 P33T022010.0.70040Transistor30.2.200.30-02-09580 2SA 958 P10T033. 4.30Transistor80.8.100.30-02-09800 2SA 980 P10T034.3.30Transistor80.120. 8.30-02-09810 P2SA 98110T034.3.30Transistor80.140. 8.2SA 982 P30-02-0982033102201.70 240 1.Transistor25.50. 5.P30-02-10120 2SA 101274T02184.2.30Transistor60.80. 6.2SA 1102 P30-02-1102074102184.3.30Transistor70.100. 7.P30-02-11030 2SA 110374102183. 4.30Transistor80.120. 8.P30-02-11040 2SA 1104

T0218 744.3.30Transistor90.120. 9.P30-02-11050 2SA 110574T02183. 4.30Transistor10. 100.P 140.30-02-11060 2SA 1106

T03 105. 4.30Transistor200. 15. 150.P30-02-11160 2SA 1116

10T034.20 8.Transistor200. 17. 200.P30-02-11170 2SA 1117T0218 741. 4.40Transistor80. 55.2SA 1135 P 4.30-02-11350

74T02185. 4.30TransistorP 200. 15. 150.2SA 116930-02-11690T0218 7420 8. 4.TransistorP 200. 17. 200.2SA 117030-02-11700

74T021830 3. 4.Transistor2SA 1186 P 150. 10. 100.30-02-11860743. T021830 4.2SA 1187 P 150. 12. 120. Transistor30-02-11870

3. T03 10P 60. 6. 20 4.2SA 1618 50. Transistor30-02-16180

102SA 1619 P 80. 6. 20 3. T0350. Transistor 4.30-02-16190

43

2. Alphanumerical classification0 lc 0 Uce

(A) (V)hFE: totIW u Casemin. max.PI . no.Device('-)(A)(V)CIData code S| Type P

3. 103 104.20Transistor50.100. 6.130-07-16191 2SA 1619 A P

|T03 1040 140Transistor150.30-03-05540 180. 15.2SB 554 P

1021855 160 5. 741.Transistor60.30-03-06860 2SB 686 100. 6.P5. T0218 7455 160 1.80. Transistor30-03-068801 75B 688 120. 8.P

3310220500 7. 4.P50. Transistor30-03-07110 2SB 711 80. 6.Pi

33T0220500 7. 4Transistor D30-03-07120 2SB 712 100. 6. 50.pT0218 7470 240 1. 5.30-03-07540 258 754 60. TransistorP| 50. 7.

335. IT022030-03-10160 7SB 1016 40 240 1.100. 5. 30. transistorPT0126 1630-04-04950 2SC 495 40 240 0.050 2.50. TransistorI" 1. 1.

1630-04-04960 2. 1101262SC 496 30. Transistor 40 240 0.0501. 1.

30-04-09400 2SC 940 1090. 5. 50. 15 120 T03« Transistor

2SC 1115 1030-04-11150 80. 10. T03P 100. Transistor 30 3. 4.

30-04-111601 2SC 1116 120. 10. 100. T03 10Transistor 30 3. 4.

30-04-11161 2SC 1116 A 10« 140. 10. 100. Transistor T0330 3. 4.

30-04-11730 2SC 1173 « 30. 3. 3310. Transistor 70 240 0.500 2. 10220

30-04-140201 2SC 1402 « 80. 8. 70. T03 10Transistor 30 3. 4.

130-04-140301 2SC 1403 ■ 100. 8. 1070. Transistor 30 3. T034

30-04-14031 2SC 1403 A 120.« 8. 70. T03 10Transistor 30 3. 4.

30-04-14360 2SC 1436 230. 10l« 15. 100. Transistor T03

|30-04-14370 2SC 1437 230. 10« 50. 200. T03Transistor

30-04-14400 2SC 1440 10" 150. 15. 100. T03Transistor

30-04-14410 2SC 1441 10200. 15. 100. T03■ Transistor

9130-04-14440 2SC 1444 60. T066" 6. 40. Transistor 30 1. 4.

T066 930-04-14450 2SC 1445 80. 6. 40. Transistor 30 1. 4.

T0220 33130-04-15050 2SC 1505 40 200 0.010 10.300. 0.200 15. TransistorI»T03 1030-04-15770 2SC 1577 400. 80.« 8. Transistor

T03 1030-04-15780 2SC 1578 500. 8. 80. Transistor

IT03 10,30-04-15780 2SC 1578 500. 8. 80. Transistor«T03 10Transistor30-04-157901 2SC 1579 150." 400. 15.T03 10ISO. Transistor30-04-15800 2SC 1580 500. 15."T03 105.30Transistor30-04-15840 1150.2SC 1584 100. 15.T03 105.30Transistor150.130-34-15850 2SC 1585 150. 15.«T03 105.30Transistor150.30-04-15860 2SC 1586 200. 15.■T03 101.500Transistor50.130-04-16290 2SC 1629 70. 6.■T066 91.500Transistor40.30-04-16640 2SC 1664 6.60.I"

| T066 91.500Transistor40.130-04-16641 |2SC 1664 A 80. 6.I"

44

I

2. Alphanumerical classification1.7 l) I Ptot hff 0 Ic 0 Uce

(A) (V)ClOata code S Type (V) (A) (v) Oev.ce O nin. na». Case no.

30-04-16780 2SC 1678 N 65. 3. 10. Transistor IS 0.500 5. T0220 33

30-04-17680 2SC 1768 N 150. 5. 50. Transistor 400 T031. 4. 10

30-04-18260 2SC 1826 N 60. 30.4. Transistor 40 1. T02204. 33

30-04-18270 2SC 1827 N 80. 4. 30. Transistor 40 1. 4. T0220 3330-04-18290 2SC 1829 150.N 5. 100. Transistor 400 1. T034. 10

30-04-18310 2SC 1831 70. 8. 100.N Transistor 500 1. 4. T03 10

30-04-19830 2SC 1983 60. 3. 30.N Transistor 500 0.500 4. T0220 33

30-04-19840 2SC 1984 80. 3. 30.N Transistor 500 0.500 4. T0220 33

30-04-19850 2SC 1985 60. 6. 40. TransistorN 40 T02201. 4. 33

30-04-19860 2SC 1986 80. 6. 40. TransistorN 40 1. 4. T0220 3330-04-21470 2SC 2147 400. 50. 200.N Transistor T03 10

30-04-21660 2SC 2166 75. 4. 12.5 TransistorN 70 T0220 3330-04-21670 2SC 2167 150. 2. 30. Transistor 40N 0.700 10. T0220 33

30-04-21680 2SC 2168 2. 30.M 200. Transistor 40 0.700 10. T0220 33

30-04-21980 2SC 2198 N 50. 6. 40. Transistor 300 1. 4. T066 930-04-21990 2SC 2199 60.N 80. 8. Transistor 300 1. 4. T03 1030-04-22380 2SC 2238 N 200. 1.5 25. Transistor 70 240 0.100 5. T0220 3330-04-22600 2SC 2260 8. 80. Transistor 30 3.100. 4. T03 10N

30-04-22610 2SC 2261 120. 8. 80. 3.N Transistor 30 T03 104.

30-04-22620 2SC 2262 140. 8. 80. Transistor 30 3.N 4. T03 10

30-04-23060 2SC 2306 150. Transistor400. 15. T03N 10

30-04-23150 2SC 2315 6.N 60. 50. Transistor 500 0.500 T0220 334.

30-04-23160 2SC 2316 80. 6. 50. Transistor 500 0.500 T0220 33N 4.

2SC 233430-04-23340 100. 7. 40. Transistor 3 40 200 5. 0.600 T0220 33N

2SC 233530-04-23350 400. 7. 40. Transistor 20 80 5. T0220 33N 1.

30-04-24910 2SC 2491 50. 6. 40. Transistor 300 T0220 33N 1. 4.

30-04-25770 2SC 2577 6. 60. Transistor 30 2. T0218P 80. 744.

2SC 2578 70.30-04-25780 H 100. 7. Transistor 30 3. 4. 10218 74

2SC 257930-04-25790 120. 8. 80. Transistor 30 3. T0218N 4. 74

30-04-25800 2SC 2580 9. 90. 3.II 120. Transistor 30 4. T0218 74

2SC 258130-04-25810 N 140. 10. 100. Transistor 30 3. T02184. 74

2SC 2607 200. 15.30-04-26070 N 150. Transistor 30 5. T03 104.

2SC 260830-04-26080 N 200. 17. 200. Transistor 20 8. 4. T03 10

30-04-26650 2SC 2665 80.N 4. 55. Transistor 40 T0218 741. 4.

2SC 2761 400. 30.30-04-27610 N 200. Transistor T03 10

2SC 2810 400.30-04-28100 N 7. 50. Transistor T0220 33

45

2. Alphanumerical classification0 Ic 0 Uce (A) (V)

hFEPtotIN/ U Casemin. max.M oDevice(A) no.(V)pElData code S Type

T066 9700 7. 4.0Transistor40.7.80.NPSD 41930-05-04190T066 9700 7. 4.Transistor D40.100. 7.NPSD 42030-05-04200

T066 9700 7. 4.40. Transistor D120. 7.PSD 421 N30-05-0421033T022040 240 5.40. Transistor 1.100. 5.30-05-05250 2S0 525 II

330.500 5. T022080. 30. Transistor 40 24030-05-05260 2SD 526 4.

1030-05-06070 T032SD 607 800. 5. 50. TransistorN

30-05-06860 PSO 686 3380. 30. 2. T0220N 4. Transistor 20000 1.30-05-07160 PSD 716 74II 100. 6. 60. TOP 18Transistor 55 160 5.1.30-05-07180 PSO 718 II 120. 8. 7480. T0218Transistor 55 160 5.1.30-05-07210 PSO 721 N 80. 6. 3350. T0220Transistor D 500 7. 4.

30-05-07220 PSO 722 N 100. 6. 3350. T0220Transistor D 500 7. 4.

30-05-07629 2S0 762 P N 60. 3. 3330. Transistor T0220

30-05-03370 2S0 837 N 60. 334. 40. Transistor T0220

30-05-08440 2S0 844 II 50. 7. 60. 74Transistor T021870 240 1. 1.30-05-08590 2SD 859 II 250. 0.750 3335. Transistor T0220

30-05-08700 PSD 870 N 600. 5. 50. 10Transistor T038 12 5.1.30-05-08800 PSO 880 60. 3. 3330. T0220Transistor 60 300 0.500 5.30-05-10310 PSO 1031 N 120. 6. 3350. T0220Transistor 700 2.20 4.

30-75-00500 2SJ 50 P 160. 160. 1027. T03FET

30-76-01350 2SK 135 102N 160. 160. 7. T03FET

33-03-00005 5P 05M 35450. 5.0 T0220ABThyristor

35-03-70602 70 HFIR 60 S 02 233600. 70. 005Diode

33-06-40216 34840216 T048600. 35. Thyristor

Transistor30-06-02920 3140292 T060H 50. 1.25 23.2

930-06-03100 2. T06620 12040310 1.N 35. 29. Transistor4.

2. T066 930-06-03120 20 120 1.40312 Transistor60. 29.II 4.

90.100 10. T06640 25030-06-03130

30-06-03240

Transistor40313 35.300. 2.N

2. T066 920 120 1.4. Transistor29.35.40324 IIT038. 4. 1012 60Transistor117.30-06-03250 35. 15.40325 NT034. 104.20 70Transistor115.15.70.30-06-03630 40363 NT034. 104.35 100Transistor150.30.90.30-06-04110 N40411T048 348Thyristor

Transistor35.600.33-06-40735 40735

T031.2 1. 1012100.7.350.30-06-08520 40852T034.10. 1020 60Transistor175.20.80.N4101230-06-10120

30-06-51950

34-07-60765

T0220 331.520 80Transistor40.7.80.P45195 T048 404Triac480. 26.60765

46

2. Alphanumerical classificationN / U PtOt hfE 0 Ic 0 Uce

(A) (V)ElOata code S Type (V) (A) (V) Device 0 rein. ra*. Case no.

301'35-81-25007 A0540 B250 C700 250. 0.7 Brugccl

Transistor

A050030-09-01304 AD 130 IV 30.P 3. 30. 30 60 1. 1. T03 •0 .30-09-01323 AD 132 III P 60. 3. 30. Transistor 20 40 1. I. T03 10

30-09-01324 AO 132 IV 60. 3.P 30. Transistor 30 60 1. T031. 10

30-09-01325 AD 132 V P 60. 3. 30. Transistor 50 100 1. 1. T03 1030-09-01333 AD 133 III P 32. 36. Transistor 20 4015. 5. 0.500 T03 10

30-09-01334 AD 133 IV 32. 15. 36. 20 40 0.500 T03 10P Transistor 5.

30-09-01420 T03AD 142 P 80. 10. 30. Transistor 30 200 1. 2. 10

30-09-01480 30 100 T066AD 148 P 26. 3.5 13.5 Transistor 1. 1. 9 :!30-09-01500 150 30. 3.5 27.5 Transistor 30 100 1. 103 10AO P 1.

T06630-09-01550 6. Transistor 35 115 0.500 1. 9AD 155 P 15. 1.

30-09-01610 • AD 0.500 T066 9161 20. 3. Transistor 50 350 1.N 4.

30-09-01620 50 350 0.500 T066 9162 20. 3. 6. Transistor 1.AD P950 350 0.500 T06630-09-61620 AD 161/162 20. 3. 6. Transistor 1.NP

1012.5 25 T0330-09-01632 • AO 163 II 30. Transistor 1. 1.P 80. 3.

1030 60 T0330-09-01634 AD 163 IV 80. 3. 30. Transistor 1. 1.P

T066 960 185 0.50030-09-01640 * AD 164 20. 6. Transistor 1.P 1.T066 90.50030-09-01650 20. 6. Transistor 60 185 1.AD 165 N 1.

T03 1036. Transistor 4030-09-01660 AO 166 32. 10.P

1030 60 T0327.5 Transistor 1. 1.30-10-00274 ADT 27 IV P 30. 3.5

T03 1027.5 Transistor 50 100 1. 1.30-10-00275 AOY 27 V 30. 3.5P

2. T03 106. 30. Transistor 40 250 1.30-15-01020 AL 102 P 130.T0660.500 2. 9Transistor 20 20030-15-01120 AL 112 P 60. 6. 10.T066 920 200 0.500 2.30-15-01130 40. 6. 10. TransistorAL 113 P

T03 10Transistor 20 55 1. 1.30-17-00150 ASZ 15 60. 8. 30.P

T03 1030. Transistor 45 130 1. 1.30-17-00160 ASZ 16 P 32. 8.T0325 75 1030-17-00170 ASZ 17 32. 8. 30. Transistor 1. 1.P

30 110 10332. 30. Transistor 1. 1. 1030-17-00180 ASZ 18 P 8.

T03Transistor 15 10. 1. 1030-18-01030 155. 10. 10.AU 103 P

Transistor 15 40 2. 1.3 T03320. 10. 5. 1030-18-01060 AU 106 P

Transistor 35 120200. 30. 0.700 2. 103P 10. 1030-18-01070 AU 10720 9030. Transistor T03140. 10.30-18-01100

30-18-0112030-18-0113030-19-00185

30-19-00203

P 10AU 11015 40Transistor 2.P 320. 10. 5. 1.3 T03AU 112 1015 40Transistor 2.P 250. 10. 5. 1.3 T03AU 113 10

Transistor 50 100P 45. 8. 11. 5. 0.500 T03AUY 18 V 10Transistor 20 4060. 3. 30. 3.PAUY 20 UI T031. 10

47

2. Alphanumerical classificationn Ptotu nvt 0 Ic 0 Uce

(A) (V)EIData code (V) (A) (V)lype p Device min. man.0 Case no.

30-19-00204 AUY 20 IV 60. 30.P 3. Transistor 30 60 3. T03 101.

30-19-00343 AUY 34 lil P 80. 3. 30. 20 40 T03 10Transistor 3. 1.

35-07-10120 AYY 10/120 120. 12. Diode 004 230

35-82-50010 BI280 8500 C1000/700 500. Rectifier 3041.0 81280

35-83-50022 81380 8500 C2200/1400 500. 2.2 Rectifier 303C1000

Rectifier35-84-08015 81912 880 Cl500/1000 80. 1.5 81000 302

Rectifier35-93-25015 8250 Cl500 1.6 308250. Cl 500

35-80-25050 B250 C5000/3300 306600. 5.0 Diode C5000

35-93-38015 8380 Cl 500 380. 3081.6 Rectifier Cl 500

35-80-38037 B360 C3700/2200 900. 3.7 Diode C3700 307

35-80-33050 8330 C5000/3300 900. 3065.0 Diode C5000

35-16-00240 BAY 24 0.080 1901500. Diode 035-16-00260 BAY 26 3000. 0.080 Diode 197D

30-25-01090 BD 109 40. 3. 18.5 9II Transistor 40 250 T0661. 1.30-25-01350 80 135 45. 8. T0126 16II 1.5 Transistor 40 250 0.150 2.30-25-01370 BO 137 60. T0176 16II 1.5 12.5 Transistor 40 160 0.150 2.30-25-01380 BD 138 60. 16P 1.5 12.5 Transistor 40 160 0.150 2. T0126

30-25-01392 60 139-10 H 80. 1.5 12.5 Transistor 40 160 0.150 2. T0126 16

30-25-01402 BO 140-10 P 80. 1.5 12.5 40 160 2. T0126 16Transistor 0.150

80 139/14030-25-39400 IIP 80. 161.5 12.5 Transistor 40 160 0.150 2. T0126

30-25-01630 BD 163 40. 23. 9II 4. Transistor 25 180 0.500 2. T066

30-25-01772 80 177-10 60. 3. 30. 0.150 T0126 16Transistor 40 250 2.

30-25-01782 BO 178-10 P 60. 3. 30. T0126 16Transistor 40 250 0.150 2.30-25-01790 BO 179 80. 3. 16N 30. Transistor 15 2. T01261.

30-25-01830 eo 183 N 80. 15. 117. 20 70 3. T03 10Transistor 4.

30-25-02010 BD 201 45. 33II 8. 60. Transistor 30 3. 2. T0220

30-25-02020 BO 202 33P 45. 12. 60. 30 3. T0220Transistor 2.

30-25-02030 BO 203 60. 8. 60. T0220 33ll Transistor 30 3. 2.

30-25-02040 60. 33BO 204 P 12. 60. Transistor 30 3. 2. T0220

30-25-02070 60. 10. 90. 16BO 207 II Transistor 15 2. T01264.

30-25-02080 BD 208 60. 10. 90. Transistor T0126 16P 15 4. 2.30-25-02150 9BO 215 K 300. 0.500 21.5 Transistor 30 270 0.500 10. T066

30-25-02160 BO 216 200. 21.5 Transistor 40 150 T066 9II 1. 0.100 10.

30-25-02260 T0126 16BO 226 45. 1.5 12.5 Transistor 40 250 0.150 2.

30-25-02270 Transistor T0126 16BO 227 P 45. 1.5 12.5 40 250 0.150 2.30-25-02280 16BO 228 12.5 40 160 T0126N 60. 1.5 Transistor 0.150 2.

48

2. Alphanumerical classificationv 0 Ic 0 Uce

(A) (V)u : P tot hFE

ElOata code S (V) (A) 00 CaseType P Device min. max.D no.

30-25-02290 BD 229 60. 12.5 40 160 0.150 2. T0126 16P 1.5 Transistor

30-25-02300 T0126 16BO 230 N 80. 1.5 12.5 Transistor 40 160 0.150 2.

30-25-02310 BD 231 80. 1.5 12.5 40 160 0.150 2. T0126 16P Transistor

30-25-02320 T0126 16B0 232 300. 0.250 15. Transistor 20 0.150 5.N

30-25-02330 2. T0126 1600 233 45. 2. 25. Transistor 25 1.tl

T0126 1630-25-02380 BO 238 80. 2. 25. 40 160 0.150 2.P Transistor

3330-25-02403 T0220BD 240 C P 100. 3. 30. Transistor 15 1. 4.

3330-25-02433 3. T0220B0 243 C 100. 8. 65. Transistor 15 4.tl

T0220 3315 3. 4.30-25-02443 BO 244 C 100. 8. 65. TransistorP

333. 4. T022030-25-02444 BD 244 0 120. 8. 65. Transistor 15PT0218 7430-25-02493 B0 249 C 100. 25. 125. 25 1.5 4.Transistortl

T0218 742560. 25. 125. Transistor 1.5 4.30-25-02501 80 250 A tl

T0218 74Transistor 25 1.5 4.30-25-02503 B0 250 C 100. 25. 125.tl3. T0220 333.60. Transistor 0 75030-25-02660 B0 266 P 60. 8.3. T0220 333.8. 60. Transistor 0 75030-25-02670 8D 267 60.tl

160.700 T0126200 0.10030-25-02870 25. 12. 36. TransistorBD 287 P

160.700 T0126200 0.10012. 36. Transistor30-25-02880 80 288 P 45.T0220 3310.30 240 0.050325. 1.2 Transistor30-25-04100 BD 410 II 1.

16T012685 0.50022. 36. Transistor30-25-04330 B0 433 II 4.

16T012685 0.50036. Transistor30-25-04370 B0 437 45. 4.II16T01260.50036. Transistor 8530-25-04380 BD 438 45. 4.P16T01260.5004060. 36. Transistor30-25-04400 BD 440 P 4.

16T012640 0.50036. Transistor30-25-04410 80. 4.B0 441 II16T01260.500Transistor 5080. 36.30-25-04420 80 442 P 4.

T0202 8460. 60. 1.5 FET30-81-05220 BO 522 IIT0126 160.100 1.Transistor 400.800 5.30-25-05240 100.BO 524 II

33T02202. 2.25Transistor30-25-05350 60. 8. 50.BO 535 IIT0220 332.25 2.Transistor60. 8. 50.30-25-05360 BD 536 P

T0220 332.2.158. 50. Transistor30-25-05370 80.B0 537 II33T02202. 2.158. 50. Transistor30-25-05380 80.B0 538 P

T0220 333.3.0 75062.5 Transistor30-25-06490 II 100. 8.BO 649333. T02203.75062.5 Transistor 030-25-06500 100. 8.BD 650 P333. T0220750 3.O12. 62.5 Transistor30-25-06510 120.60 651 II

333. T02203.75062.5 0120. 12. Transistor30-25-06520 BD 652 P

3. Ï0126 16750 1.5040. Transistor30-25-06750 II 45. 4.BO 675•> 3. T0126 161.5D 75040. Transistor30-25-06760 45. 4.B0 676 P

49

2. Alphanumerical classificatione !c Q Ucc (A) (V)

Plot hf[I0Hi Casem Device(A) 0 min. ma*.(V) no.PTlData code S Type

3. T01261.540. Transistor 160 7504.60.IIBO 67730-25-06770101261.5 3.40. Transistor 160 75060. 4.PBD 67830-25-06780T01261.5 3.40. Transistor D 750 1680. 4.NBO 67930-25-06790

3. T0126Transistor 1.540. D 750 1680. 4.PBO 68030-25-068002. T02208. 65. Transistor 1. 3345. 4060 796 P30-25-07960

65. Transistor 2. T0220100. 8. 30 1. 3330-25-08020 BO 802 P

80. 1.5 8. Transistor 0.150 2. T0202 8430-25-08292 BO 829-10 63 16080. 8.30-25-08302 80 830-10 P 1.5 Transistor 0.150 2. T020263 160

30-25-08750 BO 875 45. 9.II 1. Transistor 0.150 10. T0126 160 100030-25-08760 BD 876 P 45. 9.1. Transistor D 1000 10. T0126 160.15030-25-08770 BO 877 60.II 1. 9. Transistor D 0.150 T0126 161000 10.30-25-08780 BO 878 60.P 9.1. Transistor 160 1000 0.150 10. T012630-25-08790

30-25-0880030-25-09110

80 879 80.ïi 9.1. Transistor 16D 1000 0.150 10. T0126BD 880 P 80. 1. 9. Transistor 0 1000 10126 160.150 10.BO 911 N 100. 15. 90. Transistor 15 150 T0220 335. 4.

30-25-09120 BO 912 P 100. 15. 90. Transistor 15 ISO 335. T02204.

30-25-09790 BO 979 II 80. 1. 3.6 Transistor 0 1000 840.150 10. T020230-25-09800 BO 980 P 80. 1. 3.6 Transistor 0 1000 840.150 10. T020230-26-00631 BOT 63 A N 80. 10. 90. Transistor 330 1000 3. 3. T022030-26-00910 BOT 91 II 60. 10. 90. Transistor 335 10. T02204.30-28-00252 BOM 25-10 II 125. 5. 26. Transistor 63 160 9T0661. 1.30-28-00522 BOM 52 B P 80. 15. 125. Transistor 20 150 105. T034.30-29-00333 BOX 33 C K 100. 10. 70. Transistor O 750 333. 3. T022030-29-00343

30-29-00533

BOX 34 C P 100. 10. 70. Transistor 330 750 3. 3. T0220

BOX 53 C II 100. 8. 60. Transistor 330 750 3. 3. T022030-29-00543 BOX 54 C P 100. 8. 60. Transistor D 750 3. 3. T0220 33

30-29-00662 BOX 66 B P 100. 16. 150. Transistor 0 1000 1010. 3. T03

30-29-00672 80X 67 B 16.H 100. 150. Transistor 0 1000 10. 3. T03 1030-29-00873 BOX 87 C H 100. 12. 120. Transistor 0 750 18000 6. 3. 103 1030-29-00883 BOX 88 C P 100. 12. 120. Transistor 1030 750 18000 6. 3. 10

30-30-00123 BOT 12 C 40. 5. 26.II Transistor 63 160 1. 1066 91.10-30-00121 80T 12-6 40. 5. 26.II Transistor T066 940 250 1. 1.

.30-30-00270 BOY 27 200. 6. 85. T03H Transistor 2. 4. 1015 180

10-3C-00290 30-30-00370

:30-30-00580

BDY 29 T0330. 220. Transistor 2. 10N 75. 15 60 15.

80Y 37 4. T031G. 150. Transistor 8. 10140. 15 60II

4. T03175. 10. 10BOY 58 Transistor 20 60125. 25.II'

50

2. Alphanumerical classificationN/ I Ptot hf E 0 Ic 0 uce

(A) (V)U

ElOata code S V (A) w Device CaseType P 0 nin. nax. no.

30-30-00710 T066 9BOY 71 55. 29. Transistor 80 200 0.500 4.II 4.

30-30-00810 BOY 81 36. 40 240 T0220 3350. 4. TransistorII

30-30-00830 BOY 83 50. 36. 40 240 T0220 33P 4. Transistor

30-30-00900 T03BOY 90 100. 10. 40. Transistor 30 120 5. 5 10N10 IT0330-30-00910 BDY 91 80. 40. Transistor 30 100 5. 5N 10.

0.030 10 T0126 1630-31-04570 Bf 457 160. 0.100 10. Transistor 25H

T0126 1630-31-04580 ar 458 250. 0.100 Transistor 25 0.030 10II 10.T0126 1630-31-04590 BF 459 10. 25 0.030 10300. 0.100 TransistorIIT02020.030 10 8830-31-04600 Br 460 250. 0.500 2. Transistor 40 180NT0126 1650 0.025 2030-31-04700 Br 470 250. 0.030 2. TransistorP

T0126 1640 0.025 2030-31-04710 Br 471 300. 0.030 2. TransistorNT0126 160.025 2030-31-04720 Br 472 300. 0.030 2. Transistor 40P

T0202 843030-31-06170 300. 0.300 2. TransistorBr 617 II

T0202 840.100 6.25 Transistor 3030-31-07170 Br 717 300.II84T02025030-31-07910 Br 791 300. 0.100 10. TransistorP

T0202 840.030 100.100 1.8 Transistor 2530-31-08590 ar 859 II 300.T0202 8440 0.025 201.6 Transistor30-31-08710 Br 871 300. 0.030II

840.025 20 T02021.6 Transistor 4030-31-08720 Br 872 300. 0.030P

S0T143 121Rectifier0.14035-92-00501 BCX 50 A

T012Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Triac

33-12-00200 BRY 20 40. 5.0

357T07233-12-00390 BRY 39 70.

T092 352400. 2.33-12-00554 0RY 55-400

T0220AB 3549.433-16-10467 BStC 1046 M 700.

T0220AB 35433-16-10537 BStC 1053 H 800. 9.4

354T0220AB16.33-18-10467 BStO 1046 H 700.

T0220AB 35412.33-18-16801 BStO 1680 N 1200.

01N41892-202A 358BStF 35110 1650. 50.33-20-351100IN41892-204A 359135.33-22-35110 BStH 35110 1650.D1II41893-205A 36033-24-35110 BStl 35110 1650. 235.

OIN41893-207A 361BStH 35110 1650. 440.33-26-35110

DIN41893-207A 361550.33-27-35110 BStP 35110 1650.i

362T064BT 101-500 R 500. 15.33-33-10105

T012733-33-10905 BT 109-500 R 500. 10.

402T0220AB34-33-13906 BT 139-600 600. 16.

T0220AB

T0220AB

40212. Triac34-33-16204 BT 162-400 400.

40234-33-16206 8T 162-600 600. 12. Triac

51

2. Alphanumerical classification0 Ic 0 Uce

(A) (V)hffN/ u l Ptot

CaseElData code S D nin. max.Type P (V) (W) Device(A) no.

34-36-04312 T064BTW 43-1200 4161200. Triac15.33-37-01804 BTX 18-400 T05 364400. Thyristor1.630-54-01050 BU 105 10 T03II 750. 2.5 Transistor 1010.30-54-01080 BU 108 T03tl 750. Transistor 7 105. 12.530-54-01110 BU 111 N 300. 3. 5 T03 106. 50. Transistor 5

30-54-01260 BU 126 300.N 3. 30. Transistor 15 60 5 T03 101.30-54-02050 BU 205 tl 700. 2.5 10. T03Transistor 2 2. 5 1030-54-02080 BU 208 N 700. 5. 12.5 Transistor 2.25 T03 104.5 5

30-54-02081 BU 208 A N 1500. 5. 12.5 10Transistor 2.25 5 T034.5

30-54-02084 BU 208 D N 1500. 5. 12.5 Transistor 2.5 T03 104.5 5

30-54-02090 BU 209 800.II 4. 12.5 Transistor 102.2 3. 5 T03

30-54-02269 BU 226 S N 800. 2. 32. 10Transistor T031.530-54-03120 BU 312 N 150. 6. 25. Transistor 1010 5. 1.5 T03

30-54-03261 BU 326 A M 400. 6. 60. 10Transistor 40 0.600 5 T03

30-54-03269 BU 326 S N 400. 6. 60. Transistor 1010 4. 5 T03

30-54-04064 BU 406 O N 400. 7. 60. Transistor 3316 T02201. 130-54-04070 BU 407 N 150. 7. 60. Transistor 3312 10 T02204.

30-54-04074 BU 407 O H 330. 7. 60. Transistor 3312 T02204. 1030-54-04030 BU 408 200.II 7. 60. Transistor 3310 T0220

30-54-04120 BU 412 II 175. 12. 50. Transistor 1010 T03

30-54-04130 BU 413 175.II 15. 60. Transistor 105 T03

30-54-04142 BU 414 B N 900. 15. 60. Transistor 103.5 T03

30-54-04152 BU 415 B II 900. 20. 120. Transistor 10T034

30-54-04261 BU 426 A II 400. 6. 70. Transistor 30 0.600 T0218 74530-54-05000 BU 500 N 1500. 6. 30. Transistor 3 104.5 T03

30-54-05081 BU 508 A H 700. 8. 125. Transistor T0218 74

30-54-05260 BU 526 400. 8. 86. Transistor T03 101530-54-06261 BU 626 A II 400. 10. 100. Transistor 10 10. 1.5 T03 1030-54-03060 BU 806 II 200. 6. 60. T0220 33Transistor D 10030-54-09320 BU 932 II 450. 15. 150. 2 T03Transistor 0 250 5. 1030-55-00210 BUR 21 H 200. 40. 250. T03Transistor 20 60 12. 1030-55-00500 BUR 50 T03II 125. 70. 350. 20 100 5. 4 10Transistor

30-56-00140 BUS 14 T03II 400. 30. 250. 5 10Transistor

30-58-00402 T0220BUW 40 B 0.300 320 100 33400. 1. 40. Transistor

3 T022030-58-00412 BUW 41 B 10 40 5. 33400. 8. 100. TransistorH

T0330-58-00580 BUW 58 10 10N 160. 20. 120. Transistor

52

2. Alphanumerical classificationr i Ptot 0 Ic 0 Uce

(A) (V)u hFE

EIData code S (V) mType (A) CaseP Device 0 min. max. no.

30-58-00840 BUW 8*1 0.100 50. T0126 79400. 2. 50. Transistor 50M

30-59-00100 10 T03 10BUX 125. 25. 150. Transistor 20 60 10. 2.II

30-59-00111 200. 2. T03 10BUX 11 A 190. 20. Transistor 10 60 8.N

30-59-00161 10BUX 16 A 250. 100. Transistor 15 130 0.400 10. T03H 5.30-59-00173 3. T03 10BUX 17 C 350. 10. 150. Transistor 15II 4.

30-59-00182 T03 10BUX 18 B 325. 8. 120. Transistor 15 100 1. 5.II30-59-00183 18 C 5. T03 10BUX 375. 8. 120. Transistor 15 100 1.II

T03 1030-59-00270 BUX 27 60. Transistor 7II 450. 10.

1030-59-00285 300 1.5 T03BUX 28 V 350. 8. 80. Transistor 0 7.

N 1030-59-00312 8 40 3. T03BUX 31 B 500. 8. 150. Transistor 4.

3. T03 1030-59-00322 Transistor 8 40 6.BUX 32 B II 500. 8. 150.

3. T03 1030-59-00332 33 B 500. Transistor 6 40 8.BUX II 12. 150.

T03 1030-59-00481 15. Transistor 5BUX 48 A 450. 175.II

90.200 10. T06630-59-00662 BUX 66 8 300. 2. 35. Transistor 10 150P910. T06610 150 0.20030-59-00663 BUX 66 C P 350. 2. 35. Transistor

T066 910 150 0.200 10.30-59-00672 67 B 300. 2. 35. TransistorBUX tl1066 90.200 10.30-59-00673 BUX 67 C 350. 2. 35. Transistor 10 150II

105. T0330 1.230-59-00800 BUX 80 400. 10. 100. TransistorII

10T0330 1.2 5.30-59-00810 BUX 81 450. 10. 100. TransistorII

10T0330 1.2 5.30-59-00820 BUX 82 400. 6. 75. Transistor(I

10T0330 1.2 5.30-59-00830 BUX 83 450. 6. 75. TransistorII33T022030 0.100 5.40. Transistor30-59-00850 BUX 85 II 450. 2.

T0126 160.050 5.Transistor 5030-59-00860 0UX 86 400. 0.500 20.II10T0312 10. 1.5125. 15. 117. Transistor30-60-00570 BUY 57 II

10T031.52. 40. Transistor30-60-00710 BUY 71 2200.IIT03 1025 160 2. 1.5Transistor30-60-00720 BUY 72 200. 10. 60.II

101.5 T0310 12.15. 117. Transistor30-60-00730 BUY 73 II 200.

T03 105. 1.560. Transistor 430-60-00790 BUY 79 350. 8.II

101T022050. 50. 19. FET30-87-00100 BU2 10 II

T0220 10130. FET30-87-00110 50. 50.BUZ 11 II

102T03FET50. 50. 45.30-87-00150 BUZ 15 II

101T0220100. 12. FET30-87-00200 BUZ 20 II 100.

T0220 10119.100. 100. FET30-87-00210 BUZ 21 II

102T0310. FET30-87-00230 BUZ 23 100. 100.II

102T0332.30-87-00240 BUZ 24 100. 100. FETII

102T03200. 200. 22. FET30-87-00360 BUZ 36 II

53

2. Alphanumerical classificationUI u I Ptot hfE 0 Ic 0 Uce

(A) (V)EIData code S Type (V)p (A) (W) Device 0 min. max. Case no.

30-87-00400 BUZ 40 500. 500. 2.5 FET 101T022030-87-00411 BUZ 41 A N 500. 500. 4.5 FET 101T022030-87-00440 BUZ 44 N 500. 500. 5.6 FET 102T0330-87-00441 BUZ 44 A 500.N 500. 4.8 FET 102T0330-87-00451 BUZ 45 A 500. 500. 8.3 FET 102T0330-87-00800 BUZ 80 M 800. eoo. 2.6 FET 101T022030-87-00840 BUZ 84 N 800. 800. 5.3 FET 102T0330-87-00881 BUZ 88 A M 800. 800. 5.0 FET T0238 10035-20-01270 BY 127 1250. 1.0 01 ode 236S0D1835-20-01420 BY 142 1000. 0.95 Diode SS1B06 25035-94-01640 BY 164 60. 1.4 Brugcel 309BY16435-20-01760 BY 176 15000. 0.001 Diode S0033 238

35-94-01790 BY 179 280. Reclifier5. BY164 30935-20-01840 BY 184 1800. 0.005 Oiode 239S0D34

35-20-01880 BY 188 A 50. 1.2 Diode 236S0D18

35-94-02246 BY 224/600 280. 4.8 Rectifier 310S0TU2

35-20-02270 BY 227 1250. 1.33 Diode 236S0D18

35-20-02280 228BY 1500. 5. Oiode S0064 24135-20-02452 245/1200BY 1200. 1.3 Diode 240SOD57

35-20-02461 BY 246/10 1000. 2.5 Diode 241S0064

35-20-02462 BY 246/1200 1200. 2.0 Oiode S0D64 241

35-20-02500 • BY 250 1000. 1.4 Diode 56A2 20335-20-02550 BY 255 1300. 3. Diode ??5DOl 335-20-03501 BY 350/1500 1500. 1.5 Diode S0064 24135-20-03606 BY 360/600 600. 1.0 Oiode 216D35-20-05270 BY 527 1250. 2. Diode 240S005735-22-00296 8YR 29-600 600. 8. Oiode T0220AC 26335-23-00150 BYS 15 45. 15. Oiode 248STUOR35-23-00219 BYS 21-90 90. 1.0 Oiode 232004135-23-00249 BYS 24-90 90. 8. Oiode 264T0220AB35-23-00269 8YS 26-90 90. 3. Diode 217D35-23-00289 BYS 28-90 90. 25. Diode T0218 26235-23-00410 BYS 41 45. 30. Oiode 23000435-23-00753 BYS 75-30

BYS 75-5030. 75. Diode 005 233

35-23-00755 50. 75. Diode 23300535-25-00295 BYtf 29/500 500. 9.0 Oiode 263T0220AC

54

2. Alphanumerical classificationN/ u I Ptot hFE 0 Ic 0 Uce

(A) (V)EIData code S Type (V) (A) (w) Device 0 mln. iwx. Case no.

35-25-00322 BYV 32-200 200. 20. Diode T0220AB 264

35-25-00965 BYV 96 E 1000. 1.5 Diode soos; 240

35-26-00292 BYW 29/200 200. 7. Diode T0220AC 263

35-26-00302 BYW 30-200 200. 12. Oiode 004 230

35-26-00312 BYW 31-200 200. 25. Oiode 004 230

35-26-00322 BYW 32-200 200. 16. T0220ABDiode 264

35-26-00512 BYW 51-200 200. 8. Oiode T0220AB 264

35-26-00550 BYW 55 800. 2. Diode S0057 240

35-26-00560 BYW 56 1000. 2. Oiode 50057 240

35-26-00772 BYW 77-200 200. 25. Diode 004 230

35-26-00812 BYW 81-200 200. 15. CO* 230Oiode

35-26-00884 BYW 88-400 400. 12. Diode DO 4 230

35-26-00881 88-1000 230BYW 1000. 12. Oiode 004

35-26-00922 92-200 200. DOS 233BYW 35. Diode

35-26-00965 96 E 3. S0064 241BYW 1000. Oiode

35-27-00381 004 230BYX 38-1200 1200. 6. Diode

23035-27-00466 BYX 46-600 600. 22. 004Oiode

S0018 23635-27-00556 BYX 55-600 600. 1.2 Diode

23035-27-00961 004BYX 96-1600 U 1600. 30. Diode

35-27-00981 0C4 230BYX 98-1200 1200. 10. Oiode

263-03 36533-40-00354 C 35 0 35. Thyristor

Thyristor

Thyristor

Thyristor

Rectifier

400.

263-03 36533-40-00358 C 35 N 800. 35.

T0202AB 36633-40-01064 C 106 D 3.5400.

T0220A8 35433-40-01222 C 122 BI 200. 8.

C1000 30335-86-50030 C2180 8500 C3000/1800 C2212 B80 C3700/2200 C2220 8125 C3700/2200

500. 3.0

305czooo35-87-08037 80. 3.2 Rectifier

305CZOOO35-87-12537 3.7 Rectifier125.

CZOOO 30535-88-25022 C2340 6250 C2200/1S00 250. 2.2 Rectifier

302BI 000Rectifier35-89-25015 C2540 6250 Cl500/1000 C3912 BSO C3700/2200 CS 0.6-06 go2 CS 1-04 go3 CS 8-12 io2

250. 1.5307Rectifier C370080. 3.235-90-08037

368CS0633-44-00606 600. 5. Thyristor

Thyristor

Thyristor

Thyristor

Diode

369CS133-44-01004 400. 7.

370STUO-MS33-44-08012 1200. 25.

371STU0-N733-44-23016 CS 23-16 io2 1600. 50.

232D04135-34-12019 0 1201 H 600. 1.0

33-48-00162 Dl 6 PC2 0.01050. Thyristor

55

2. Alphanumerical classificationN/ I PtO! hFI 0 Ic 0 Ucc

(A) (V)EIData code S Type (V) (A)P (W) CaseDevice 0 min. ma» no.

30-88-09440 101094 FR 4 10220500. 500. 18.0N FET

30-88-09840 093 CR 4 74T0218N 500. 500. 36.0 FET

35-35-02041 203OS 2-04 A 56A2400. 3.6 Diode20335-35-02121 OS 2-12 A 56A21200. 3.6 Diode20335-35-02161 OS 2-16 A 56A21600. 3. Olodc

35-38-10100 210C 10-10 HS410000. 0.013 Diode20935-38-15050 E 15-5 HS315000. 0.013 Diode20835-33-18150 E 18-15 HS218000. 0.013 Oiode30535-91-03050 E2512 B80 C5000/3300 C200080. 5.0 Reclilier

23035-40-40100 G 4010 004400. 12. Oiode21235-41-05570 HS6GR 557 14000. 0.010 Oiode36433-54-00640 HS 64 S TOS600. 4.0 Thyristor

21135-42-02005 HV 200 EP 20000. HS50.005 Oiode10230-90-01200 IRF 120 T03N 100. 100. 8. FET

10230-90-01300 IRF 130 T03N 100. 100. 14. FET

10230-90-01500 IRF 150 T03N 100. 100. 40. FET

10230-90-02300 IRF 230 T03200. 200.II 9. FET

10230-90-03200 IRF 320 T03H 400. 400. 3. FET

10230-90-03300 IRF 330 T03400. 400.N 5.5 FET

10230-90-03500 IRF 350 T03400. 400.N 15. FET

10130-90-05130 IRF 513 T0220N 60. 60. 3.5 FET

10130-90-05200 IRF 520 T0220100. 100.N 8. FET

10130-90-05300 IRF 530 T0220100. 100.H FET14.

10130-90-06200 IRF 620 10220200. 200. 5. FET

10130-90-08400 IRF 840 T0220500. 500.11 8.0 FET

10130-90-95200 IRF 9520 T0220P 100. 100. 6. FET

30-90-95300 101IRF 9530 T0220P 100. 100. 12. FET

34833-56-06820 JAM 2N 632 104850. 25. Thyristor

Thyristor

Thyristor

Thyristor

Rectifier

34833-56-06850 JAN 2N 685 T048200. 25.

34833-56-06860 JAN 2N 686 T048 •250. 25.

34833-56-06880 JAN 2N 688 1048400. 25.

31235-95-10060 KBPC 10-06 KBPC10420. 10.

31235-95-25060 KBPC 25-06 25. KBPC10420. Rectifier

Rectifier

Rectilier

Rectifier

'35-95-35060! 312KPBC 35-06 KBPC10420. 35.

312[35-95-35100

135-95-06020

KPBC 35-10 KBPC10700. 35.311KBPC 602 KBPC6140. 8.0

56

2. Alphanumerical classificationN/ I "tot hFE 0 Ic 0 Uce

(A) (V)EIData code (A) («)s Type Device D mln. max. CaseP no.

36-95-06060 KBPC 606 311420. 8.0 Rectitier K8PC6

30-61-00410 HJ 410 T03 10II 200. 5. 100. Transistor 30 90 1. 5.

30-61-00900 HJ 900 3.60. 8. 90. Transistor 0 1000 3. T03 10P30-61-01000 HJ 1000 3. 3. T03 1060. 8. 90. Transistor 0 1000II30-61-02955 103 10HJ 2955 P 60. 15. 150. Transistor 20 70 4. 4.

30-61-11015 T03 10HJ 11015 120. 20. 200. Transistor 0 1000 20. 5.P30-61-11016 20. 5. T03 10MJ 11016 120. 20. 200. Transistor 0 1000II

50. 5. T03 1030-61-11032 HJ 11032 120. 50. 300. Transistor D 400H

T03 1030-61-11033 11J 11033 300. Transistor 0 400 50. 5.P 120. 50.

T03 1030-61-15022 16. 250. Transistor 15 60 8. 4.HJ 15022 200.II

T03 1015 60 8. 4.30-61-15024 HJ 15024 250. 16. 250. TransistorIIT0126 1630-62-00340 30 240 0.050 10.HJC 340 300. 0.500 20. Transistorli

160.050 10. T012630-62-00350 20. Transistor 30 240HJC 350 P 300. 0.500

T0126 1630 0.020 10.30-62-03439 HJC 3439 350. 0.300 15. TransistorII

T0220 336 30 5. 5.30-62-13007 HJC 13007 400. 8. 80. Transistorll

33T02206 30 8. 5.30-62-13009 HJC 13009 400. 12. 100. TransistorII227002135-44-03310 KR 331 1000. 30. Diode202194-0235-44-07520 200. 6. OiodeHR 752202194-02600. Diode35-44-07560 HR 756 6.232004135-44-08180 HR 818 1000. 1.0 Oiode202194-02400. Diode35-44-08240 KR 824 5.223267-0135-44-08560 600. 3. OiodeHR 85623300540. Diode35-44-08660 HR 866 600.223267-0135-44-09180

i35-44-11220 •35-44-11300

1000. 3. DiodeKR 918230004OiodeHR 1122 200. 12.

OOI 2301000. 12. OiodeHR 1130230004Diode.35-44-13660

135-44-13860 •35-44-13960 135-44-21060 35-44-25100

[35-44-51060

KR 1366 600. 6.23300520. OiodeKR 1386 600.233005600. 30. OiodeHR 1396230004Oiode600. 12.KR 2106201193-0325. DiodeKR 2510 1000.23300550. OiodeHR 5106 600.335. T022030 60 0.50010. TransistorHRT 475 18. 4.30-66-04750I

T048 404400. 10. Triac34-64-41214 Hl 4121 0 non-iso

S0T112 313280. 4.8 Reclifier35-96-04320 OF 432

352T0920.800 ThyristorP 0102 OA 400.33-60-01024

57

2. Alphanumerical classificationN/ U I Ptot hf ‘ Q Ic G Uce

(A) (V)jCIData code S lypc (V| (A) (-) DeviceP Case0 min, max. no.

135-47-06006 P 600 J 600. 6. 224Diode D

i35-47-06008 P 600 K 800. 6. 224Diode 0

30-67-01040 RCA 104 P 80. 7. 75. 33Transistor 30 T0220

30-67-02040 RCA 204 80.N 7. 75. 33Transistor T022030

30-67-04230 RCA 423 325.N 7. 125. 10Transistor 2.5 T0310 5.

30-67-04310 RCA 431 325.N 7. 125. 10Transistor T0315 35 2.5 5.

30-67-10010 RCA 1001 80.N 8. 90. 10Transistor T03D 750 4. 3.

30-67-30550 RCA 3055 60.U 4. 75. 33Transistor 20 70 T02204. 4.

30-67-87664 RCA 8766 0 N 450. 10. 150. 10Transistor 0 3. T03100 6.

30-67-91164 RCA 9116 D P 120. 20. 10200. Transistor T0325 150 5. 2.30-67-02580 RCS 258 60.II 20. 250. 10Transistor 10315 60 10. 4.

30-97-05150 RFM 5 P 15 P 150. 102150. 5.0 T03FET

30-93-12200 RFM 12 N 20 H 200. 200. 12. 102FET T03

30-93-02100 RFP 2 M 10 N 100. 100. 1012.0 T0220FET

30-92-02110 RFP 2 P 10 P 100. 100. 1012.0 FET T0220

30-93-12100 RFP 12 N 10 100.N 100. 12.0 101FET T0220

30-92-12110 RFP 12 P 10 100.P 100. 12.0 101FET 1022035-48-00104 RGP 10 D 200. 2321. Diode 0041

35-43-00109 RGP 10 H 1000. 1.0 232Diode 0041

35-49-08100 RUR 810 100. 8. 263T0220ACDiode

35-49-08200 RUR 820 200. 8. 264Diode T0220AB

35-50-08100 RURD 810 100. 8. 264Diode T0220AB

35-50-08150 RURD 815 150. 8. 264Diode T0220AB

35-50-08200 RURD 820 200. 8. 264Oiode T0220AB

35-50-16200 RURO 1620 200. 16. 267Oiode T03

33-74-01064 S 106 0 400. 4.0 366Thyristor

ThyristorThyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Diode

T0202

33-74-01225 S 122 E 500. 8. 354T0220AB

33-74-08028 S 0802 NH 800. 8. 354T0220AB

33-74-16128 S 1612 IIH 800. 16. 354T0220AB

33-74-24006 S 2400 M 600. 4.5 108 372

33-74-26000 S 2600 H 600. 7.0 36410533-74-28001 S 2800 A 100. 10. 354T0220A8

33-74-37037 S 3703 SF 750. 5.0 350T066

33-74-39007 S 3900 SF 367750. 8.0 T0220AB

35-51-43600 S 4360 600. 150. 276STU0

33-74-53003 S 5890 C 300. 5. 354Thyristor T0220AB

58

2. Alphanumerical classificationN/ 1 hEEu Ptot 0 Ic 0 Uce

(A) (V)ElOata code S Type (V) (A) (w) DeviceP 0 min. man. Case no.

33-74-58006 S 5800 H 600. 5. T0220AB 354Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Oiodc

33-74-58023 S 5802 C 300. 5. T0220AB 354

33-74-61005 S 6100 E 500. 16. T0220AB 354

33 74-62104 S 6210 0 348400. 20. TQ43

33-74-62204 S 6220 0 IS0-T048 373400. 20.

33-74-62304 S 6230 0 IS0-STUD 374400. 20.

33-74-62404 S 6240 0 ISO-PRESS 376400. 20.

33-74-62406 376S 6240 M 600. 20. ISO-PRESS

33-74-62504 ISO-EIANGE 375S 6250 D 400. 20.

33-74-64008 S 6400 M T0203AA 349800. 35.

33-74-64116 348S 6411 M 600. 35. T048

33-74-64204 IS0-T048 373S 6420 0 400. 35.

IS0-T048 37333-74-64206 S 6420 H 600. 35.

T048 34833-74-64316 S 6431 H 600. 35.

ISO-PRESS 37633-74-64404 S 6440 0 35.400.

ISO-PRESS 37633-74-64406 S 6440 H 600. 35.

ISO-riANGE 37533-74-64504 S 6450 0 400. 35.

T048 34333-74-64936 S 6493 H 600. 35.

348T04833-74-73105 S 7310 E 500. 40.

348T04833-74-73106 S 7310 H 600. 40.

348T04333-74-74306 S 7430 H 600. 35.

STUD 37733-74-86114 S 8611 0 400. 100.

377STU033-74-86116 S 8611 H 600. 100.377STUD33-74-86134 S 8613 O 400. 75.

377STUD33-74-86136 S 8613 H 600. 75.

1S0-STUO 37833-74-86204 S 8620 0 400. 100.

ISO-STUO 37833-74-86214 S 8621 0 400. 100.378ISO-STUO33-74-86224 400. 75.S 8622 0

378ISO-STUO33-74-86234 S 8623 O 400. 75.

18S35-52-71250 S7 AH 125 560. 175.213035-53-01400 SB 140 40. 1.0 Diode

213035-53-01600 SB 160 60. 1.0 Diode

213035-53-01800 SB 180 80. 1.0 Oiode

2260020135-53-03400 SB 340 40. 3.0 Oiode

2260020135-53-03600 60. 3.0SB 360 Oiode

2260020135-53-03800 S8 380 80. 3.0 Oiodc

*

59

2. Alphanumerical classificationN / u ! r.tot hFE 01c 0 Uce

(A) (V)ElData code S Type (V) (A) (W) DeviceP 0 mln. max. Case no.

35-53-05400 SB 540 40. 5.0 226Oiode 00201

35-53-05600 SB 560 60. 5.0 226Diode 00201

35-53-05800 SB 580 80. 5.0 226Diode 00201

35-53-08300 SB 880 80. 8.0 263Oiode T0220AC

35-54-16600 SBP 1660 T 60. 16. 264Oiode T0220AB

35-54-30600 SBP 3060 H 30. 26760. Oiode 103

35-55-08450 SBS 845 T 45. 8. T0220AC 263Oiode

35-55-08600 SBS 860 T 60. 8. Diode T0220AC 263

35-55-16450 SBS 1645 T 45. 32. 10220AC 263Diode

35-55-30600 SBS 3060 H 60. 30. T03 266Oiode

34-76-02454 SC 245 D 2 10. IS0-T048 405400. Triac

34-76-02504 SC 250 D 400. 1048 40415. Triac

35-98-04014 SKB B40 C1400 40. 2.0 Reclifier G3 314

35-99-50020 SSi6 B01 0B500/670-2 500. 2.0 Reclifier

35-99-38039 SS16 C08 DB380/500-3. Reclifier380. 3.9 SSI6 315

35-57-01800 SSiB 0180 203400. Oiode 56A21.4

35-57-05800 SSiB 0580 1000. 80A2 2051.1 Diode35-57-06800 SSiB 0680 2501000. 0.95 Oiode SS180635-58-12800 SSiC 1280 1000. 3.4 SSIC12 252Diode35-58-15801 SSiC 1580 A 1200. 2031.55 Diode 56A235-58-16801 SSiC 1680 A 2511200. 1.8 Oiode SSIC1135-59-04801 SSiO 0480 A 1400. 10. 271Diode STUO35-60-11050 SSiE 1105 22775. 35. 0021Oiode35-60-11200 SSiE 1120 227300. 35. 0021Diode35-60-11400 SSiE 1140 700. 35. 0021 227Oiode35-60-12200 SSiE 1220 300. D021R 24635. Diode35-60-12400 SSiE 1240 246700. 35. 002 IROiode

SSIE 134035-60-13400 270700. 35. STUOOiode35-60-14400 SSiE 1440 35. STUDR 247700. Oiode

I'35-60-20800 SSiE 2080 2711400. 20. STUOOiode35-60-43830 SSiE 4383 35. 0021 2271500. Oiode /35-60-44830 SSiE 4483 2461500. 35. Diode D021R35-61-38830 SSiE 3883 2421500. 65. Oiode STUD35-61-39830 SSiF 3983 65. STUOR 2451500. Oiode35-62-38830 SSiG 3883 2421500. 80. Oiode STUO

35-62-39830 SSiG 3983 24580. Oiode STUOR1500.

60

2. Alphanumerical classificationH u I Ptot hFE 0 Ic 0 Uce

(A) (V)(V)ElData code S A (M) Device CaseType P 0 min. ra*. no.

35-63-28830 150A2 200SSiK 2883 1500. 300. Olode

STUO 24335-63-38830 SSiK 3883 1500. 160. Diode

STUOR 24/35-63-39830 SS IK 3983 1500. 160. Diode

24335-63-24120 STUOSSiK 24120 2200. 140. Diode

150A2 20035-64-28830 SSil 2883 1500. 500. Diode

STUO 27435-64-38830 SSil 3883 1500. 300. Diode

STUO 27335-66-30120 SSiN 30120 2200. 450. Oiode

273STUD35-67-32200 SSiP 32200 3600. 450. Oiode403IS0-T0220AB34-78-10106 TriacT 1010 MJ 600. 10.

IS0-T0220AB 40334-78-12128 12. TriacT 1212 NJ 800.

IS0-T0220AB 40334-78-15138 T 1513 NJ 800. 15. Triac

402Ï0220A8Triac34 78-16126 T 1612 MJ 800. 16.

T0220AB 40216. Triac34-78-16136 T 1613 MJ 800.

401T0534-78-23004 T 2300 0 400. 2.5 Triac

401T0534-78-23021 100. 2.5 TriacT 2302 A

401T05Triac34-78-23064 T 2306 O 400. 2.5

406T0202ABTriac34-78-23204 T 2320 0 400. 2.8

406T0202AB34-78-23221 100. 2.5 TriacT 2322 A

402T0220AB34-78-28064 T 2806 0 400. 8. Triac

IS0-T0220AB 40334-78-28564 400. 8. TriacT 2856 0

4071S0-RD10140. Triac34-78-40138 T 4013 NK 800.

404T048600. 15. Triac34-78-41166 T 4116 M

T048 404Triac34-78-41174 400. 10.T 4117 0405IS0-T048Triac400. 10.34-78-41214 T 4121 D

405IS0-TO48Triac600. 10.34-78-41216 T 4121 H408ISO-STUOTriac34-78-41316 T 4131 600. 10.

T066 409Triac34-78-47004 T 4700 D 400. 15.409T06615. Triac34-78-47064 T 4706 D 400.

400T0203AATriac34-78-64008 T 6400 N 800. 40.

400T0203AATriac30.34-78-64012 T 6401 B 200.

T0203AA 400Triac34-78-64064 T 6406 0 400. 40.

400T0203AATriac1 6407 E 500. 30.34-78-64075

y6410 M T 6411 H

404T048Triac600. 40.34-78-64106

404T048600. 30. Triac34-78-64116

404T048Triac34-78-64142 200. 40.T 6414 B

T048 404TriacT 6414 D 400. 40.34-78-64144

61

2. Alphanumerical classificationH/ U I P tot hrc 0 Ic Q llcc

(A) (V)(V) CA)ElData code S Type P (W) Device D min. nax. Case no.

40434-78-64154 T 6415 0 400. 25. T048Triac

34-78-64164 T048 4041 6416 0 400. 40. Triac

40434-78-64166 T 6416 H 600. 40. Triac T048

200. 1S0-T048 40534-78-64262 T 6426 B 40. Triac

40834-78-64304 T 6430 D 400. 40. IS0-STUDTriac

IS0-STUD 40834-78-64306 T 6430 H 600. 40. Triac

ISO-FIANGE 41034-78-64504 T 6450 0 400. 40. Triac

1S0-FIAHGE 410600.34-78-64506 T 6450 H 40. Triac

41134-78-84104 T 8410 0 400. 80. STUDTriac

STUD 41134-78-84112 T 8411 B 200. 60. Triac

412IS0-STUD34-78-84206 T 8420 H 600. 80. Triac

412IS0-STUD34-78-84216 8421 M 600. 60. Triac

412ISO-STUO34-78-84404 T 8440 0 400. 80. Triac

4121S0-STUD34-78-84502 8450 B 200. 80. Triac

379RD10233-80-06300 T 6N 300 P0B 300. 7.6 Thyristor

33T022030-69-82040 * TA 8204 P 40. 8. 65. 1000 20000 3. 3.Transistor D

1030-69-83510 • TA 8351 3. T03P 40. 10. 70. Transistor D 1000 20000 5.

3330-69-84870 • TA 8487 60. 65. 3. T0220P 10. Transistor 0 1000 20000 5.

38033-81-00606 TAG 06-60 101860. 0.800 Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

Thyristor

35033-81-00660 ■ TAG 6-600 T T066600. 7.5

34833-81-01540 TAG 15-400 1048400. 15.

34833-81-02040 TAG 20-400 400. 20. T048

33-81-02050 TAG 20-500 348500. 20. T048

34833-81-02060 TAG 20-600 R T048600. 20.

40234-81-28006 TAG 280-600 T0220AB600. 16. Triac

34-81-28106 402TAG 281-600 600. T0220AB16. Triac

40234-81-45706 TAG 457-600 T0220AB600. 10. . Triac

36433-81-60540 TAG 605-400 400. 7. T05Thyristor

Thyristor

Thyristor

Thyristor

Triac

33-83-01064 354TIC 106 D T0220AB400. 5.

35433-83-01068 TIC 106 » T0220AB800. 5.

35433-83-01268 TIC 126 M T0220AB800. 12.

40234-83-02068 TIC 206 N T0220AB800. 4.

40234-83-02258 T0220ABTIC 225 N 800. 8. Triac

40234-83-02268 TIC 226 H TOZ20AB800. 8. Triac

402T0220AB34-33-02468 TIC 246 H 800. 16. Triac

33T022030-70-00290 TIP 29 40. 30. Transistor 15 75 1. 4.N 1.

62

2. Alphanumerical classificationN/ u I Ptot hFE 0 Ic 0 Uce

(A) (V)ElOata code S Type V) (A) (M) CaseP Device 0 min. max. no.

30-70-00292 TIP 29 B 80. 10220 33N 1. 30. Transistor 15 75 1. 4.30-70-00301 TIP 30 A 60. T0220 33P 1. 30. Transistor 15 75 1. 4.30-70-00302 TIP 30 B T0220 33P 80. 30. Transistor 15 75 4.1. 1.

3330-70-00303 TIP 30 C 30. T0220P 100. 1. Transistor 15 75 1. 4.

T0220 3330-70-00311 TIP 31 A 60. Transistor 10 50 3. 4.N 3. 40.

T0220 3330-70-00312 TIP 31 8 40. 10 50 3.tl 80. 3. Transistor 4.

3330-70-00313 TIP 31 C 3. T0220100. 3. 40. Transistor 10 50 4.N

30-70-00322 10220 33TIP 32 B Transistor 10 50 3. 4.P 80. 3. 40.30-70-00323 10220 33TIP 32 C 100. 40. Transistor 10 50 3. 4.P 5.

30-70-00330 3. T0218 74TIP 33 10. 80. Transistor 20 100 4.II 40.7420 100 3. T021830-70-00331 TIP 33 A 60. 10. 80. Transistor 4.N

10218 7430-70-00332 20 100 3.TIP 33 B 80. 10. 80. Transistor 4.MT0218 7430-70-00333 20 100 3.TIP 33 C 100. 10. 80. Transistor 4.MT0218 7430-70-00335 20 100 3. 4.TIP 33 E 140. 10. 80. TransistorfiT0218 743.30-70-00340 34 80. Transistor 20 100 4.TIP P 40. 10.

3. 10218 7430-70-00341 20 100 4.IIP 34 A P 60. 10. 80. Transistor10218 7430-70-00343 20 100 3. 4.TIP 34 C 100. 10. 80. TransistorP

741021830-70-00351 125. 10 50 15. 4.TIP 35 A 60. 25. TransistorII741021830-70-00353 Transistor 10 50 15. 4.IIP 35 C 100. 25. 125.N741021810 50 15. 4.30-70-00360 TIP 36 40. 25. 125. TransistorP

T0218 7415. 4.30-70-00362 25. 125. Transistor 10 50IIP 36 8 P 80.T0218 7415. 4.30-70-00363 Transistor 10 50TIP 36 C P 100. 25. 125.T0220 333.15 75 4.30-70-00411 TIP 60. 6. 65. Transistor41 A II

T0220 333. 4.15 7530-70-00413 41 C 100. 6. 65. TransistorTIP N333. 1022015 75 4.30-70-00415 140. 65. TransistorTIP 41 E II 6.333. T022015 75 4.30-70-00421 60. 6. 65. TransistorTIP 42 A P33T022015 75 3. 4.30-70-00422 80. 65. TransistorTIP 42 8 P 6.333. T022015 75 4.30-70-00423 TIP 42 C 100. 6. 65. TransistorP330.300 10. T022030 15030-70-00500 400. 40. TransistorTIP 50 II I.7410. 1021830 150 0.300100.30-70-00540 TIP 54 400. 3. Transistortl

T0218 742.10 100 1.30-70-00581 400. 7.5. 50. TransistorTIP 58 A li33T02202. 4.100. 50. 0 50030-70-01120 TIP 112 II 4. Transistor33T0ZZ02. 4.0 50030-70-01150 TIP 115 P 60. 4. 50. Transistor

33T02202. 4.30-70-01160 116 80. 50. Transistor 0 500TIP P 4.33T02202. 4.50030-70-01170 TIP 117 P 100. 4. 50. Transistor 0

T0220 333. 3.30-70-01220 100. 5. 65. 0 1000TIP 122 II Transistor

63

2. Alphanumerical classificationm u ! PtOt hFE G Ic 0 Uce

(A) (V)(V) (A) (w) DeviceElData code S Type P D min. nu*. Case no.

3330-70-01270 TIP 127 100. 5. 65. T0220P Transistor 0 1000 3. 3.3330-70-01310 TIP 131 80. 8. 70. 10220N Transistor 0 1000 15000 4. 4.

30-70-01320 8. 33TIP 132 100. 70. Transistor D 1000 15000 4 T0220II 4.30-70-01370 TIP 137 P 100. 8. 70. 33Transistor D 1000 15000 4. T02204.

30-70-01400 TIP 140 60. 10. 125. 10218 74N Transistor 0 500 10. 4.

30-70-01420 TIP 142 100. 10. 125. T0218 74N Transistor 0 500 10. 4.

30-70-01450 TIP 145 60. 10. 125. 10218 74P Transistor 0 500 10. 4.

30-70-01470 TIP 147 100. 10. 125. T0218 74P Transistor 0 500 10. 4.

30-70-01520 TIP 152 400. T0220 337. 80. Transistor 150 5.D 5.30-70-01620 TIP 162 N 380. 10. 50. Transistor 2.2 T0218 740 200 4.

30-70-06600 TIP 660 320. T03 10M 10. 80. Transistor D 200 2.24.

30-70-06610 TIP 661 350. 10N 10. 80. Transistor 0 200 2.2 T034.30-70-06620 TIP 662 380. 10N 10. 80. Transistor 0 200 2.2 T034.

30-70-06530 TIP 663 300. 20. 10N 150. Transistor 0 500 10000 5. 5. T03

30-70-06640 TIP 664 350. 10II 20. 150. Transistor D 500 10000 5. 5. 10330-70-29550 TIP 2955 P 70. 15. 90. T0218 74Transistor 20 70 4. 4.

30-70-30550 TIP 3055 74N 70. 15. 90. Transistor 20 70 T02184. 4.

30-70-07521 TIPL 752 A 10N 400. 6. 150. Transistor 15 60 0.500 5. T03

30-70-07531 TIPL 753 A 10400. 8. T03N 150. Transistor 15 60 0.500 5.30-70-07551 10TIPL 755 A 420. 10. T03N 180. Transistor 15 60 0.500 5.30-70-07571 TIPL 757 A 420. 10II 15. 200. Transistor 15 60 10330-70-07601 TIPL 760 A 33420. 80. Transistor 0.500 T0220M 4. 20 60 5.

30-70-07610 TIPL 761 74375. 10218N 4. 100. Transistor 20 60 0.500 5.

30-70-07611 TIPL 761 A 420. 10218 74II 4. 100. Transistor 20 60 0.500 5.30-70-07621 TIPL 762 A 74400. 6. 120. 15 60 5. 10218II Transistor 0.500

30-70-07631 TIPL 763 A 748. T0218II 400. 120. Transistor 15 60 0.500 5.30-70-07851 74TIPL 785 A T0218150. 10. 80. 60 500 0.500 5.II Transistor 030-70-07901 TIPL 790 A 7410218N 150. 10. 70. Transistor 0 60 500 0.500 5.35-73-11020 227TRA 1102 002150. 25. Diode

24635-73-11409 TRA 1140 R D021R50. 25. Diode35-74-00119 214TV II S HS711000. 0.300 Diode

21535-74-00139 TV 13 S IIS813000. 0.300 Diode21835-74-00182

35-74-00209 :35-74-0020?

TV 18-2 KI HS918000. 0.300 OiodeMSI 1 220TV 20 S 20000. 0.300 DiodeIIS12 221TV 20-2 Hl 20000. Oiode

(35-74-00203 TV 20-3 RC HS1 2070.0018000. Diode

64

2. Alphanumerical classificationn : Ptot fif[ 0 Ic 0 Uce

(A) (V)ElOata code S lype (V) (A) 00P Device 0 min. max. Case no.

35-74-00206 rv 20-6 KT 20000. Olode HS10 219

34-87-18606 TXC 18 E 60 M 600. 6. Triac T0220AB <02

34-88-10606 TXO 10 K 60 R 600. 15. Triac T0220AB 402

34-88-98400 TXO 98 A 40 400. 15. Triac STUD-H3 413

34-88-98500 TXO 98 A 50 500. 15. Triac STU0-K8 413

34-88-99400 TXD 99 A 40 400. 10. Triac STU0-M8 413

34-88-99500 TXD 99 A 50 500. 10. Triac STUD-K8 413

34-89-99400 TXC 99 A 40 400. 25. Triac STUD-K8 414

33-90-06010 VCRC 601 600. 1.5 Thyristor 0I14P

30-96-00664 VN 66 AD 60. 60. 1.9 FET T0220 101N

33-92-07094 X 0709 OG 400. 7. Thyristor 365TOS

34-94-01054 I 0105 DA 400. 1.0 Triac T092 415

65

3. Diodes sorted

by electrical

specification

3.1. Diodes - VoltageGe Urrx -• Ifav Ifsm by t tRR (pfiTl Data code S Si (v) (V) (A) (A) (ns) (ns)Type 0 Case Mo.

35-23-00753 BYS 75-30 Si S 005 23330. 0.64 75. 1000. 10000.21335-53-01400 SB 140 Si 40. 0.50 1.0 8300. 110. s o40.

35-53-03400 S 00201 226SB 340 Si 40. 0.50 3.0 80. 8300. 320.

35-53-05400 S 00201 226SB 540 Si 40. 0.57 5.0 250. 8300. 400.35-55-08450 0.65 8300. 700. S T0220AC 263SBS 845 T Si 45. 8. 250.

35-23-00150 100. S STUOR 248BYS 15 Si 45. 0.55 15. 300. 10000.

35-23-00410 1500. S 004 230BYS 41 Si 45. 0.55 30. 600. 10000.T0220AC 26335-55-16450 Si 0.65 8300. 2000. SSBS 1645 1 45. 32. 250.S0018 23635-20-01880 Si 1.3 1.2 40. 10000. 700BY 188 A 50.0021 22735-73-11020 IRA 1102 Si 50. 25.D021R 24635-73-11409 Si 50.TRA 1140 R 25.005 23310000. S35-23-00755 BYS 75-50 Si 50. 0.64 75. 1000.

80. s 21335-53-01600 0.70 1.0 40. 8300. 0SB 160 Si 60.210. S 00201 2263.0 80. 8300.35-53-03600 SB 360 Si 60. 0.75

S 00201 226250. 8300. 500.35-53-05600 SB 560 Si 60. 0.70 5.0T0220AC 2638300. 500. S35-55-08600 SBS 860 T Si 60. 0.75 8. 250.

2S T0220AB 264500.35-54-16600 Si 16. 250. 8300.SBP 1660 T 60. 0.75S T03 26630. 300. 8300. 700.35-55-30600 SBS 3060 M Si 60. 0.75

267700. 2S T03300. 8300.35-54-30600 SBP 3060 H Si 60. 0.75 30.0021 227400. 10000.35-60-11050 SSiE 1105 Si 75. 1.06 35.

213S D40. 8300.35-53-01800 SB 180 Si 80. 0.70 1.0S 00201 2268300.35-53-03800 SB 380 Si 80. 0.75 3.0 150.S 00201 2265.0 250. 8300.35-53-05800 SB 580 Si 80. 0.70

T0220AC 263S8300.35-53-08800 SB 880 Si 80. 0.75 8.0 250.S 0041 23210000.Si 90. 0.55 1.0 50.35-23-00219 BYS 21-90S O 21710000.Si 90. 0.55 3. 120.35-23-00269 BYS 26-902S T0220AB 2640.55 120. 10000.35-73-00249 BYS 24-90 Si 90. 8.2S T0218 26225. 250. 10000.35-23-00289 BYS 28-90 Si 90. 0.55

004 230F150. 10000. 20035-01-38800 IN 3880 Si 100. 1.4 6.T0220AC 26340. F8300. 35Si 100. 0.95 8. 100.35-49-08100 RUR 810T0220AB 26435 40. 2F100. 8300.35-50-08100 RURO 810 Si 100. 0.95 8.004 230AYY 10/120 120. 0.7 12.35-07-10120 Ge

2F T0220A8 2648300. 35 40.100.35-50-08150 RURO 815 Si 150. 0.95 8.0041 23215.30. 8300. 150Si 200. 1.335-48-00104 RGP 10 O 1.S0057 240A10000. 3000Si 200. 1.15 2.0 50.35-01-50590 IN 5059194-02 2028300.400.35-44-07520 Si 200. 0.9 6.HR 752

67

3.1. Diodes - VoltageGe Urm Uf Ifav Ifsm by t tRR CjEIData code 5 (V) (V)Type Si (A) (A) (ns) (ns) (pF) 0 Case No.

35-01-13449 IN 1344 RB SI 200. 1.2 6. 200. 10000. D04R 24435-26-00292 BYW 29/200 Si 200. 0.85 7. 100. 10000. T0220AC 26335 F35-26-00512 BYW 51-200 Si 200. 0.95 8. 100. 10000. 35 40 2F T0220AB 26435-50-08200 RURO 820 Si 200. 1. 8. 100. 8300. 35 40 2F T0220AB 26435-49-08200 RUR 820 SI 200. 8.1. 100. 8300. 35 2F T0220AB 2644035-44-11220 MR 1122 200.Si 12. 300. 8300. 004 23035-26-00302 BYW 30-200 Si 200. 0.85 12. 200. 10000. 35 230F 00435-26-00812 BYW 81-200 Si 200. 0.85 15. 200. 10000. 35 004 230F35-26-00322 BYW 32-200 Si 200. 0.85 16. 150. 10000. 35 2F T0220AB 26435-50-16200 RURO 1620 Si 200. 1. 16. 275. 8300. 35 26780 2F T0335-25-00322 BYV 32-200 Si 200. 1.15 20. 150. 10000. 35 2F T0220AB 26435-26-00772 BYW 77-200 Si 200. 0.85 25. 500. 10000. 50 F D04 23035-26-00312 BYW 31-200 Si 200. 0.85 25. 320. 10000. 23050 F 00435-26-00922 BYW 92-200 Si 200. 0.92 35. 500. 23310000. 50 F 00535-60-11200 SS IE 1120 SI 300. 1.09 35. 400. 22710000. 002135-60-12200 SSiE 1220 Si 300. 1.09 35. 400. 10000. 246002 IR35-57-01800 SSiB 0180 Si 400. 1.4 50. 10000. 56A2 20335-01-50600 IN 5060 Si 400. 1.15 2.0 50. 10000. 3000 A S0D57 24035-01-50000 IN 5000 Si 400. 0.9 3. 300. 8300. 70 20435-35-02041 DS 2-04 A Si 400. 1.25 3.6 100. 10000. 56A2 20335-44-08240 KR 824 Si 400. 5. 350. 8300. 200 F 194-02 20235-01-38830 IN 3883 Si 400. 6.1.4 150. 10000. 200 F D04 23035-40-40100 G 4010 Si 400. 1.25 12. 230. 10000. 004 23035-26-00884 BYW 88-400 Si 400. 1.25 12. 230. 10000. 004 23035-01-38930 IN 3893 Si 400. 1.4 12. 150. 10000. 230200 F 00435-01-34959 IN 3495 R Si 400. 1.5 30. 300. 8300. O021R 24635-01-34950 IN 3495 Si 400. 1.5 30. 300. 8300. 0021 22735-25-00295 BYV 29/500 Si 500. 1.05 9.0 100. 10000. 45 F T0220AC 26335-52-71250 S7 AN 125 Si 560. 1.1 175. 18835-20-03606 BY 360/600 Si 600. 1.0 45. 10000. 400 216F 035-34-12019 0 1201 H Si 600. 0.95 1.0 28. 10000. 1500 0041 23235-01-49370 IN 4937 Si 600. 1.2 1.0 30. 10000. 200 F 0041 2321535-27-00556 BYX 55-600 Si 600. 1.25 1.2 40. 10000. 350 F S0D18 236835-44-08560 KR 856 Si 600. 1.04 3. 100. 8300. 200 F 267-01 22335-44-13660 KR 1366 Si 600. 6. 150. 8300. 200 F D04 23035-44-07560 KR 756 Si 600. 0.9 6. 400. 8300. 194-02 202

68

3.1. Diodes - VoltageGc Uf Ifsm by t tRR (pf{Urrm Ifav

ElData code (V) (V) (A) (A) (ns) (ns) 0 Case Ho.S SiType

22435-47-06006 P 600 J Si 600. 0.9 6. 400. 8300. O

F T0220AC 26335-22-00296 8YR 29-600 Si 1.3 60. 10000. 75600. 8.F 004 23035-44-21060 KR 2106 Si 600. 12. 200. 8300. 100

233F 00535-44-13860 Si 600. 250. 8300. 200KR 1386 20.F 004 230300. 10000. 20035-27-00466 BYX 46-600 Si 600. 2.0 22.

233200 F 00535-44-13960 KR 1396 Si 600. 30. 300. 8300.F 005 2338300. 20035-44-08660 KR 866 Si 600. 40. 350.F 005 23335-44-51060 8300. 100KR 5106 Si 600. 50. 400.

233200 F 00535-03-70602 70 HFLR 60 S 02 600. 70. 700. 10000.Si276STIIO1890. 10000.35-51-43600 S 4360 Si 600. 150.

STU0 27035-60-13400 SSiE 1340 1.09 35. 375. 10000.Si 700.STOOR 24735-60-14400 Si 1.09 35. 375. 10000.SS iE 1440 700.0021 227375. 10000.35-60-11400 SSiE 1140 Si 700. 1.09 35.

246C021R1.09 35. 375. 10000.35-60-12400 SSiE 1240 Sü 700.240S0D5710000. 3000 A35-01-50620 lil 5062 Si 800. 1.15 2.0 50.24050 S0Q5710000. 2500 A35-26-00550 Si 1.65 2. 50.BYW 55 800.22408300.Si 0.9 6. 400.35-47-06008 P 600 K 800.

SSI0O6 25010000.35-57-06800 SSiB 0680 Si 1000. 0.95 50.250SSIB0610000.0.95 50.35-20-01420 BY 142 Si 1000.

F D041 23275030. 8300.35-44-08180 KR 818 Si 1000. 1.01.123200418300. 500 151.3 1.0 30.35-48-00109 RGP 10 H Si 1000.23230 004110000. 30000SI 1.3 1.0 50.35-01-40070 lil 4007 1000.

80A2 20550. 10000. 40SSiB 0580 Si 1000. 1.135-57-05800 1.120356A210000.50.35-20-02500 BY 250 Si 1000. 1.4240A S005710000. 30035.35-25-00965 BYV 96 E Si 1000. 1.6 1.5240A S00S72500 5050. 10000.35-26-00560 BYW 56 Si 1000. 1.65 2.

S0064 24180. 10000.BY 246/10 Si 1000. 2.535-20-02461223F 267-013008300.Si 1.0 3. 100.35-44-09180 KR 918 1000.22650 D02018300.Si 3.0 200.35-01-54080 lil 5408 1000. 1.2

S0064 241300 A70. 10000.35-26-00965 BYW 96 E Si 1000. 1.5 3.252SS1C12100. 10000.Si 1000. 3.435-58-12800 SSiC 1280 1.123000410000.Si 1000. 1.2 6. 200.35-01-39900 lil 3990230D048300.12. 300.35-44-11300 KR 1130 Si 1000.230004230. 10000.Si 1000. 1.25 12.35-26-00881 BYW 88-1000

193-03 2018300.SI 400.KR 2510 1000. 25.35-44-251002270021300. 8300.KR 331 Si 1000. 30.35-44-03310

69

3.1. Diodes - VoltageGo UfUrm IfdV Ifsm by t tRR CJCIData code S Type Si (V) (V) (A) (A) (ns) (ns) (pF) D Case Mo.

BY 245/120035-20-02452 SI 1200. 1.3 40. 10000. 240S0D5735-58-15801 SSiC 1580 A SI 1200. 1.1 1.55 20375. 10000. 120 56A2A35-58-16801 SSiC 1680 A Si 1200. 1.1 1.8 75. 10000. SSIC11 251120 A35-20-02462 BY 246/1200 Si 1200. 2.0 60. 10000. S0D64 241

35-35-02121 OS 2-12 A Si 1200. 1.25 3.6 203100. 10000. 56A235-27-00381 BYX 38-1200 Si 1200. 1.7 6. 50. 23010000. 00435-27-00981 BYX 98-1200 Si 1200. 1.7 10. 75. 10000. 004 23035-20-01270 BY 127 Si 1250. S0018 2361.5 1.0 40. 10000.35-20-02270 • BY 227 Si 1250. 1.33 50. 10000. S0D18 23635-20-05270 BY 527 Si 1250. 1.65 2. 50. 10000. 2500 50 S0057 240A35-20-02550 BY 255 Si 1300. 1.1 3. 100. 10000. 0013 22535-59-04801 SSiO 0480 A Si 1400. 1.1 10. 150. 10000. STUO 271A

35-60-20800 SSiC 2080 Si 1400. 1.3 20. 250. 10000. STUO 27135-16-00240 BAY 24 Si 1500. 3.0 0.080 190D35-20-03501 BY 350/1500 Si 1500. 1.5 24150. 10000. 4000 F S006435-20-02280 BY 228 Si 1500. 1.5 5. 50. 10000. 1000 S0D64 24135-60-43830 SSiC 4383 Si 1500. 1.12 35. 375. 10000. 0021 22735-60-44830 SSiC 4483 Si 1500. 1.12 35. 375. 10000. 0021R 24635-61-39830 SSif 3983 Si 1500. 1.32 65. 1000. 10000. STUDR 24535-61-38830 SSiF 3883 Si 1500. 1.32 65. 1000. STUO 24210000.

SSiC 398335-62-39830 Si 1500. 1.22 80. STUDR 2451185. 10000.SSiG 388335-62-38830 Si 1500. 1.22 80. 2421185. 10000. STUO

35-63-39830 SSiK 3983 Si 1500. 1.30 160. 4000. 10000. STUOR 24735-63-38830 SSiK 3883 Si 1500. 1.30 160. 4000. 24310000. STUO

SSil 388335-64-38830 Si 1500. 1.33 300. STUO 2747200. 10000.35-63-28830 SSiK 2883 Si 1500. 1.81 300. 4000. 10000. 150A2 20035-64-26830 SSIL 2883 Si 1500. 1.70 500. 7200. 10000. 150A2 20035-35-02161 OS 2-16 A Si 1600. 1.25 3. 100. 56A2 20310000.35-27-00961 BYX 96-1600 U Si 1600. 1.7 30. 400. 004 23010000.35-20-01840 BY 184 Si 1800. 0.005 2395. 5. 10000. S0D3435-63-24120 SSiK 24120 Si 2200. 1.58 140. 1860. 10000. STUD 24335-66-30120 SSill 30120 Si 2200. 1.41 450. 2739400. 10000. STUD35-16-00260 BAY 26 Si 3000. 3. 0.080 197O35-67-32200 SSIP 32200 Si 3600. 1.40 450. 10300. 27310000. STUO35-74-00203 TV 20-3 RC Si 8000. 0.0011 HSl 207

35-38-10100 E 10-10 Si 10000. 0.013 0.060 HS4 210

70

3.1. Diodes - VoltageGe Uf Ifav Ifsm by t

(A) (ns)UWUrnr

(V) V) (ns) 0 Case No.ElData code Si (A)s Type

HS7 21435-74-00119 TV 11 S Si 11000. 0.300

HS8 215Si 0.30035-74-00139 TV 13 S 13000.

HS6 2121000035-41-05570 GR 557 Si 14000. 20 0.010 1.5S0033 23315000. 3.5 0.0025 0.25035-20-01760 BY 176 Si

HS3 20935-38-15050 Si 15000. 0.013 0.060E 15-5

HS2 2080.06035-38-18150 Si 18000. 0.013E 18-15HS9 2180.30035-74-00182 TV 18-2 KT Si 18000.HS10 21935-74-00206 TV 20-6 KT Si 20000.

HS12 22135-74-00202 TV 20-2 MT Si 20000.

211HS5Si 20000. 0.00535-42-02005 HV 200 EP220HS110.30035-74-00209 TV 20 S Si 20000.

71

3.2. Diodes - CurrentGe UfUrrn Ifav I f sin by t

(ns)tRR

ElData code S Type (V)Si (V) (A) [Al (ns) (pF) D Case Mo.

35-74-00206 TV 20-6 KT Si 20000. HS10 21935-74-00202 TV 20-2 UT Si 20000. HS12 22135-74-00203 TV 20-3 RC Si 8000. 0.0011 HS1 20735-20-01760 BY 176 Si 15000. 3.5 0.0025 0.250 S0033 23835-42-02005 HV 200 EP Si 20000. 0.005 HS5 21135-20-01840 BY 184 Si 1800. 5. 0.005 5. 10000. S0D34 23935-41-05570 GR 557 Si 14000. 20. 0.010 1.5 10000. HS6 21235-38-10100 E 10-10 Si 10000. 0.013 0.060 HS4 21035-38-15050 E 15-5 Si 15000. 0.013 0.060 HS3 20935-38-18150 E 18-15 Si 18000. 0.013 0.060 HS2 20835-16-00240 BAY 24 Si 1500. 3.0 0.080 O 19035-16-00260 BAY 26 Si 3000. 3. 0.080 197035-74-00119 TV 11 S Si 11000. 0.300 214HS735-74-00139 TV 13 S Si 13000. 0.300 HS8 21535-74-00182 TV 18-2 KT Si 18000. 0.300 HS9 21835-74-00209 TV 20 S Si 20000. 0.300 HSll 22035-20-01420 BY 142 Si 1000. 0.95 50. 10000. SSIB06 25035-57-06800 SSiB 0680 Si 1000. 0.95 50. 10000. SSIB06 25035-34-12019 O 1201 H Si 600. 0.95 1.0 28. 10000. 1500 D041 23235-48-00104 RGP 10 O Si 200. 1.3 1. 30. 8300. 150 15 0041 23235-01-49370 IN 4937 Si 600. 1.2 1.0 30. 10000. 200 15 F 0041 23235-44-08180 KR 818 Si 1000. 1.1 1.0 30. 8300. 750 F 0041 23235-48-00109 RGP 10 M Si 1000. 1.3 1.0 30. 8300. 500 15 0041 23235-53-01400 SB 140 Si 40. 0.50 1.0 40. 8300. 110 S 0 21335-53-01600 S8 160 Si 60. 0.70 1.0 40. 8300. S 0 2138035-53-01800 S8 180 Si 80. 0.70 1.0 40. 8300. S D 21335-20-01270 BY 127 SI 1250. 1.01.5 40. 10000. 236S0D1835-20-03606 BY 360/600 Si 600. 1.0 45. 10000. 400 F 0 21635-23-00219 BYS 21-90 Si 90. 0.55 1.0 50. 10000. 232S 004135-01-40070 1M 4007 Si 1000. 1.3 1.0 50. 10000. 30000 23230 004135-57-05800 SSi8 0580 Si 1000. 1.1 1.1 50. 10000. 80A2 2054035-20-01880 BY 188 A Si 50. 1.3 1.2 40. 10000. S0018 23670035-27-00556 BYX 55-600 Si 1.25600. 1.2 40. 10000. 350 F S0018 236835-20-02452 BY 245/1200 Si 1200. 1.3 40. 10000. 240SOD5735-20-02270 * BY 227 Si 1250. 1.33 50. 10000. S0D18 236

72

3.2. Diodes - CurrentIfav tRS

(pF)Of Ifsn by t

(ns)rrT

(ns) 0 Case No.Si (V) (V) (A) (A)ElOata code S Type

56A2 203400. 50. 10000.35-57-01800 SSiB 0180 Si 1.420356A210000.35-20-02500 BY 250 S> 1000. 1.4 50.

A S0057 24030035-25-00965 Si 1000. 1.6 1.5 35. 10000.BYV 96 Er S0064 24110000. 400035-20-03501 BY 350/1500 1500. 1.5 50.Si

56A2 203120.10000. A35-58-15801 SS»C 1580 A Si 1200. 1.1 1.55 75.SSICU 25110000. 120. A1200. 1.8 75.35-58-16801 SSiC 1680 A Si 1.1S0057 24010000. 3000 ASi 200. 1.15 2.0 50.35-01-50590 IN 5059

240S0OS710000. 3000 A35-01-50600 Si 400. 1.15 2.0 50.IN 5060240S0OS710000. 3000 ASi 800. 2.0 50.35-01-50620 IN 5062 1.15240SOOS 710000. 2500 50. A2. 50.35-26-00550 Si 800. 1.658YW 55240A SOOS710000. 2500 50.1.65 2. 50.35-26-00560 8YW 56 Si 1000.

S0057 2402500 50. A50. 10000.Si 1250. 1.65 2.35-20-05270 BY 527S0064 24110000.BY 246/1200

BY 246/10

2.0 60.35-20-02462 Si 1200.S0064 24110000.2.5 80.35-20-02461 Si 1000.

241S0064300 A3. 70. 10000.35-26-00965 Si 1000. 1.5BYW 96 E226S 00201320.80. 8300.40. 0.50 3.035-53 03400 SB 340 Si22600201210. S8300.3.0 80.35-53-03600 SB 360 Si 60. 0.75223267-01200 r100. 8300.Si 600. 1.04 3.35-44-08560 MR 856223267-01300 r100. 8300.1000. 1.0 3.35-44-09180 HR 918 Si225001310000.3. 100.35-20-02550 BY 255 Si 1300. 1.1

56A2 20310000.3. 100.OS 2-16 A Si 1600. 1.2535-35-02161217S 0120. 10000.90. 0.55 3.35-23-00269 BYS 26-90 Si276S 002018300.0.75 3.0 150.35-53-03800 SB 380 Si 80.7260020150.8300.3.0 200.Si 1000. 1.235-01-54080 IN 5408204708300.3. 300.Si 400. 0.935-01-50000 IN 5000

SSIC12 25270.10000.100.Si 1000. 3.435-58-12800 SSiC 1280 1.120356A210000.100.1.25 3.635-35-02041 OS 2-04 A Si 400.20356A210000.3.6 100.DS 2-12 A Si 1200. 1.2535-35-02121

S0064 24110000. 100050.Si 1500. 1.5 5.35-20-07280 BY 228226S 00201400.8300.250.Si 40. 0.57 5.035-53-05400 SB 540226S 00201500.8300.250.Si 60. 0.70 5.035-53-05600 SB 560226S 002018300.0.70 5.0 250.Si 80.35-53-05800 SB 580

194-02 202F8300. 200350.Si 400. 5.35-44-08240 MR 824004 23010000.1200. 6. 50.8YX 38-1200 Si 1.735-27-00381004 230F20010000.100. 150.Si 1.4 6.35-01-38800 IN 3880004 230200 F10000.150.Si 400. 1.4 6.35-01-38830 IN 3883

73

3.2. Diodes - CurrentUf IfavCe Urrm Ifsm by t

(A) (ns)CjtRR

(V) (V)tlData code S Type Si (A) (ns) (pr) D Case tio.

35-44-13660 KR 1366 Si 600. 6. 150. 8300. 200 004 230F35-01-13449 IN 1344 RB SI 200. 1.2 6. 200. 10000. 004R 24435-01-39900 IN 3990 Si 1.21000. 6. 200. 10000. 004 230

35-44-07520 KR 752 SI 200. 0.9 6. 400. 8300. 194-02 202

35-47-06006 P 600 J Si 600. 0.9 6. 400, 8300. 2240

Si35-44-07560 KR 756 600. 0.9 6. 400. 8300. 194-02 202

35-47-06008 P 600 K Si 800. 0.9 6. 8300. 224400. 0

35-26-00292 BTW 29/200 Si 200. 0.85 7. 100. T0220AC 26310000. 35 F35-22-00296 BTR 29-600 1.3Si 600. 8. 60. 10000. 75 F T0220AC 263

T0220AC 26335-49-08100 RUR 810 Si 100. 0.95 8. 100. 8300. 35 40 F35-50-08100 RURD 810 Si 100. T0220AB 2640.95 8. 100. 8300. 35 40 2F35-50-08150 RURD 815 Si 150. 0.95 8. 8300. 35 T0220A8 264100. 40 2F

35-26-00512 BYW 51-200 Si 200. 0.95 T0220AB 2648. 100. 10000. 35 40 2F

35-49-08200 RUR 820 SI 200. 35 T0220AB 2641. 8. 100. 8300. 40 2F

Si35-50-08200 RURD 820 200. 8. 100. 8300. 35 40 T0220AB 2641. 2F

35-23-00249 BYS 24-90 Si 90. 0.55 8. 10000. T0220AB 264120. 2S

35-55-08450 SBS 845 T Si 45. 0.65 8. 250. 8300. 700 S T0220AC 263

35-55-08600 SBS 860 T Si 60. T0220AC 2630.75 8. 250. 8300. 500 S35-53-08800 SB 880 SI 80. 0.75 8.0 250. 8300. S T0220AC 263

35-25-00295 BYV 29/500 Si 500. 1.05 9.0 10000. T0220AC 263100. 45 F

BYX 98-120035-27-00981 Si 1200. 1.7 23010. 75. 10000. D04SSiD 0480 A35-59-04801 Si 1400. 1.1 10. 150. 10000. STUD 271AAYY 10/12035-07-10120 Ge 120. 0.7 12. 230D04

35-01-38930 IN 3893 Si 400. 10000. 200 2301.4 12. 150. F DO 4BYW 30-20035-26-00302 Si 230200. 0.85 12. 200. 10000. 35 F 004

35-44-21060 KR 2106 SI 600. 12. 200. 8300. 100 F 004 230

BYW 88-40035-26-00884 SI 230400. 1.25 12. 230. 10000. D0435-40-40100 G 4010 Si 400. 1.25 12. 230. 10000. 230004

35-26-00881 BYW 88-1000 Si 1000. 1.25 12. 230. 10000. 230D0435-44-11220 HR 1122 Si 200. 12. 300. 8300. 23000435-44-11300 HR 1130 Si 12. 300. 8300. 2301000. 004

BYW 81-20035-26-00812 Si 200. 0.85 15. 200. 10000. 35 004 230F35-23-00150 BYS 15 SI 300. 10000.45. 0.55 15. 100 S STUDR 24835-26-00322 BYW 32-200 Si 16. 10000. T0220AB 264200. 0.85 150. 35 2F

SBP 1660 T35-54-16600 16.SI 60. 0.75 250. 8300. T0220AB 264500 2S35-50-16200 RURD 1620 Si 16. 275. 8300. T03 267200. 1. 35 80 2F

74

3.2. Diodes - CurrentGe Of IfavUrrir Ifsm by t

(A) (ns)tRR

ElData code S Type Si (V) (V) (A) (ns) 0 Case Ho.

35-25-00322 BYV 32-200 SI 200. 1.15 20. 150. 10000. 35 2F T0220AB 264

35-44-13860 HR 1386 Si 600. 23320. 250. 8300. 200 F D0535-60-20800 SSIE 2080 Si STUD1400. 1.3 20. 250. 10000. 27135-27-00466 BYX 46-600 Si 600. 2.0 22. 300. 200 F 004 23010000.35-73-11020 227TRA 1102 Si 50. 25. 0021

35-73-11409 246TRA 1140 R Si 50. 25. 002 IR35-23-00289 BYS 28-90 Si 25. 2S T0218 26290. 0.55 250. 10000.35-26-00312 230BYW 31-200 Si 200. 0.85 25. 320. 10000. 50 F D04

35-44-25100 193-03 201KR 2510 Si 1000. 25. 400. 8300.

35-26-00772 10000. F 004 230BYW 77-200 Si 200. 0.85 25. 500. 50

T03 26635-55-30600 SBS 3060 H Si 30. 300. 8300. 700 S60. 0.75

35-54-30600 SBP 3060 M 8300. 700 2S T03 267Si 60. 0.75 30. 300.24635-01-34959 8300. 002IRIN 3495 R Si 400. 30. 300.1.5

0021 22735-01-34950 lil 3495 Si 30. 300. 8300.400. 1.523335-44-13960 200 F 005HR 1396 Si 600. 30. 300. 8300.227002135-44-03310 KR 331 Si 1000. 30. 300. 8300.23000435-27-00961 BYX 96-1600 U Si 1600. 30. 400. 10000.1.72301500. S 00435-23-00410 BYS 41 Si 30. 600. 10000.45. 0.55

T0220AC 2632000. S35-55-16450 SBS 1645 T Si 0.65 32. 250. 8300.45.D021R 24635-60-12400 SSiE 1240 Si 35. 375. 10000.700. 1.09D021 22735-60-11400 375. 10000.SSiE 1140 Si 700. 1.09 35.STUOR 24710000.35-60-14400 SSiE 1440 Si 700. 1.09 35. 375.STUD 27035-60-13400 SS1E 1340 Si 1.09 35. 375. 10000.700.0021R 24635-60-44830 Si 1.12 35. 375. 10000.SSiE 4483 1500.

2270021SSiE 4383 Si 375. 10000.35-60-43830 1500. 1.12 35.0021 22710000.35-60-11050 SSiE 1105 Si 75. 1.06 35. 400.D021R 24635-60-12200 SSIE 1220 Si 300. 1.09 35. 400. 10000.0021 22735-60-11200 Si 1.09 400. 10000.SSiE 1120 300. 35.

23350 F 00510000.35-26-00922 BYW 92-200 Si 200. 0.92 35. 500.F 005 2338300. 20035-44-08660 Si 600. 40. 350.KR 866

233100 F DOS35-44-51060 Si 400. 8300.HR 5106 600. 50.242STUO10000.35-61-38830 SSiF 3883 Si 1500. 1.32 65. 1000.245STUOR1000. 10000.35-61-39830 SSiF 3983 SI 1500. 1.32 65.

F 005 23310000. 20035-03-70602 70 HFLR 60 S 02 Si 600. 700.70.23310000. s D05Si 30. 1000.35-23-00753 BYS 75-30 0.64 75.233S D0510000.35-23-00755 BYS 75-50 Si 50. 0.64 75. 1000.

75

3.2. Diodes - CurrentGc Uf Ifav Ifsm by t

(ns)Urrn m (pf)ElOata code S Type (V) (V) (A) (A)Si (ns) D Case Ho.

35-62-39830 SSiG 3983 Si 1500. 1.22 80. 1185. 10000. STUDR 24535-62-38830 SSiG 3883 Si 1500. 1.22 80. 1185. STUO 24210000.35-63-24120 SSiK 24120 2200.Si 1.58 140. 1860. 10000. STUO 24335-51-43600 S 4360 Si 600. 1890.150. 10000. STUD 276

35-63-39830 SSiK 3983 Si 1500. 1.30 160. 4000. 10000. STUDR 24735-63-38830 SSiK 3883 Si 1500. 1.30 160. 4000. STUO 24310000.35-52-71250 S7 AN 125 Si 560. 1.1 175. 188

35-63-28830 SSiK 2883 Si 1500. 1.81 300. 4000. 10000. 150A2 200

35-64-38830 SSiL 3883 Si 1500. 1.33 300. 7200. STUD 27410000.35-66-30120 SS Hl 30120 Si 2200. 450. 9400. STUO 2731.41 10000.

Si35-67-32200 SSiP 32200 3600. 1.40 450. 10300. 10000. STUO 273

35-64-28830 SSiL 2883 Si 1500. 1.70 500. 7200. 10000. 150A2 200

76

3.3. Rectifier bridgesIcool ifsra Ifree

(A)Urrra Urrns

El Data code S CV) (V) (A) (A) O Case No.Type

35-82-50010 BI280 8500 C1000/700 500. 1.0 50. 0.7 B 81280 3041000.

35-83-50022 2.2 C1000 303BI 380 8500 C2200/1400 1000. 500. 50. 0.7 8

35-84-08015 81912 880 C1500/1000 1.0 B B1000 302190. 80. 1.5 50.

C100035-86-50030 C2180 B500 C3000/1800 1000. 500. 3.0 100. 1.8 B 303

C2000 30535-87-08037 C2212 880 C3700/2200 •80. 3.2 100. 2.2 B190.

C2000 30535-87-12537 C2220 8125 C3700/2200 C2340 B250 C2200/1500

125. 3.7 100. 2.2 B300.

35 88-25022 2.2 1.5 8 C2000 305600. 250. 50.

8 B1000 30235-89-25015 C2540 8250 C1500/1000 250. 1.5 34. 1.0600.

B C370035-90-08037 C3912 BSO C3700/2200 3.2 100. 2.2 307190. 80.

3.3 B C2000 30535-91-08050 E2512 880 C5000/3300 190. 80. 5.0 250.

B SOT143 12135-92-00501 0.140 4.58GX 50 A 70

1.5 B Cl 500 30835-93-25015 8250 Cl 500 400. 250. 1.6 45.

1.5 B C1500 3081.635-93-38015 8380 Cl 500 900. 380. 45.

1.2 B BY164 30925.35-94-01640 BY 164 120. 60. 1.4

1. B BY164 3095. 25.35-94-01790 BY 179 800. 280.

3102.5 B S0T11235-94-02246 BY 224/600 600. 280. 4.8 100.

6.0 8 K8PC6 311200. 140. 8.0 125.35-95-06020 KBPC 602

B KBPC66.0 311600. 420. 8.0 125.35-95-06060 KBPC 606

B KBPC10 312420. 10. 200. 10.35-95-10060 KBPC 10-06 600.

B KBPC10 312420. 25. 300. 25.35-95-25060 KBPC 25-06 600.

KBPC10 312420. 35. 400. 35. B35-95-35060 KPBC 35-06 600.

KBPC10 312400. 35. B35-95-35100 1000. 700. 35.KPBC 35-10SOT112 313100. 2.5 8600. 280. 4.835-96-04320 OF 432

314B G3120. 40. 2.0 80. 1.435-98-04014 SKB B40 C1400

DB SS16 315380. 3.9 100. 3.535-99-38039 SSi6 C08 08380/500-3.9 900.

2.0 50. 1.5 OBSS 16 B01 08500/670-2 1000. 500.35-99-50020

|

77

4. Thyristors sorted

by electrical

specifications

4.1. Thyristors - Voltagei ■ I f AV ItSH by t !?i Ih'.'dn W tq

ElData code (V) (A) (A) (ns) (A2s) (») (A) (A) (ns) O Case No.S Type (v; (A)

33-01-18421 0.150 0.008 S T048 3482N 1842 A 35 16. 10. 10000. 68. 0.2525. 115.

33-12-00200 5000. S T012BRY 20 0.5 0.0000540. 5.0 0.4

33-03-00005 80000. S T0220AB 3545P 0SM 0.010 0.01050. 5.0 80. 10000. 1.5

33-01-18431 S 1048 3480.25 0.150 0.0032N 1843 A 50. 75 16. 10. 115. 10000. 68.

S T048 34833-01-06820 100. 0.25 0.080 0.0152II 682 50. 75 25. 16. 140. 10000.

T043 24333-56-06820 0.080 0.015 SJAN 211 682 25. 16. 140. 10000. 100. 0.2550. 75

33-81-00606 0.0002 0.005 S T018 3806.TAG 06-60 60. 0.800 0.500 10000.

35210000. s T09233-01-50610 8300. 0.15 0.8 0.0002 0.005211 5061 60. 0.800 0.500 6.

S 1072 35733-12-00390 0.001 250.8RÏ 39 0.250 3. 0.570.

0.010 10000. S I0220AB 35433-74-28001 0.008S 2800 A 85. 10000. 40. 0.9100. 125 10.

35000. S T0220A3 35433-01-64010 100. 0.7 0.008 0.010211 6401 100. 125 16. 135. 10000.

S 1048 34833-01-18441 0.25 0.150 0.008211 1844 A 16. 10. 115. 10000. 68.100. 150

30000. S T092 3520.8 0.0002 0.00533-01-50640 211 5064 6. 8300. 0.15200. 0.800 0.500

10000. S T0220A3 3540.02033-40-01222 0.9 0.018C 122 81 200. 250 8. 85. 10000. 40.

S T048 34833-01-06850 0.25 0.080 0.015211 685 25. 16. 140. 10000. 100.200. 300

S T048 34333-56-06850 0.25 0.080 0.015JAN 2N 685 200. 300 25. 16. 140. 10000. 100.

S T048 3460.01533-56-06860 100. 0.25 0.080JAN 2H 686 350 16. 140. 10000.250. 25.

S 1048 3480.01533-01-06860 100. 0.25 0.080211 686 25. 16. 140. 10000.250. 350

S RD102 37933-80-06300 2.0 0.020 0.60010000.T 611 300 P0B 300. 7.6 100.

6000. S T0220A8 3540.050 0.02033-74-58003 10000. 28. 1-2S 5800 C 300. 350 5. 3.2 75.

15000. S T0220AB 3540.02028. 1.2 0.05033-74-58023 S 5802 C 3.2 10000.300. 350 5. 75.

15000. S T048 3480.080 0.07533-01-36520 5000. 165. 1.5211 3652 300. 400 35. 25. 180.

500. S T092 3520.0002 0.00533-68-01024 0.32 0.8P 0102 OA 400. 0.800 0.500 8. 10000.

36435000. S TOS33-37-01804 2.0 0.00510000.BTX 18-400 400. 1.6 1.0 10.8000. S T092 3520.000233-12-00554 BRY 55-400 400. 2. 0.8 8. 10000.

7700. S I0220AB 3540.6 0.00006 0.00833-83-01064 10000.TIC 106 0 400. 5. 3.2 30.

60000. S CS1 3690.015 0.04025. 2.033-44-01004 CS 1-04 go3 X 0709 DG

2.0 70. 10000.400. 7.

2000. S T05 3«0.0150.8 0.01033-92-07094 10000. 36.1400. 7. 4.5 80.

3642000. S T050.010 0.01536.1 0.833-81-60540 TAG 605-400 400. 7. 4.5 80. 10000.

8000. S T048 3480.0151.0 0.01533-81-01540 10000. 110.TAG 15-400 400. 15. 9.5 150.

8000. S T048 3480.0151.0 0.01533-81-02040 TAG 20-400 20. 12.6 175. 10000. 150.400.

T0220AB 354 263-03 365

0.040 S1.533-01-65070 211 6507 25. 300. 8300.400.

S3.0 0.04033-40-00354 C 35 O 35. 225. 8300.400.

0.00003 0.0017 30000. S T0202AB 3660.533-40-01064 1.77C 106 O 500 3.5 2.2 18.5 10000.400.T0202 3660.00003 0.0017 30000. S0.533-74-01064 S 106 D 2.5 17. 10000. 1.7400. 500 4.0

79

4.1. Thyristors - VoltageUdra Udsn ItRNS JfAV I tSM by t |2t W Igt Ih tq

(V) (V) (A)ElOata code S Type (A) (A) (ns) (A2s) V) (A) (A) (ns) Case No.0

1048 3482N 1849 A S33-01-18491 400. 500. 16. 10. 115. 10000. 68. 0.25 0.150 0.008

IS0-T048 37333-74-62204 S 6220 D 400. 500. 20. 170. 10000. 0.008 0.009 20000. s170. 1.1

T048 348S33-74-62104 S 6210 0 400. 500. 20. 170. 10000. 0.009 20000.170. 1.1 0.008

1S0-STU0 374S 6230 D 400. 500. 20. 20000. S33-74-62304 12.5 170. 10000. 170. 0.008 0.0091.11S0-FLAN 375S33-74-62504 S 6250 0 400. 500. 20. 12.5 170. 10000. 0.008 0.009 20000.170. 1.1IS0-PRES 37620000. s33-74-62404 S 6240 O 400. 500. 20. 12.5 170. 10000. 0.008 0.009170. 1.1

T048 348S33-01-06880 2N 688 400. 500. 25. 16. 10000. 0.25 0.080 0.015140. 100.T048 34833-56-06880 25, 16. SJAN 2N 688 400. 500. 140. 10000. 100. 0.25 0.080 0.015

T048 348S33-01-36530 2N 3653 400. 500. 35. 25. 180. 0.075 15000.5000. 165. 1.5 0.080

1S0-STUD 37815000. S33-74-86234 S 8623 0 400. 500. 75. 47. 640. 10000. 2450. 0.035 0.1001.5IS0-STU0 378S33-74-86224 S 8622 D 400. 500. 75. 0.100 15000.47. 640. 10000. 2450. 1.5 0.035

STUD 377S33-74-86134 S 8613 D 400. 500. 75. 10000. 0.100 15000.47. 640. 2450. 1.5 0.035

STUD 377S33-74-86114 S 8611 O 400. 500. 100. 63. 850. 10000. 4400. 0.100 0.100 15000.1.5ISO-STUO 378 ISO-STUD 378 1S0-PRES 376

S 8621 D 15000. s33-74-86214 400. 500. 100. 63. 850. 10000. 4400. 1.5 0.100 0.100

15000. s33-74-86204 S 8620 O 400. 500. 100. 63. 850. 10000. 4400. 1.5 0.100 0.100

20000. s33-74-64404 S 6440 D 400. 660. 35. 22. 300. 10000. 300. 1.5 0.046 0.030

ISO-FIAH 37533-74-64504 S 6450 O 400. 35. 20000. s660. 22. 300. 10000. 300. 1.5 0.046 0.030

IS0-T048 373S33-74-64204 S 6420 0 400. 660. 35. 0.030 20000.22. 300. 10000. 300. 1.5 0.046

T0203AA 34933-01-38720 2N 3872 660. 0.030 20000. S400. 35. 22. 300. 10000. 300. 1.5 0.046

T012733-33-10905 8T 109-500 R S500. 10. 50. 10000. 2.0 0.010 0.050

362T06433-33-10105 8T 101-500 R 500. S15. 55. 8300. 2.0 0.010348S T04833-81-02050 TAG 20-500 500. 20. 12.6 0.015 8000.175. 10000. 150. 1.0 0.015348S 104833-74-73105 S 7310 E 500. 0.035 2800.40. 25. 370. 10000. 700. 1.0 0.050

T0220AB 35433-74-61005 S 6100 C 0.010 35000. S500. 550. 16. 135. 10000. 100. 0.7 0.008

T0220AB 35410000. S33-74-01225 S 122 E 500. 600. 8. 0.9 0.018 0.02085. 10000. 40.

S 0IL4P33-90-06010 VCRC 601 600. 1.5364TOS33-54-00640 IIS 64 S 600. 4.0 40. 8300. 0.8 0.0002 0.0005

368S CS0633-44-00606 CS 0.6-06 go2 600. 5. 0.010 0.020 60000.1.5 60. 10000. 18. 2.0

350S T06633-81-00660 TAG 6-600 F 600. 7.5 4.8 0.005100. 10000. 50. 0.8 0.005

T048 3488000. S33-81-02060 TAG 20-600 R 600. 20. 12.6 0.015 0.015175. 10000. 150. 1.0

348S 104833-74-73106 S 7310 H 25. 0.035 2800.600. 40. 370. 10000. 700. 1.0 0.050

S T0126 35333-01-62410 2N 6241 2000.600. 650. 4.0 2.6 35. 8300. 2.6 1.0 0.0002 0.005

6000. S T0220AB 35433-74-58006 S 5800 H 3.2 0.020600. 650. 5. 75. 10000. 28. 1.2 0.050

T0220A8 35433-01-63980 211 6398 35000. S12. 10000. 65. 0.7 0.008 0.010600. 650. 105.

20000. s T08 37233-74-24006 S 2400 H 0.008 0.0094.5 3.3 170. 10000. 150. 1.1600. 700. '»15000. S T06633-01-41010 2H 4101 3.2 15. 1.2 0.008 0.010 350600. 700. 5.0 50. 10000.

80

4.1. Thyristors - Voltage1 f AV ItSH by t 121 Igt IhUdrn Udsm I tP.MS Ugt

<ns) 0(A)(A) (A2s) (V) (A) CaseElOata code (V) (V) (A) (A) (ns) Ho.S Type

15000. S T05 36433-74-26006 0.65 0.006 0.009S 2600 H 7.0 4.5 85. 10000. 40.600. 700

S 103 35133-01-41030 1.5 0.020 0.0252N 4103 8. 170. 10000. 170.600. 700 12.5

20000. S IS0-PRES 3760.00933-74-62406 170. 1.1 0.008S 6240 M 600. 700 20. 12.5 170. 10000.

20000. S T048 3481.1 0.025 0.02033-74-64936 35. 900. 10000. 2000.S 6493 M 600. 700

20000. S 1S0-T048 3730.030300. 1.1 0.02533-74-64206 S 6420 H 35. 22. 300. 10000.600. 700

0.030 20000. S T048 3481.1 0.02533-74-64116 35. 300. 10000. 300.S 6411 H 600. 700 22.

20000. S T048 3481.1 0.025 0.03033-01-38990 300. 10000. 300.2H 3899 600. 700 35. 22.

1S0-PRES 3760.030 20000. S1.1 0.02533 74-64406 22. 300. 10000. 300.S 6440 H 600. 700 35.34815000. S T0481.5 0.080 0.0755000. 165.33-74-74306 S 7430 H 35. 25. 180.600. 700

37715000. S STUO1.5 0.035 0.10010000. 2450.33-74-86136 S 8613 M 700 47. 640.600. 75.37715000. S STUO1.5 0.100 0.1004400.33-74-86116 63. 850. 10000.S 8611 M 600. 700 100.348S T0480.0201.1 0.02533-74-64316 900. 10000.S 6431 H 600. 720 35.348S T0480.0201.1 0.025900. 10000.33-06-40216 40216 600. 720 35.

15000. S 1048 3480.0750.0805000. 165. 1.533-06-40735 40735 720 35. 25. 180.600.

50000. S T022QA8 3540.025 0.08045. 2.095. 10000.33-16-10467 BStC 1046 H 700. 9.4 6.0

50000. S T0220AB 3540.025 0.080130. 2.033-18-10467 150. 10000.8StO 1046 M 16. 10.700.

2400. S T066 35020. 1.8 0.0153.2 65. 10000.33-74-37037 S 3703 SF 800 5.0750.3672400. SO T0220AS1.8 0.01570. 10000. 30.33-74-39007 8.0 5.0S 3900 SF 750. 800

354S T0220AB0.00006 0.008 7700.0.610000.33-83-01068 3.2 30.TIC 106 N 800. 5.T0220A8 354100000. s0.01032. 2.0 0.000280. 10000.33-74-08028 8. 5.1S 0802 NH 800.

T0220AB 35450000. s0.0802.0 0.02510000. 45.33-16-10537 6. 95.BStC 1053 M 800. 9.435411000. s T0220AB0.0400.8 0.00510000.12. 7.5 100.33-83-01268 TIC 126 N 800.

T0220AB 354S0.1002.0 0.02510000. 128.33-74-16128 160.S 1612 NH 800. 16. 10.T0220AB 354S1.5 0.0408300.300.33-01-65090 2N 6509 800. 25.

365S 263-030.0403.08300.33-40-00358 35. 225.C 35 H 800.

20000. S T0203AA 3490.0300.02510000. 300. 1.133-74-64008 35. 22. 300.S 6400 II 800. 90050000. S T0220AB 3540.0800.02085. 2.0130. 10000.33-18-16801 BStO 1680 N 1200. 12. 7.560000. S STUO-HS 3700.030 0.040310. 2.510000.16. 250.33-44-08012 CS 8-12 1o2 1200. 25.

STUO-N7 37160000. S0.1000.050800. 2.5400. 10000.33-44-23016 CS 23-16 io2 50. 25.1600.S 01N41892 3580.200 150000.0.2001800. 1.510000.32. 600.33-20-35110 BStr 35110 1650. 50.

01H41892 359150000. S0.2500.20011250. 1.51700. 10000.33-22-35110 135. 85.BStll 35110 1650.DIN41893 360S0.250 200000.0.2501.52900. 10000. 42000.150.33-24-35110 BStl 35110 1650. 235.

S 01N41893 361200000.0.250 0.2501.56160. 10000. 190000.280.33-26-35110 BStll 35110 440.1650.DlN41893 361200000. s0.2500.25010000. 600000. 1.510950.33-27-35110 550. 350.BStP 35110 1650.

81

4.2. Thyristors - CurrentUdrn Udsm ItRMS IfAV ItSM by t

(A) (ns)I2t Ugt

(A2s) (V)Igt lh taflOata code S Type (VI (V) (A) (A) (A) (A) (ns) D Case No.

33-12-00390 BRY 39 70. 0.250 3. 250. S T072 3570.5 0.00133-81-00606 TAG 06-60 60. 0.600 0.500 6. 10000. 3600.0002 0.005 S roie33-01-50610 211 5061 60. 0.800 0.500 6. 8300. 3520.15 0.8 10000. S T0920.0002 0.00533-01-50640 2N 5064 200. 0.800 0.500 6. 8300. S T092 3520.15 0.8 0.0002 0.005 30000.33-68-01024 P 0102 DA 400. 0.800 0.500 8. 10000. T092 3520.32 0.8 0.0002 0.005 500. S33-90-06010 VCRC 601 600. 1.5 S 01L4P33-37-01804 BIX 18-400 400. 1.6 1.0 10. 36410000. 35000. S T052.0 0.00533-12-00554 BRY 55-400 400. 2. 0.8 8. 10000. T092 3520.0002 8000. s33-40-01064 C 106 D 400. 500 3.5 2.2 18.5 10000. T0202AB 3661.77 0.5 0.00003 0.0017 30000. s33-54-00640 HS 64 S 600. 4.0 36440. 8300. 1050.8 0.0002 0.000533-74-01064 S 106 D 400. 500 4.0 2.5 36617. 10000. s 102021.7 0.5 0.00003 0.0017 30000.

33-01-62410 211 6241 600. 650 4.0 2.6 35. 3538300. 2.6 S 101261.0 0.0002 0.005 2000.

33-74-24006 S 2400 H 600. 700 4.5 3.3 170. 37210000. S 108150. 1.1 0.008 0.009 20000.

33-03-00005 5P 05H 50. 5.0 35480. 10000. S T0220AB1.5 0.010 0.010 80000.

33-12-00200 BRY 20 40. 5.0 0.5 T0120.4 0.00005 5000. s33-44-00606 CS 0.6-06 go2

TIC 106 D

600. 5. 1.5 60. 36810000. 18. 2.0 0.010 60000. s CS060.020

33-83-01064 400. 5. 3.2 30. 35410000. S 10220AB0.6 0.00006 0.008 7700.

33-83-01068 TIC 106 II 800. 5. 3.2 30. 35410000. T0220AB0.6 0.00006 0.008 7700. S

33-01-41010 211 4101 600. 700 5.0 3.2 35050. 10000. T06615. 1.2 0.008 0.010 15000. s33-74-37037 S 3703 sr 750. 800 5.0 3.2 65. 10000. T066 35020. 1.8 0.015 2400. S

33-74-58003 S 5800 C ,300. 350 5. 3.2 75. 10000. S T0220AB 35428. 1.2 0.050 0.020 6000.S 5802 C33-74-58023 300. 350 5. 3.2 35475. 10000. S T0220A828. 1.2 0.050 0.020 15000.

33-74-58006 S 5800 H 600. 650 5. 3.2 75. 6000. S T0220AB 35410000. 28. 1.2 0.050 0.020CS 1-04 go3 TAG 605-400

33-44-01004 400. 7. 2.0 36970. 10000. 60000. S CS125. 2.0 0.015 0.04033-81-60540 400. 7. 4.5 80. 36410000. 36.1 0.8 0.010 0.015 2000. S T05

33-92-07094 X 0709 OG 400. 7. 4.5 80. 10000. 36436.1 0.8 0.010 0.015 2000. S T05

33-74-26006 S 2600 H 600. 700 7.0 4.5 85. 10000. 15000. S T05 36440. 0.65 0.006 0.00933-81-00660 TAG 6-600 r 600. 7.5 4.8 100. S T066 35010000. 50. 0.8 0.005 0.00533-80-06300 T 611 300 P0B 300. 7.6 S R0102 379100. 10000. 2.0 0.020 0.60033-40-01222 C 122 BI 200. 250 8. 85. 10000. S T0220AB 35410000. 40. 0.9 0.018 0.02033-74-01725 S 122 l 500. 600 8. 10000. S T0220AB 35485. 10000. 40. 0.9 0.018 0.02033-74-39007 S 3900 sr 750. 800 8.0 5.0 70. 10000. 2400. SD T0220AB 36730. 1.8 0.01533-74-08028 S 0802 NH 800. 8. 5.1 80. 100000. S T0220AB 35410000. 32. 2.0 0.0002 0.01033-16-10467 BStC 1046 M 700. 9.4 6.0 95. 50000. S T0220AB 35410000. 45. 2.0 0.025 0.080

33-16-10537 BStC 1053 H 800. 9.4 6. 95. 10000. 50000. S T0220AB 35445. 2.0 0.025 0.080

82

4.2. Thyristors - CurrentItRHS IfAV ItSH by tUdrn Udsm I2t Igt IhUgt cl?ElOata code S Type (V) (V) (A) (A) (A) (A) (A)(ns) (A2s) (V) D Case No.

33-33-10905 BT 109-500 R 500. 10. 2.0 0.050 S 1012750. 10000. 0.010

33-74-28001 S 2800 A 100. 125 10. 10000. 0.008 0.010 10000. S I0220AB 35485. 40. 0.933-01-63980 211 6398 600. 650 12. 105. 10000. 65. 0.7 0.008 0.010 35000. S T0220AB 354

33-83-01268 TIC 126 N 0.040 11000. S T0220AB 354800. 12. 7.5 100. 10000. 0.8 0.005

33-18-16801

33-01-41030

BStD 1680 N 0.030 50000. S TO220AB 3541200. 12. 7.5 130. 10000. 85. 2.0 0.020

2N 4103 0.025 S T03 351600. 700 12.5 8. 170. 10000. 170. 1.5 0.020

33-33-10105 S T064 362BT 101-500 R 500. 2.0 0.01015. 55. 8300.

33-81-01540 TAG 15-400 3000. S T048 343400. 15. 9.5 150. 10000. 110. 1.0 0.015 0.015

33-01-64010 3542N 6401 0.008 0.010 35000. S T0220A8100. 125 16. 135. 10000. 100. 0.7

33-74-61005 354S 6100 E 0.010 35000. S T0220A8500. 550 16. 135. 10000. 100. 0.7 0.008

33-01-18421 S T048 343211 1842 A 68. 0.00825. 35 16. 10. 115. 10000. 0.25 0.150

33-01-18431 S T048 3482M 1843 A 68. 0.25 0.150 0.00850. 75 16. 10. 115. 10000.

33-01-18441 S 1048 118211 1844 A 0.150 0.008100. 16. 10. 10000. 68. 0.25150 115.

33-01-18491 S 1048 348211 1849 A 0.25 0.150 0.008400. 500 16. 10. 115. 10000. 68.

33-18-10467 50000. S 10220A3 3540.080BStO 1046 M 700. 16. 150. 10000. 130. 2.0 0.02510,

33-74-16128 S T0220A3 354S 1612 101 2.0 0.025 0.100800. 16. 10. 160. 10000. 128.

34833-74-62104 20000. S T048S 6210 O 0.008 0.005400. 500 20. 170. 10000. 170. 1.1

IS0-T048 37333-74-62204 20000. S0.008 0.009S 6220 O 400. 500 20. 170. 10000. 170. 1.1

20000. S ISO-STUO 37433-74-62304 0.008 0.009S 6230 O 20. 10000. 170. 1.1400. 500 12.5 170.

20000. S 1SO-FIAN 37533-74-62504 0.009S 6250 D 10000. 170. 0.008400. 500 20. 12.5 170. 1.1ISO-PRES 37633-74-62404 0.009 20000. SS 6240 D 0.008400. 20. 12.5 170. 10000. 170. 1.1500

20000. S ISO-PRES 37633-74-62406 0.009S 6240 H 10000. 170. 1.1 0.008600. 700 20. 12.5 170.

8000. S T048 34833-81-02040 1.0 0.015 0.015TAG 20-400 400. 20. 12.6 10000. 150.175.8000. S 1048 34333-81-02050 1.0 0.015 0.015TAG 20-500 20. 175. 10000. 150.500. 12.6

3488000. S T04833-81-02060 0.015 0.015TAG 20-600 R 600. 12.6 175. 10000. 150. 1.020.

S T0220A8 35433-01-65070 0.040211 6507 300. 8300. 1.5400. 25.

S T0220A8 35433-01-65090 0.0402» 6509 8300. 1.5800. 25. 300.

S T048 3480.01533-56-06820 0.25 0.080JAII 2N 682 50. 75 25. 16. 140. 10000. 100.

348S 104833-01-06820 0.080 0.0152N 682 16. 100. 0.2550. 75 25. 140. 10000.

S T048 3480.01533-01-06850 0.25 0.0802H 685 200. 300 25. 16. 140. 10000. 100.

348S T04833-56-06850 0.25 0.080 0.015JAN 211 685 10000. 100.200. 300 25. 16. 140.

3480.015 S 104833-01-06860 0.25 0.0802H 686 250. 350 25. 16. 140. 10000. 100.

348S T0480.080 0.01533-56-06860 JAN 211 686 100. 0.25250. 350 25. 16. 140. 10000.

3480.01S s 104833-56-06880 0.25 0.080JAN 211 688 400. 25. 16. 140. 10000. 100.500

s T048 3480.01533-01-06880 16. 0.25 0.0802N 688 400. 500 25. 140. 10000. 100.

STU0-H5 3700.040 60000. S33-44-08012 2.5 0.030CS 8-12 io2 1200. 25. 16. 250. 10000. 310.

83

4.2. Thyristors - CurrentUdrtn Udsm ItRHS IfAV ItSM by t I2t Ugt

(A?s) (V)Ih tq

ElData code S Type (V) (V) (A) (A) (A) (ns) (ns) D(A) (A) Case HO.

33-40-00354 C 35 D 400. 35. 263-03 365225. 8300. S3.0 0.040

33-40-00358 C 35 N 263-03 365800. 35. 225. S8300. 3.0 0.040

2000Ó.33-74-64936 S 6493 H 600. 700. 35. T048 348900. 10000. S2000. 1.1 0.025 0.020

T048 34833-06-40216 40216 600. 720. 35. 900. 10000. s1.1 0.025 0.020

T048 34833-74-64316 S 6431 H 600. 720. 35. S900. 10000. 0.0201.1 0.025

33-74-64404 ISO-PRES 376S 6440 D 400. 660. 35. S22. 300. 10000. 0.030 20000.300. 1.5 0.046

33-74-64204 S 6420 D IS0-T048 373400. 660. 35. 22. S300. 10000. 300. 0.046 0.030 20000.1.533-74-64504 IS0-FLAN 375S 6450 O 400. 660. 35. 22. 300. 20000. s10000. 300. 0.046 0.0301.5

33-01-38720 T0203AA 3492N 3872 660. 35.400. 22. 300. 10000. 300. 0.030 20000. s1.5 0.046

ISO-PRES 37633-74-64406 S 6440 M 600. 700. 35. 22. 300. 20000. S10000. 300. 1.1 0.025 0.030

33-01-38990 2N 3899 T048 348600. 700. 35. 22. 300. 20000. S10000. 300. 0.025 0.0301.1

IS0-T048 37333-74-64206 S 6420 H 600. 700. 35. 22. 10000. 300. 20000. s300. 1.1 0.025 0.030

33-74-64116 S 6411 H 600. T048 348700. 35. 22. 300. 20000. s10000. 300. 0.025 0.0301.170203AA 34933-74-64008 S 6400 N 800. 35.900. 22. 300. 300. 0.030 20000. s10000. 1.1 0.025

33-01-36520 2N 3652 T048 348300. 400. 35. S25. 180. 5000. 165. 0.080 0.075 15000.1.5

2N 3653 T048 34833-01-36530 400. 500. 35. 25. 180. 15000. S5000. 165. 1.5 0.080 0.075

33-74-74306 S 7430 M 600. T048 348700. 35. S25. 180. 5000. 165. 0.080 0.075 15000.1.533-06-40735 40735 T048 348600. 720. 35. S25. 180. 5000. 165. 1.5 0.080 0.075 15000.

33-74-73105 S 7310 E T048 348500. 40. 25. 370. 10000. 0.035 2800. S700. 1.0 0.050

S 7310 H T048 34833-74-73106 600. 40. 25. 370. 2800. S10000. 700. 1.0 0.050 0.035

33-44-23016 CS 23-16 lo2 STUD-H7 3711600. 50. 25. 400. 60000. S10000. 800. 2.5 0.050 0.100

33-20-35110 BStF 35110 DIN41892-3581650. 50. 32. 600. 10000. 1800. 0.200 0.200 150000. S1.533-74-86224 S 8622 O ISO-STUD 378

ISO-STUO 378

400. 500. 75. 640. 10000. 2450. 15000. S47. 1.5 0.035 0.100S 8623 D33-74-86234 400. 500. 75. 15000. S47. 640. 10000. 2450. 0.035 0.1001.5

33-74-86134 S 8613 D STUD 377400. 500. 75. 640. 10000. 2450. 0.035 0.100 15000. S47. 1.533-74-86136 S 8613 M 600. STUO 377700. 75. 15000. S47. 640. 10000. 2450. 1.5 0.035 0.10033-74-86214 S 8621 O ISO-STUO 378400. 500. 100. 63. 850. 10000. 4400. 15000. S1.5 0.100 0.10033-74-86114 S 8611 D STUO 377400. 500. 15000. S100. 63. 850. 10000. 4400. 0.100 0.1001.533-74-86204 S 8620 0 ISO-STUD 378400. 500. 100. 63. 15000. S850. 10000. 4400. 1.5 0.100 0.10033-74-86116 S 8611 N 600. STUO 377700. 100. 63. 850. 10000. 4400. 1.5 0.100 0.100 15000. S

BStH 3511033-22-35110 1650. 135. 150000. S DIN41892 35985. 1700. 10000. 11250. 0.200 0.2501.533-24-35110 8Stl 35110 1650. 01N41893 360235. 150. 2900. 200000. S10000. 42000. 1.5 0.250 0.25033-26-35110 BStN 35110 1650. 440. 280. 6160. 200000. S 01M41893 36110000. 190000. 0.250 0.2501.533-27-35110 BStP 35110 1650. 200000. S 01N41893 361550. 350. 10950. 10000. 600000. 1.5 0.250 0.250

84

4.3. Thyristors - Gate currentUdrm Udsm ItRHS IfAV ItSH by t igtI2t Ugt Ih tq

ElData code S Type (v) (V) (A) (A) (A) (ns) (V) (A) (A)(A2s) (ns) Case No.

33-90-06010 VCRC 601 600. S DI14P1.5

33-40-01064 C 106 0 400. 500 3.5 2.2 0.00003 0.0017 30000. S T0202AB 36618.5 10000. 1.77 0.5

33-74-01064 S 106 D 400. 500 4.0 2.5 10000. 0.00003 0.0017 30000. S T0202 36617. 1.7 0.5

33-12-00200 BRY 20 0.00005 5000. S T01240. 5.0 0.5 0.4

33-83-01064 TIC 106 0 400. 0.00006 0.008 7700. S T0220AB 3545. 3.2 30. 10000. 0.6

33-83-01068 TIC 106 N 800. 0.00006 0.008 7700. S T0220AB 3545. 3.2 30. 10000. 0.6

33-81-00606 TAG 06-60 38060. 0.800 0.500 6. 10000. 0.0002 0.005 s T018

33-12-00554 BRY 55-400 8000. s T092 352400. 2. 0.8 8. 10000. 0.0002

33-01-50610 2N 5061 0.005 10000. S T092 35260. 0.800 0.500 6. 8300. 0.15 0.8 0.0002

33-01-50640 T092 3522N 5064 8300. 0.8 0.0002 0.005 30000. S200. 0.800 0.500 6. 0.15

33-68-01024 500. S T092 352P 0102 DA 0.800 0.500 8. 10000. 0.32 0.8 0.0002 0.005400.

33-54-00640 364HS 64 S 0.0005 T05600. 4.0 40. 8300. 0.8 0.0002

33-01 62410 2000. S T0126 3532N 6241 2.6 35. 8300. 2.6 1.0 0.0002 0.005600. 650 4.0

33-74-08028 100000. S T0220A8 354S 0802 NH 800. 8. 80. 10000. 32. 2.0 0.0002 0.0105.1

35733-12-00390 250. S T072BRY 39 0.5 0.00170. 0.250 3.

33-81-00660 T066 3500.005 sTAG 6-600 F 600. 7.5 4.8 100. 10000. 50. 0.8 0.005

33-83-01268 3540.040 11000. S T0220ABTIC 126 11 10000. 0.8 0.005800. 12. 7.5 100.

33-37-01804 35000. S T05 364BTX 18-400 2.0 0.005400. 1.6 1.0 10. 10000.

33-74-26006 15000. S T05 364S 2600 H 0.65 0.006 0.009600. 700 7.0 85. 10000. 40.4.5

33-01-64010 35000. S T0220AB 3540.008 0.010211 6401 100. 125 16. 135. 10000. 100. 0.7

35433-74-61005 35000. S T0220A8S 6100 E 10000. 100. 0.7 0.008 0.010500. 550 16. 135.35433-01-63980 35000. S T0220A82N 6398 65. 0.7 0.008 0.010600. 650 12. 105. 10000.

33-74-28001 10000. S T0220A8 3540.008 0.010S 2800 A 100. 125 85. 10000. 40. 0.910.

20000. S T048 34833-74-62104 0.009S 6210 0 10000. 170. 0.008400. 500 20. 170. 1.1

20000. S IS0-T048 37333-74-62204 0.009S 6220 0 10000. 170. 0.008400. 500 20. 170. 1.1

1SO-FLAN 37533-74-62504 20000. S0.008 0.009S 6250 0 400. 500 12.5 170. 10000. 170. 1.120.

20000. S IS0-PRES 37633-74-62404 0.008 0.009S 6240 0 10000. 170.400. 500 20. 12.5 170. 1.1ISO-STUD 37433-74-62304 0.009 20000. SS 6230 D 170. 0.008400. 500 20. - 12.5 170. 10000. 1.1

20000. S T08 37233-74-24006 0.008 0.009S 2400 H 3.3 170. 10000. 150. 1.1600. 700 4.5

ISO-PRES 3760.009 20000. S33-74-62406 0.008S 6240 M 600. 20. 12.5 170. 10000. 170. 1.1700

15000. S T066 35033-01-41010 0.008 0.0102N 4101 3.2 10000. 1.2600. 700 5.0 50. 15.

T05 3640.015 2000. S33-81-60540 0.8 0.010TAG 605-400 400. 4.5 80. 10000. 36.17.

2000. S 3640.010 0.015 T0533-92-07094 80. 36.1 0.8X 0709 OG 400. 4.5 10000.7.

0.010 80000. S T0220AB 35433-03-00005 0.0105P 05M 80. 10000. 1.550. 5.0

S T01272.0 0.010 0.05033-33-10905 50. 10000.BT 109-500 R 500. 10.

85

4.3. Thyristors - Gate currentUdrtn Udsm ItRHS IfAV ItSH by t I2t Ihligt igt tq

(V) (V)ElData code S Type (A) (A) (A) (A) (ns) Case Ho.(ns) (A2s) (V) (A) 0

36233-33-10106 BT 101-500 R 500. 15. S T06455. 8300. 0.0102.0

36833-44-00606 CS 0.6-06 go2 TAG 15-400

CS06600. 5. 60000. s1.5 60. 10000. 2.0 0.010 0.02018.

34833-81-01540 S T048400. 15. 9.5 10000. 0.015 8000.150. 110. 1.0 0.015318T04833-81-02040 TAG 20-400 400. 20. 12.6 8000. s175. 10000. 150. 0.015 0.0151.0348T04833-81-02050 TAG 20-500 500. 20. 8000. s12.6 175. 10000. 1.0 0.015 0.015150.31833-81-02060 TAG 20-600 R 600. S T04820. 12.6 8000.175. 10000. 150. 1.0 0.015 0.015350T06633-74-37037 S 3703 SF 750. 800 5.0 2400. S3.2 65. 10000. 20. 1.8 0.015

T0220AB 36733-74-39007 S 3900 sr 750. 800 8.0 2400. SD5.0 70. 10000. 30. 1.8 0.01536933-44-01004 CS 1-04 go3

C 122 BI

S CS1400. 7. 2.0 0.040 60000.70. 10000. 25. 2.0 0.015T0220AB 35433-40-01222 200. 10000. S250 8. 85. 0.02010000. 40. 0.9 0.018

T0220AB 354S 122 E S33-74-01225 500. 600 8. 10000.85. 10000. 40. 0.9 0.018 0.020

351T0333-01-41030 2N 4103 600. 12.5 S700 8. 170. 10000. 0.020 0.025170. 1.5RD102 37933-80-06300 T 6N 300 ROB 300. S7.6 100. 10000. 2.0 0.020 0.600

T0220AB 35433-18-16801 8StO 1680 N 1200. 12. 50000. S7.5 130. 10000. 85. 2.0 0.020 0.080

348T04833-74-64936 S 6493 M 600. 20000. S700 35. 900. 0.025 0.02010000. 2000. 1.1

ISO-PRES 376 T048 348 T048 348 IS0-T048 373

S33-74-64406 S 6440 H 600. 700 35. 22. 0.030 20000.300. 10000. 300. 1.1 0.025

33-74-64116 S 6411 H 600. 700 35. 20000. S22. 300. 10000. 300. 0.025 0.0301.1

33-01-38990 2N 3899 600. S700 35. 22. 300. 10000. 0.030 20000.300. 1.1 0.025

33-74-64206 S 6420 H 600. 35. 20000. s700 22. 300. 10000. 300. 0.025 0.0301.1

T048 34833-74-64316 S 6431 600. S720 35. 0.020900. 10000. 0.0251.1T048 34833-06-40216 40216 600. 720 S35. 900. 10000. 0.025 0.0201.1T0203AA 34933-74-64008 S 6400 N 800. S900 35. 22. 300. 10000. 0.025 0.030 20000.300. 1.1T0220AB 35433-16-10467 BStC 1046 H 700. S9.4 6.0 95. 0.025 0.080 50000.10000. 45. 2.0

T0220AB 35433-18-10467 BStO 1046 700. 16. 50000. S10. 150. 10000. 130. 2.0 0.025 0.080

T0220AB 35433-16-10537 BStC 1053 H 800. S9.4 6. 95. 0.025 0.080 50000.10000. 45. 2.0

T0220AB 35433-74-16128 S 1612 NH 800. S16. 10. 160. 10000. 128. 2.0 0.025 0.100

STUD-H5 37033-44-08012 CS 8-12 io2 1200. S25. 16. 0.030 0.040 60000.250. 10000. 310. 2.5

STUO 377S 8613 D33-74-86134 400. 15000. S500 75. 47. 640. 10000. 2450. 1.5 0.035 0.100

ISO-STUO 378 ISO-STUO 378

33-74-86224 S 8622 D S400. 500 75. 47. 0.035 0.100 15000.640. 10000. 2450. 1.533-74-86234 S 8623 D S400. 15000.500 75. 47. 640. 10000. 2450. 1.5 0.035 0.100

STUD 37733-74-86136 S 8613 H S600. 700 75. 47. 0.035 0.100 15000.640. 10000. 2450. 1.5T0220AB 35433-01-65070 S2N 6507 400. 25. 300. 8300. 1.5 0.040

33-01-65090 T0220AB 3542N 6509 S800. 25. 300. 8300. 1.5 0.040

263-03 36S33-40-00354 C 35 O S400. 35. 3.0225. 8300. 0.040

263-03 36533-40-00358 C 35 N S800. 35. 225. 8300. 3.0 0.040

ISO-PRES 37633-74-64404 S 6440 O 20000. S400. 660 35. 22. 0.030300. 10000. 300. 1.5 0.046

86

4.3. Thyristors - Gate currentUdrm Udsm ItRHS IfAV ItSH by t I2t w IhUgt clElOata code S Type (V) (V) (A) (A) (A) (ns) (A2s) (V) (A) (A) Case No.0

33-01-38720 2N 3872 20000. S400. 660. 35. 22. 300. 10000. 300. 1.5 0.046 0.030 T0203AA 349

33-74-64204 S 6420 0 0.030 20000. 5 1S0-TO48 373400. 660. 35. 22. 300. 10000. 300. 1.5 0.046

33-74-64504 S 6450 D 0.030 20000. S ISO-FIAN 375400. 660. 35. 22. 300. 10000. 300. 1.5 0.046

33-74-73105 S 7310 E 0.035 2800. S T048 348500. 25. 10000. 700. 1.0 0.05040. 370.

33-74-73106 S 7310 H 0.050 0.035 2800. S T048 348600. 40. 25. 370. 10000. 700. 1.0

33-74-58023 S 5802 C 300. 0.050 0.020 15000. S T0220AB 354350. 5. 3.2 75. 10000. 28. 1.2

33-74-58003 S 5800 C S T0220A8 354300. 350. 28. 0.050 0.020 6000.5. 3.2 75. 10000. 1.2

33-74-58006 S 5800 H 0.020 6000. S T0220A8 354600. 650. 3.2 10000. 28. 1.2 0.0505. 75.

33-44-23016 60000. S STUO-H7 371CS 23-16 lo2 1600. 800. 2.5 0.050 0.10050. 25. 400. 10000.

33-01-06820 3482N 682 0.015 S T04850. 75. 16. 10000. 100. 0.25 0.08025. 140.

33-56-06820 0.015 S T048 346JAN 2N 682 16. 100. 0.25 0.08050. 75. 25. 140. 10000.

34833-56-06850 S T048JAN 2H 685 100. 0.25 0.080 0.015200. 300. 25. 16. 140. 10000.

33-01-06850 S T048 3480.0152N 685 300. 10000. 100. 0.25 0.080200. 25. 16. 140.

T048 34833-01-06860 0.080 0.015 S2N 686 350. 10000. 100. 0.25250. 25. 16. 140.

T048 34833-56-06860 0.015 SJAN 2N 686 100. 0.25 0.080250. 350. 25. 16. 140. 10000.

s 34833-56-06880 1048JAN 2M 688 10000. 100. 0.25 0.080 0.015400. 500. 25. 16. 140.

T048 34833-01-0G880 0.015 S2N 688 100. 0.25 0.080400. 500. 25. 16. 140. 10000.

34833-01-36520 15000. S T0480.080 0.0752N 3652 300. 35. 25. 180. 5000. 165. 1.5400.

34815000. S T04833-01-36530 0.080 0.0752N 3653 180. 5000. 165. 1.5400. 500. 35. 25.

15000. S T048 3480.07533-74-74306 165. 0.080S 7430 M 600. 700. 35. 25. 180. 5000. 1.5

15000. S T048 34833-06-40735 165. 0.080 0.07540735 35. 25. 180. 5000. 1.5600. 720.

15000. S 1SO-STUO 37833-74-86204 0.100S 8620 0 10000. 4400. 1.5 0.100400. 500. 100. 63. 850.

15000. S STUO 3770.10033-74-86114 S 8611 O 4400. 1.5 0.100400. 500. 100. 63. 850. 10000.

15000. S ISO-STUQ 37833-74-86214 0.100 0.100S 8621 O 10000. 4400. 1.5400. 500. 100. 63. 850.

15000. S STUO 3770.10033-74-86116 4400. 1.5 0.100S 8611 M 600. 700. 100. 63. 850. 10000.

S T048 3480.00833-01-18421 0.25 0.1502N 1842 A 10000. 68.25. 35. 16. 10. 115.S T048 3480.150 0.00833-01-18431 68. 0.252N 1843 A 50. 75. 16. 10. 115. 10000.S T048 3480.150 0.00833-01-18-141 0.252N 1844 A 100. 150. 16. 10. 115. 10000.S T048 3480.150 0.00833-01-18491 68. 0.252N 1849 A 16. 10. 115. 10000.400. 500.

150000. S D1N41892 3580.2001.5 0.20033-20-35110 BStF 35110 600. 10000. 1800.1650. 50. 32.

150000. S 01N41892 3590.2500.20033-22-35110 10000. 11250. 1.5BStH 35110 1650. 135. 85. 1700.01N41893 360200000. S0.250 0.2501.533-24-35110 BStl 35110 235. 150. 2900. 10000. 42000.1650.

200000. S D1N41893 3610.2500.25033-26-35110 280. 190000. 1.5BStN 35110 1650. 440. 6160. 10000.01N41693 361200000. S0.250 0.2501.533-27-35110 BStP 35110 350. 10950. 10000. 600000.1650. 550.

87

5. Triacs sorted

by electrical

specifications

5.1. Triacs - VoltageItRHS ItSH by tUdrm I2t Ugt Igt Ih (-1ElData code S (V) (A) (A) (ns) (V) (A) (A)Type (Ms) 0 Case Ho.

34-78-23021 T 2302 A 0.0035 0.007 1800. T TOS100. 2.5 21. 10000. 4.3 1.0 401

34-78-23221 T 2322 A 100. 0.010 0.015 1800. T T0202AB 4052.5 23.5 10000. 3.4 1.0

34-01-63460 2N 6346 0.006200. 12. 113. 10000. 64. 0.9 0.006 1500. T T0220A8 402

34-78-64012 T 6401 8 0.025 1700. I T0203AA 400200. 30. 265. 10000. 500. 1.35 0.015

34-78-64262 T 6426 8 200. 40. 265. 10000. 500. 1.35 0.015 0.025 1700. TZ IS0-T048 405

34-78-64142 T 6414 B 200. 600. 1250. 270. 2.0 0.020 0.030 1600. T T048 40440.

34-78-84112 0.040 1200. STU0T 8411 8 200. 60. 600. 10000. 2700. 1.35 0.020 T 411

1S0-STUD 41234-78-84502 T 8450 B 10000. 3600. 1.35 0.020 0.020 1200. T200. 80. 720.

T092 41534-94-01054 Z 0105 OA 0.32 2.0 0.005 0.010 2500. T400. 1.0 8. 10000.

34-78-23004 0.007 1800. T T05 401T 2300 O 400. 2.5 21. 10000. 4.3 1.0 0.001

40134-01-57560 2N 5756 0.9 0.005 0.006 1800. T T05400. 2.5 21. 10000. 4.3

34-78-23064 0.015 1800. TZ T05 401T 2306 D 10000. 4.3 1.5 0.045400. 2.5 21.

40634-78-23204 0.003 0.015 1800. T T0202ABT 2320 O 400. 2.8 23.5 10000. 3.4 1.0

34-78-28064 0.015 1600. TZ T0220AB 402T 2806 0 400. 85. 10000. 1.5 0.0458. 55.

ISO-T0220AB 40334-78-28564 10000. 0.045 0.015 1600. TZT 2856 D 400. 8. 85. 55. 1.5

0.015 1600. T T048 4040.01034-64-41214 HT 4121 O non-iso 400. 10. 85. 10000. 55. 1.0

IS0-TO48 4050.015 1600. T34-78-41214 10000. 1.0 0.010T 4121 0 400. 10. 85. 55.

0.015 1600. TZ T048 40434-78-41174 1.5 0.045T 4117 D 400. 10. 85. 10000. 55.

IS0-T048 4050.050 T34-76-02454 SC 245 D 2 400. 90. 10000. 55. 2.5 0.05010.

STUO-K8 4130.050 T34-88-99400 10000. 40. 2.5 0.050TXO 99 A 40 400. 10. 90.4090.015 1600. T T06634-78-47004 10000. 1.0 0.015T 4700 O 400. 15. 85. 50.

4090.015 1600. TZ T0661.5 0.04534-78-47064 T 4706 O 400. 15. 85. 10000. 50.

T T048 4042.5 0.050 0.05034-76-02504 SC 250 O 400. 15. 90. 10000.

413STU0-H80.050 0.050 T34-88-98400 90. 10000. 40. 2.5TXO 98 A 40 400. 15.

T T048 4040.020 0.030 1600.34-78-64154 1250. 270. 2.0T 6415 D 400. 25. 600.

T STU0-H8 4140.050 0.07534-89-99400 10000. 265. 2.5TXE 99 A 40 400. 25. 230.

ISO-STUO 4080.015 0.025 1700. T265. 10000. 500. 1.3534-78-64304 T 6430 O 400. 40.

1S0-FLAHGE 4100.025 1700. T1.35 0.01534-78-64504 T 6450 O 400. 265. 10000. 500.40.

T048 4040.020 0.030 1600. T1250. 270. 2.034-78-64144 T 6414 O 400. 40. 600.

4000.045 1600. TZ T0203AA1.5 0.04534-78-64064 400. 600. 1250. 270.T 6406 O 40.

T048 4040.045 0.025 1700. TZ500. 1.534-78-64164 T 6416 O 400. 40. 265. 10000.

ISO-STUO 4120.020 0.020 1200. T1.3534-78-84404 400. 80. 720. 10000. 3600.T 8440 D

0.040 1200. T STUO 4111.35 0.02034-78-84104 725. 10000. 4000.T 8410 D 400. 80.

T0220A8 4020.040 0.030 TZ10000. 1.534-33-16204 Bï 162-400 400. 12. 110. 40.

T T048 4041.5 0.04034-07-60765 480. 26. 200. 10000.60765

89

5.1. Triacs - VoltageUdrm ItRHS (V) (A)

ItSH by t (ns)

I2t Ugt W Ih(ns) DElData code S (A)Type (A2s) (V) (A) (A) Case Mo.

34-88-99500 TXO 99 A 50 500. 10. 90. 10000. 40. 2.5 0.050 0.050 STUD-M8 , 413T34-88-98500 TXO 98 A 50 500. 15. 90. 40.10000. 2.5 0.050 STUD-H8 4130.050 T34-78-64075 T 64 07 E 500. 30. 265. 10000. 500. 1.5 0.045 0.025 TZ T0203AA 4001700.34-01-57570 2H 5757 600. 2.5 21. 10000. 4.3 0.9 0.005 0.006 1800. T05 401T

600. 6.34-87-18606 TXC 18 E 60 H 35. 10000. 10. 2.0 0.005 0.020 T0220AB 402T34-78-41216 T 4121 N 600. 10. 85. 10000. 55. 1.0 0.010 IS0-T048 4050.015 1600. T34-78-41316 T 4131 H 600. 10. 85. 10000. 55. 1.0 0.010 0.015 IS0-STU0 4081600. T

10000.34-78-10106 T 1010 MJ 600. 10. 100. 50. 2.5 0.025 1SO-TO220A8 4030.050 T

34-81-45706 TAG 457-600 600. 10. 100. 10000. 50. 2.5 0.025 0.050 T T0220AB 402

34-01-63481 2N 6348 A 600. 12. 113. 10000. 64. 0.9 0.006 0.006 1500. T0220A8 402T

34-78-41166 T 4116 M 600. 15. 85. 10000. 50. 1.5 0.045 0.020 1600. TZ T048 404

34-88-10606 TXO 10 K 60 R 600. 15. 125. 10000. 60. 2.0 0.050 0.050 T T0220AB 402

34-81-28106 TAG 281-600 600. 16. 150. 10000. 112. 2.5 0.050 0.100 T T0220AB 402

34-81-28006 TAG 280-600 600. 16. 150. 10000. 112. 2.5 0.050 0.150 T T0220AB 402

BT 139-60034-33-13906 600. 16. 65.115. 10000. 1.5 0.035 0.030 T T0220A8 402

34-78-64116 T 6411 M 600. 30. 265. 10000. 500. 1.35 0.015 0.025 T048 4041700. T

34-78-64506 T 6450 M 600. 40. 265. 10000. 500. 1.35 0.015 0.025 1700. T ISO-FLAMGE 410

34-78-64106 T 6410 H 600. 40. 265. 10000. 500. 1.35 0.015 0.025 1700. T T048 404

34-01-54430 2N 5443 600. 40. 265. 10000. 500. 1.35 0.015 0.025 1700. T T0203AA 400

34-78-64306 T 6430 H 600. 40. 265. 10000. 500. 1.35 0.015 0.025 1700. T ISO-STUD 408

34-78-64166 T 6416 H 600. 40. 265. 10000. 500. 1.5 0.045 0.025 1700. TZ T048 404

34-78-84216 T 8421 H 600. 60. 600. 10000. 2700. 1.35 0.020 0.040 1200. T ISO-STUD 412

34-78-84206 T 8420 H 600. 80. 725. 10000. 4000. 10000. 40.

1.35 0.020 0.040 1200. T ISO-STUD 412

34-33-16206 BT 162-600 600. 12. 110. 1.5 0.040 0.030 TZ T0220AB 402

34-83-02068 TIC 206 II 800. 30.4. 10000. 0.7 0.0005 0.002 T T0220AB 402

34-83-02258 TIC 225 N 800. 8. 80. 10000. 0.7 0.0008 0.003 T T0220AB 402

34-83-02268 TIC 226 II 800. 8. 80. 10000. 0.7 0.002 0.005 T T0220AB 402

34-78-12128 T 1212 UJ 800. 12. 150. 10000. 112. 2.5 0.050 0.150 T IS0-T0220AB 403

34-78-15138 T 1513 NJ 800. 15. 200. 10000. 200. 2.5 0.050 0.150 IS0-TO22OAB 403T

34-83-02468 TIC 246 N 800. 16. 125. 10000. 0.7 0.005 0.012 T T0220AB 402

34-78-16126 T 1612 HJ 800. 16. 150. 10000. 112. 2.5 0.050 0.150 T T0220AB 402

34-78-16136 T 1613 HJ 800. 16. 150. 10000. 112. 2.5 0.050 0.100 T T0220AB 402

34-78-64008 T 6400 N 800. 40. 265. 10000. 500. 1.35 0.015 0.025 1700. T T0203AA 400

34-78-40138 T 4013 UK 800. 40. 300. 10000. 2.5 0.050 0.150 T IS0-RD101 407450.

34-36-04312 BTW 43-1200 1200. 15. 120. 10000 72. 2.5 0.100 0.100 T T064 416

90

5.2. Triacs - CurrentHlItRMS ltSM by t I2t ‘g*Udrm Ugt (-1(A) (A)ElData code S (V) (A) (A) (ns) (A2s) (V) O CaseType Ho.

34-94-01054 Z 0105 OA 400. 10000. 0.32 2.0 0.005 0.010 2500. T T092 4151.0 8.

34-78-23021 1800. T T05T 2302 A 2.5 4.3 1.0 0.0035 0.007 401100. 21. 10000.

0.001 0.00734-78-23004 T 2300 O 400. 2.5 10000. 1.0 1800. T T05 40121. 4.3

0.005 0.006 1800. T T0534-01-57560 2M 5756 10000. 4.3 0.9 401400. 2.5 21.

1800. T2 T05 40134-78-23064 T 2306 O 21. 4.3 0.045 0.015400. 2.5 10000. 1.5

34-01-57570 0.006 1800. T T05 401211 5757 600. 2.5 21. 10000. 4.3 0.9 0.005

0.015 1800. T T0202A8 40634-78-23221 T 2322 A 2.5 23.5 10000. 3.4 1.0 0.010100.

4060.003 0.015 1800. T T0202AB34-78-23204 T 2320 D 400. 2.8 23.5 10000. 3.4 1.0

T0220AB0.0005 0.002 T 40234-83-02068 TIC 206 N 800. 30. 10000. 0.74.

I T0220AB 40234-87-18606 10. 2.0 0.005 0.020TXC 18 E 60 M 600. 6. 35. 10000.

0.003 T T0220AB 40234-83-02258 TIC 225 H 800. 8. 80. 10000. 0.7 0.0008

T T0220A8 40234-83-02268 0.7 0.002 0.005TIC 226 N 800. 8. 80. 10000.

0.015 1600. TZ T0220A8 40234-78-28064 1.5 0.045T 2806 O 400. 8. 85. 10000. 55.

0.015 1600. TZ 1S0-T0220AB 4030.04534-78-28564 55. 1.5T 2856 O 400. 8. 85. 10000.

ISO-TO220A8 403T50. 2.5 0.025 0.05034-78-10106 T 1010 NJ 600. 10. 100. 10000.

T0220A8 4022.5 0.025 0.050 T34-81-45706 TAG 457-600 600. 10. 100. 10000. 50.

T048 4040.010 0.015 1600. T34-64-41214 85. 10000. 55. 1.0MT 4121 O non-iso 400. 10.

IS0-T048 4050.015 1600. T10000. 1.0 0.01034-78-41214 T 4121 0 400. 10. 85. 55.

4041600. TZ T0481.5 0.045 0.01534-78-41174 400. 10. 85. 10000. 55.T 4117 O4051600. T IS0-T04810000. 55. 1.0 0.010 0.01534-78-41216 T 4121 H 600. 10. 85.

1600. T ISO-STW) 40855. 1.0 0.010 0.01534-78-41316 T 4131 M 600. 10. 85. 10000.

I 1S0-T048 4052.5 0.050 0.05034-76-02454 90. 10000. 55.SC 245 O 2 400. 10.

T STU0-K8 4130.050 0.05040. 2.534-88-99400 TXD 99 A 40 400. 10. 90. 10000.T STUO-H8 4130.050 0.0502.534-88-99500 500. 10. 90. 10000. 40.TXO 99 A 50

TZ T02Z0AB 4020.0301.5 0.04034-33-16204 400. 12. 110. 10000. 40.BT 162-400

402TZ T0220A80.040 0.030110. 10000. 40. 1.534-33-16206 BT 162-600 600. 12.402T 102Z0A80.006 0.006 1500.113. 10000. 64. 0.934-01-63460 211 6346 200. 12.

T0220AB 4020.006 0.006 1500. T113. 10000. 64. 0.934-01-63481 2N 6348 A 600. 12.IS0-T0220AB 4030.150 T112. 2.5 0.05034-78-12128 800. 12. ISO. 10000.T 1212 NJ

T0220AB 402T2.0 0.050 0.050125. 10000. 60.34-88-10606 TXO 10 K 60 R 600. 15.IS0-T0220AB 4030.050 0.150 T2.534-78-15138 800. 15. 200. 10000. 200.T 1513 NJ

4090.015 1600. T T0661.0 0.015400. 85. 10000. 50.34-78-47004 T 4700 O 15.4091600. TZ T0660.045 0.01585. 10000. 50. 1.534-78-47064 T 4706 O 400. 15.

0.020 1600. 4040.045 TZ T0481.534-78-41166 600. 15. 85. 10000. 50.T 4116 H

0.050 T T048 4040.05090. 10000. 2.534-76-02504 SC 250 O 400. 15.

91

5.2. Triacs - CurrentUdrm ItRHS (V) (A)

ItSH by t I2t (A) (ns) (A2s)

Ugt flt Ih tqElData code S Type (V) (A) (A) (ns) D Case Mo.

34-88-98400 TXO 98 A 40 400. 15. 90. 10000. 40. 2.5 0.050 0.050 T STUD-H8 413

34-88-98500 TXD 98 A 50 500. 15. 90. 10000. 2.540. 0.050 0.050 413T STUD-H8

34-36-04312 BTW 43-1200 1200. 15. 120. 10000 72. 2.5 0.100 0.100 T T064 416

34-83-02468 TIC 246 M 800. 16. 125. 10000. 0.7 0.005 0.012 402T T0220A8

34-81-28006 TAG 280-600 600. 16. 150. 10000. 112. 2.5 0.050 0.150 T0220AB 402T

34-81-28106 TAG 281-600 600. 16. 10000.150. 112. 2.5 0.050 0.100 402T T0220A8

34-78-16136 T 1613 MJ 800. 16. 150. 10000. 112. 2.5 0.050 0.100 T0220A8 402T

34-78-16126 T 1612 HJ 800. 16. 150. 10000. 112. 2.5 0.050 0.150 402T T0220AB

34-33-13906 BT 139-600 600. 16. 115. 10000. 65. 1.5 0.035 0.030 T T0220AB 402

34-89-99400 TXE 99 A 40 400. 25. 230. 10000. 265. 2.5 0.050 0.075 T STU0-H8 414

34-78-64154 T 6415 0 400. 25. 600. 1250. 270. 2.0 0.020 0.030 1600. T048 404T

34-07-60765 60765 480. 26. 200. 10000. 1.5 0.040 404T T048

34-78-64012 T 6401 B 200. 30. 265. 10000. 500. 1.35 0.015 0.025 1700. T0203AA 400T

34-78-64075 T 6407 E 500. 30. 265. 10000. 500. 1.5 0.045 0.025 1700. TZ T0203AA 400

34-78-64116 T 6411 H 600. 30. 265. 10000. 500. 1.35 0.015 0.025 1700. T T048 404

34-78-64262 T 6426 B 200. 40. 265. 10000. 500. 1.35 0.015 0.025 1700. TZ IS0-T048 405

34-78-64304 I 6430 D 400. 40. 265. 10000. 500. 1.35 0.015 0.025 1700. T 408ISO-STUO

34-78-64504 T 6450 O 400. 40. 265. 10000. 500. 1.35 0.015 0.025 1700. I ISO-FLAMGE 410

34-78-64164 T 6416 O 400. 40. 265, 10000. 500. 1.5 0.045 0.025 1700. TZ T048 404

34-78-64106 T 6410 H 600. 40. 265. 10000. 500. 1.35 0.015 0.025 1700. T T048 404

34-78-64506 T 6450 M 600. 40. 265. 10000. 500. 1.35 0.015 0.025 1700. T ISO-FLAMGE 410

34-78-64306 T 6430 H 600. 40. 265. 10000. 500. 1.35 0.015 0.025 1700. T ISO-STUO 408

34-01-54430 2N 5443 600. 40. 265. 10000. 500. 1.35 0.015 0.025 1700. T T0203AA 400

T 6416 H34-78-64166 600. 40. 265. 10000. 500. 0.025 1700. TZ T048 4041.5 0.045

34-78-64008 T 6400 M 800. 40. 265. 10000. 500. 1.35 0.015 0.025 1700. T T0203AA 400

34-78-40138 T 4013 IK 300.800. 40. 10000. 450. 2.5 0.050 0.150 T IS0-R0101 407

34-78-64142 T 6414 B 200. 40. 600. 1250. 270. 2.0 0.020 0.030 1600. T T048 404

34-78-64144 T 6414 D 400. 40. 600. 1250. 270. 2.0 0.030 4040.020 1600. T T048

34-78-64064 T 6406 0 400. 40. 600. 270.1250. 1.5 0.045 0.045 1600. TZ T0203AA 400

34-78-84112 T 8411 B 200. 60. 600. 10000. 2700. 1.35 0.020 1200. T STUD0.040 411

34-78-84216 T 8421 H 600. 60. 600. 10000. 2700. 1.35 0.020 0.040 1200. T ISO-STUO 412

31-/8-84502 I 8450 B 80. 720. 10000.200. 3600. 1.35 0.020 4120.020 1200. T ISO-STUO

34-78-84404 T 8440 O 400. 80. 720. 10000. 3600. 1.35 1200. T ISO-STUO 4120.020 0.020

34-78-84104 T 8410 O 725. 10000.400. 80. 4000. 1.35 0.020 0.040 1200. T STUO 411

34-78-84206 T 8420 H 600. 80. 725. 10000. 4000. 1.35 1200. T ISO-STUO 4120.020 0.040

92

5.3. Triacs - Gate currentUdrm ItRMS (V) (A)

ItSH by t 121 Ugt [gt Ih tqClData code S Type (A) (ns) (A2s) (V) (A) (A) (ns) 0 Case Ho.

34-83-02068 TIC 206 N 800. 4. 30. 10000. 0.7 0.0005 0.002 T I0220AB 402

34-83-02258 TIC 225 H 800. 8. 80. 10000. 0.7 0.0008 0.003 T T0220A8 402

34-78-23004 T 2300 0 400. 2.5 21. 10000. 4.3 1.0 0.001 0.007 1800. T TOS 401

34-83-02268 TIC 226 N 800. 8. 80. 10000. 0.7 0.002 0.005 T T0220AB 402

34-78-23204 T 2320 0 400. 2.8 23.5 10000. 3.4 1.0 0.003 0.015 1800. T T0202A8 406

34-78-23021 T 2302 A 100. 2.5 21. 10000. 4.3 1.0 0.0035 0.007 1800. T T05 401

34-83-02468 TIC 246 N 800. 16. 125. 10000. 0.0120.7 0.005 T T0220AB 402

34-01-57560 2N 5756 400. 2.5 21. 10000. 4.3 0.9 0.005 0.006 1800. T TOS 401

34 01 57570 211 5757 600. 2.5 21. 10000. 0.9 0.0054.3 0.006 1800. T TOS 401

34-94-01054 Z 0105 0A 1.0400. 8. 10000. 0.32 2.0 0.005 0.010 2500. T T092 415

34-87-18606 TXC 18 E 60 M 600. 6. 35. 10000. 10. 2.0 0.005 0.020 T T0220AB 402

34-01-63460 2N 6346 200. 12. 113. 10000. 64. 0.9 0.006 0.006 1500. T T0220AB 402

34-01-63481 2H 6348 A 600. 12. 113. 10000. 64. 0.9 0.006 0.006 1500. T T0220AB 402

34-78-23221 T 2322 A 100. 2.5 23.5 10000. 3.4 1.0 0.010 0.015 1800. T T0202AB 406

34-64-41214 HT 4121 O non-iso 400. 10. 85. 10000. 1.0 0.015 1600. T T04855. 0.010 404

34-78-41214 T 4121 O 400. 10. 85. 10000. 55. 1.0 0.010 0.015 1600. T IS0-T048 405

34-78-41216 T 4121 M 600. 85. 0.015 1600. T IS0-T04810. 10000. 55. 1.0 0.010

0.010

405

34-78-41316 T 4131 M 600. 85.10. 10000. 55. 1.0 0.015 1600. T ISO-STUO 408

34-78-47004 T 4700 O 400. T T06615. 85. 10000. 50. 1.0 0.015 0.015 1600. 409

34-78-64012 T 6401 8 200. 30. 265. 10000. 500. 1.35 0.015 0.025 1700. T T0203AA 400

34-78-64262 T 6426 B 200. 40. 265. 10000. 500. 1.35 0.015 0.025 1700. TZ IS0-T048 405

34-78-64304 T 6430 O 400. 40. 265. 1.35 0.015 0.025 ISO-STUO 40810000. 500. 1700. T

34-78-64504 T 6450 O 400. 40. 265. 10000. 500. 1.35 0.015 0.025 1700. T ISO-FLAHGE 410

34-78-64116 T 6411 H 600. 30. 265. 10000. 500. 1.35 0.015 0.025 1700. T T048 404

34-78-64306 T 6430 600. 40. 265. 10000. 1.35 0.015 0.025 1700. T ISO-STUO 408500.

34-78-64506 T 6450 H 600. 1.35 0.015 0.025 1700. T 1S0-FIAHGE 41040. 265. 10000. 500.

34-78-64106 T 6410 H 600. 1700. T048 40440. 265. 10000. 500. 1.35 0.015 0.025 T

34-01-54430 211 5443 1.35 0.025 1700. T T0203AA600. 40. 265. 10000. 500. 0.015

34-78-64008 T 6400 H 0.025 1700. TQ2Q3AA 400800. 40. 265. 10000. 500. 1.35 0.015 T

34-78-84112 T 8411 B 200. 1.35 0.020 0.040 1200. T STUO 41160. 600. 10000. 2700.

34-78-84502 T 8450 B 1.35 0.020 0.020 1200. T ISO-STUO 412200. 80. 720. 10000. 3600.

34-78-84104 T 8410 O STUO725. 1.35 0.020 0.040 1200. T 411400. 80. 10000. 4000.

34-78-84404 T 8440 O 1.35 0.020 0.020 1200. T ISO-STUO 412400. 80. 720. 10000. 3600.

34-78-84216 T 8421 M 0.040 1200. T> 600. 60. 600. 1.35 0.020 ISO-STUO 41210000. 2700.

34-78-84206 1200.T 8420 M 600.| 80. 1.35 0.020 0.040 T ISO-STUO 412725. 10000. 4000.

93

5.3. Triacs - Gate currentUdrn ItRHS ItSM by t m iqt lh <qm (A) (A) (n$) (A2s) (v) (A) (A) (ns) Case No.ElData code S Type 0

600. 1250. 270. T048 404200. 40. 2.0 0.020 0.030 1600. T34-78-64142 T 6414 825. 600. 1250. 270. 2.0 1600. T048 404400. 0.020 0.030 T34-78-64154 T 6415 0

404400. 40. 600. 1250. 270. 2.0 0.020 0.030 1600. 104834-78-64144 T 6414 D T100. T0220AB 40234-81-45706 600. 10. 10000. 50. 2.5 0.025 0.050 TTAG 457-600

ISO-T0220AB 403600. 10. 100. 10000. 50. 2.5 0.025 0.050 T34-78-10106 T 1010 MJI0220A8 402600. 16. 115. 10000. 65. 1.5 0.035 0.030 r34-33-13906 BT 139-600T0220AB 402400. 12. 110. 10000. 40. 1.5 0.040 0.030 TZ34-33-16204 BT 162-400T0220AB 402BT 162-600 600. 12. 110. 10000. 40. 1.5 0.040 0.030 TZ34-33-16206T048 40434-07-60765 60765 480. 26. 200. 10000. 1.5 0.040 T

401400. 2.5 21. 10000. 4.3 0.045 0.015 1800. TZ T0534-78-23064 T 2306 0 1.5T0220AB 402400. 8. 85. 10000. 55. 1.5 0.045 0.015 1600. TZ34-78-28064 T 2806 DISO-T0220AB 403400. 8. 10000. 0.045 0.015 1600. TZ34-78-28564 T 2856 0 85. 55. 1.5

0.015 1600. TZ 1048 404T 4117 O 400. 10. 85. 10000. 55. 1.5 0.04534-78-41174409400. 0.045 0.015 1600. TZ T06634-78-47064 T 4706 O 15. 85. 10000. 50. 1.54000.045 1600. TZ T0203AA34-78-64064 T 6406 O 400. 40. 600. 1250. 270. 1.5 0.045

T048 404400. 40. 265. 10000. 500. 1.5 0.045 0.025 1700. TZ34-78-64164 T 6416 DT0203AA 40030. 265. 0.045 0.025 1700. TZ34-78-64075 T 6407 E 500. 10000. 500. 1.5

0.020 1600. TZ T048 40434-78-41166 T 4116 H 600. 15. 85. 10000. 50. 1.5 0.045

TZ T048 40434-78-64166 T 6416 H 600. 40. 265. 10000. 500. 1.5 0.045 0.025 1700.402TXO 10 K 60 R 600. 125. 10000. 60. 2.0 0.050 0.050 T T0220AB34-88-10606 15.4130.050 T STUD-M834-88-99400 TXO 99 A 40 400. 10. 90. 10000. 40. 2.5 0.050

IS0-T048 405SC 245 0 2 400. 10. 90. 10000. 2.5 0.050 0.050 T34-76-02454 55.T048 404SC 250 O 400. 15. 90. 10000. 2.5 0.050 0.050 T34-76-02504

413TXD 98 A 40 400. 15. 90. 10000. 0.050 0.050 T STU0-M834-88-98400 40. 2.5

230. 265. 0.075 T STU0-K8 41434-89-99400 TXE 99 A 40 400. 25. 10000. 2.5 0.05041390. 0.050 T STU0-H834-88-99500 TXD 99 A 50 500. 10. 100Q0. 40. 2.5 0.0504130.050 T STU0-H834-88-98500 TXD 93 A 50 500. 15. 90. 10000. 40. 2.5 0.050

402TAG 281-600 16. 150. 10000. 0.050 0.100 T T0220AB34-81-28106 600. 112. 2.540234-81-28006 TAG 280-600 600. 16. 150. 10000. 112. 2.5 0.050 0.150 T T0220AB

ISO-TO220AB 403150. 0.050 0.15034-78-12128 T 1212 NJ 800. 12. 10000. 112. 2.5 1

34-78-15138 ISO-TO220AB 403T 1513 NJ 800. 15. 200. 10000. 200. 2.5 0.050 0.150 T

T0220AB 402112. 0.050 0.100 T34-78-16136 T 1613 MJ 800. 16. 150. 10000. 2.5

0.150 T0220AB 40234-78-16126 T 1612 MJ 800. 16. 150. 10000. 112. 2.5 0.050 T

ISQ-RD101 40734-78-40138 10000. 2.5 0.050 0.150 TT 4013 NX 800. 40. 300. 450.

41634-36-04312 BTW 43-1200 120. 10000 0.100 0.100 T T0641200. 15. 72. 2.5

94

6. T ransistors sorted

byelectrical

specifications

6.1. Transistors - VoltageII/ Uceo Ucbo

P (V) (V)Uce(sat) 0 Ic

(V) (A)Ic Ptot tON 10FF

(ns) (ns)hrc rte Ic 0 Uce

ElData code S (A) (W)Type (A) (Hllz) Case no.0 min. max. (V)

30-09-01550 AD 155 P 15. 25. 6. 1066 91. 35 115 0.3000.500 1.30-66-04750 KRF 475 10220 33H 18. 48. 4. 10. 30 60 0.500 5. 30.30-09-01650 AD 165 20. 25. 6. T066 9N 1. 60 185 0.500 2.51.30-09-01640 AD 164 T066 9P 20. 25. 6.1. 60 185 0.500 2.51.30-09-01610 AD 161

AD 161/162 AD 162

T066 920. 32. 3.N 4. 0.600 1 50 350 3.0.500 1.30-09-61620 T066 9NP 20. 32. 3. 6. 0.600 3 50 350 0.500 3.1.30-09-01620 T066 9P 20. 32. 3. 6. 0.600 1 50 350 3.0.500 1.30-25-04330 BD 433 T0126 16II 22. 22. 36.4. 0.500 2 85 3.0.500 1.

T0126 1630-25-02870 BD 287 25. 30. 12.P 36. 500 2000200 0.100 0.700 50.30-01-49320 2N 4932 25. 50. T060 31N 3.3 70. 10 100 100.1.30-09-01480 AD 148 1066 9P 26. 32. 3.5 13.5 0.200 2 30 100 0.451. 1.

T0220 3330-04-11730 2SC 1173 30. 30.K 3. 10. 0.300 2 70 240 2.0.500 100.30-10-00274 ADY 27 IV 32. T03 10P 30. 3.5 27.5 0.300 3 30 60 0.4501. 1.30-09-01500 AD 150 30. 32. T03 10P 3.5 27.5 0.300 3 30 100 0.451. I.

T03 1030-10-00275 ADY 27 V P 30. 32. 27.53.5 0.300 3 0.45050 100 1. 1.30-09-01304 AD 130 IV T03 10P 30. 32. 3, 30. 0.500 3 30 60 0.351.1.30-04-04960 2SC 496 30. T0126 1640. 1. 1. 0.250 0.500 40 240 0.050 2. 100.

2SA 496 T0126 1630-02-04960 P 30. 40. 1. 0.800 0.5001. 40 240 0.050 2. 100.30-01-50900 2N 5090 N 30. 1060 3155. 0.400 4. 1. 0.100 10 200 0.050 500.30-01-50160 211 5016 30. 1060 31II 65. 30.4.5 10 200 600.30-09-01660 AD 166 T03 10P 32. 36.10. 0.3504030-09-01334 AD 133 IV T03 10P 32. 50. 15. 36. 0.300 15 0.30020 40 5. 0.50030-09-01333 AD 133 III 103 10P 32. 50. 15. 36. 0.300 15 0.30020 40 5. 0.50030-17-00170 ASZ 17 103 10P 32. 60. 30.8. 0.400 10 25 75 0.2201. 1.30-17-00160 ASZ 16 T03 10P 32. 60. 8. 30. 0.400 10 0.25045 130 1.1.

ASZ 1830-17-00180 T03 10P 32. 100. 8. 30. 0.400 10 30 110 0.2201. 1.4032430-06-03240 T066 9N 35. 29.4. 2. 0.75020 120 1.4031030-06-03100 35. T066 9N 29.4. 20 120 2. 0.7501.4032530-06-03250 N 35. 35, 103 1015. 117. 1.5 8 12 60 0.7508. 4.211 439830-01-43980 P 40. 200. 103 1030. 1. 15 400 60015 60 15. 2. 4.2N 489830-01-48980 1066 9P 40. 40. 25. 0.600 11. 20 100 0.500 3.1.2N 492130-01-49210 10126 16N 40. 40. 30.1. 0.600 1 3.20 100 0.500 1.2N 491830-01-49180 T0126 16P 40. 30.40. 1. 0.600 1 20 100 0.500 3.1.

30-01-51900 211 5190 T0126 1611 40. 40. 40.4. 1.4 4 25 100 1.5 2. 2.30-01-51930 2N 5193 T0126 16P 40. 40. 40.4. 1.4 4 25 100 1.5 2. 2.30-01-60340 2N 6034 T0126 16P 40. 40. 3. 440. 4. 0 750 18000 2. 3. 25.

96

6.1. Transistors - VoltagetON tOFF

(ns) (ns)ivf* (A) I Uce FtH 0 Ic hFE 0 IcUceo Ucbo Ic Ptot Uce(V) (KHO Case no.ElData code S Type (V) (A) 00 (A)(V) 0 min. max.P

1000 3500 T0220 3330-01-63860 3. I.2N 6386 3. 8. 1000 20000 3.40. 40. 8. 65. 0N

600 2000 T0220 333. 2.30-01-66660 2N 6666 65. 1000 20000 3.P 40. 40. 8. 2. 3. 0

T0220 3350.30-69-82040 1000 20000 3. 3.TA 8204 P 8. 65. 2. 3. D40. 40.

T03 103. 50.30-69-83510 1000 20000 5.TA 8351 P 40. 40. 10. 70. 2. 5. D

600 200 T03 103. 2.30-01-66480 1000 20000 5.2N 6648 P 40. 40. 10. 70. 2. 5. 0

T03 102. 4.30-01-49010 20 802N 4901 P 40. 40. 87.5 0.400 1. 1.5.

1000 3500 103 1030-01-63830 3. 1.0 1000 20000 5.2N 6383 40. 40. 10. 100. 2. 5.H

2. 1000 1000 T03 102.30-01-53010 50 60 15.2N 5301 30. 200. 3. 30.N 40. 40.

T0220 330.80030-01-61030 8. 4.2N 6103 2.3 16. 15 6040. 45. 16. 75.N1500 1500 T03 101.53.30-01-65690 4. 12. 15 200 4.2M 6569 40. 45. 12. 100.N

T0220 332. 10.40 240 0.50030-02-04900 2SA 490 25. 0.45P 40. 50. 3.

T0220 335.30-01-64890 20 150 5. 4.2H 6489 75. 3.5 15.P 40. 50. 15.T03 103.15. 4.30-01-37710 15 602N 3771 30. 150. 2. 15.N 40. 50.

T066 9300 150030.40 250 1.30-25-01090 0.35 2. 1.80 109 60. 3. 18.5II 40.

T066 90.650.500 2.25 18030-25-01630 23. 0.500 1.5B0 163 N 40. 60. 4.

300 1500 T066 930.1.30-30-00121 40 250 1.BOY 12-6 26. 1. 3.40. 60. 5.N300 1500 T066 930.63 160 1. 1.30-30-00123 26. 3.BOY 12 C 40. 60. 5. 1.N

T06Q 31500.2. 5.30-01-51620 102N 5162 60. 50.P 40. 5.

T060 31500.0.250 5.0.500 10 15030-01-33750 11.62N 3375 40. 65. 0.500 1.II

T060 31400.0.250 5.10 15030-01-36320 2N 3632 23. 1. 0.50040. 65. 1.II

500 2000 T0220 333.1. 4.30-70-00290 15 75TIP 29 30. 0.700 1.40. 1.N600 1000 Ï0218 743.3. 4.20 10030-70-00330 80. 4. 10.TIP 33 40. 80. 10.N400 700 T0218 743.3. 4.20 10030-70-00340 4. 10.TIP 34 40. 80. 10. 80.P

1100 800 T0218 743.15. 4.10 5030-70-00360 4. 25.TIP 36 40. 80. 25. 125.P1065 93.0.500 2.20 20030-15-01130 0.250 1.5100. 6. 10.AL 113 P 40.T0126 162. 50.0.15040 25030-25-01350 8. 0.500 0.50080 135 45. 45. 1.5NT0126 16125.0.150 2.40 25030-25-02260 12.5 0.800 1.BO 226 1.545. 45.NT0126 162. 50.0.15040 25030-25-02270 12.5 0.800 1.80 227 P 45. 45. 1.5

400 1500 T0126 162. 3.25 1.0.600 1.30-25-02330 BO 233 2. 25.N 45. 45.T0126 163.0.500 1.850.600 2.30-25-04370 BO 437 45. 45. 4. 36.NT0126 163.0.500 1.0.600 2. 8530-25-04380 36.80 438 P 45. 45. 4.

500 2000 T0126 160.700 50.0.10020036.30-25-02880 BO 288 45. 45. 12.P800 4500 T0126 163. 7.0 750 1.52.5 1.530-25-06750 BO 675 45. 40.II 45. 4.300 1500 T0126 163. 1.1.52.5 1.5 0 75040.30-25-06760 '

30-25-07960

30-01-625301

BO 676 P 45. 45. 4.

T0220 333.2.40 1.1. 3.80 796 45. 45. 8. 65.P

T03 100.8004.20 70 3.4. 15.55. 115.2H 6253 N 45. 15.

97

6.1. Transistors - Voltagen Ucbo Ft tON tOFF

(HHt) (ns) (ns)Uceo Ic Ptot Uce(sat) @ Ic

(v) (A)MFE @ IC 0 Uce

tlData code S P (V) (V) (A) (M) Case no.Type (V)(A)D min. nvax.

30-25-08750 T0126 16B0 875 60 9.N 45. 1. 1.8 1 0 1000 2000.150 10.

30-25-03760 T0126 1660 876 P 45. 60 1. 9. 1.8 1 2000 1000 0.150 10.

30-25-02010 BQ 201 60 1000 4000 T0220 33N 45. 8. 60. 1.5 6 30 3. 2.

30-25-02020 BO 202 P 60 1000 2000 T0220 3345. 12. 60. 1.5 6 30 3. 2.

30-19-00185 AUY 18 V P 45. 64 8. T03 1011. 0.19 8 50 100 0.500 0.3005.

30-30-00810 BOY 81 50. T0220 33N 4. 36. 40 240

30-30-00330 BOY 83 P 50. T0220 334. 36. 40 240

30-04-21980 2SC 2198 50.N 6. 40. T066 9500300 1. 4.

30-04-24910 2SC 2491 N 50. 6. 40. T0220 33300 5001. 4.

30-05-08440 2S0 844 N 50. 50 7. 60. 0.200 4 T0218 7470 240 151. 1.

30-03-07540 2SB 754 P 50. 50 7. 60. 0.200 4 T0218 7470 240 101. 5.

30-02-10120 2SA 1012 P 50. 60 5. 25. 0.200 3 100 T0220 3370 240 60 101. 1.30-04-04950 2SC 495 50.N 70 1. T0126 161. 0.250 0.500 40 240 0.050 2. 10030-01-55750 2N 5575 N 50. 70 80. 300. T03 102. 60 10 40 60. 0.4004.30-06-02920 40292 N 50. 90 1.25 23.2 T060 3130030-30-00710 BOY 71 55. 90 4. 29. T066 91. 0.500 80 200 0.500 0.8004.30-01-60490 2N 6049 P 55. 90 4. 75. 2. T066 94 25 100 0.200 10.30-01-14880 2N 1488 55. 100 6. 75. 3. 1000 1200 T03 101.5 15 45 1.5 4.

30-06-03120 40312 N 60. 4. 29. 1066 920 120 2. 0.7501.

30-05-07629 2SO 762 P N 60. 3. 30. T0220 33

30-04-19830 2SC 1983 N 60. 3. 30. T0220 33500 0.500 4.

2SC 182630-04-18260 N 60. 4. 30. T0220 3340 1. 4.

30-02-07680 2SA 768 P 60. 4. 30. T0220 3340 1. 4.30-05-08370 2S0 837 N 60. 4. 40. T0220 33

2SC 144430-04-14440 N 60. 6. 40. 30 T066 91. 4.

30-02-07640 2SA 764 P 60. 6. 40. 1066 930 1. 4.30-04-19850 2SC 1985 N 60. 6. 40. 10220 3340 1. 4.30-02-07700 2SA 770 P 60. 6. 40. 10220 3340 1. 4.30-04-16640 2SC 1664 N 60. 6. 40. 500 1066 91. 4.

30-02-16180 2SA 1618 P 60. 6. 50. 20 3. T03 104.30-02-08070 2SA 807 P 60. 6. 50. 20 3. 103 104.30-04-23150 2SC 2315

2N 6043

N 60. 6. 50. 500 0.500 T0220 334.30-01-60430 N 60. 8. 75. 0 1000 10000 10220 334. 430-01-60400 2N 6040

2N 6317 2N 4399

P 60. 8. 75. 0 1000 10000 T0220 334. 430-01-63170 P 60. 7. 90. 20 100 2.5 1066 9430-01-43990 P 60. 30. 200. 1. 15 15 60 15. 600 103 102. 4004

98

6.1. Transistors - Voltage«/ j *j«>. (A) 0 Uce Ft tOS tOfF

(ns) (ns)Ic Ptot Uce 0 Ic hFE 0 IcUceo UcBo

ElData code (A) (V) mi)s (V) (V) (A) (W) Case no.Type P 0 mln. nux.

T0126 1630-25-01370 0.150 2. 50.BD 137 60. 60. 1.5 12.5 0.500 0.500 40 160N

30-25-02280 2. 125. T0126 1680 228 0.800 1. 40 160 0.15060. 60. 1.5 12.5H

30-25-01380 2. 75. T0126 16BD 138 0.500 0.500 40 160 0.150P 60. 60. 1.5 12.5

30-25-02290 2. 50. 10126 1640 160 0.150B0 229 P 60. 60. 1.5 12.5 0.800 1.

3. T066 930-01-48990 60 20 0.500 1.2H 4899 60. 60. 25. 0.600 1.P 1.

3. T066 930-01-37400 30 100 0.250 1.2N 3740 P 60. 60. 25. 0.600 1.4.

3. T0126 1630-01-49220 0.5002N 4922 60. 30. 0.600 1. 20 100 1.N 60. 1.

T0126 163.30-01-49190 0.500 1.2N 4919 60. 30. 0.600 1. 20 100P 60. 1.

Ï0126 162. 3.30-25-01772 40 250 0.150BO 177-10 60. 60. 3. 30. 0.800 1.N

T0126 162. 3.30-25-01782 40 250 0.150BD 178-10 60. 60. 3. 30. 0.800 1.P

800 800 T0220 333.30-05-08800 60 300 0.500 5.2SO 880 60. 60. 3. 30. 0.250 3.N

T0126 163.30-25-04400 40 0.500 1.60. 60. 36. 0.800 2.BO 440 P 4.

T0126 162. 2.30-01-51910 25 100 1.52N 5191 60. 60. 40. 1.4 4.N 4.

T0126 162.2.30-01-51940 25 100 1.52N 5194 P 60. 60. 40. 1.4 4.4.

800 4500 T0126 163. 7.750 1.530-25-06770 BO 677 2.5 1.5 060. 60. 4. 40.N

300 1500 T0126 163.750 1.5 1.30-25-06780 40. 2.5 1.5 0BO 678 P 60. 60. 4.

2600 4500 T0220 3330-70-01150 500 2. 4.50. 2.5 2. OTIP 115 P 60. 60. 4.

T0220 3312.2.25 2.30-25-05350 BD 535 8. 50. 0.800 6.60. 60.N

T0220 3316.25 2. 2.30-25-05360 0.800 6.BO 536 60. 60. 8. 50.P

1000 4000 T0220 332. 7.30-25-02030 30 3.BO 203 60. 60. 1.5 6.N 60. 8.

T0220 333. 0.1003.30-25-02670 O 750BD 267 60. 60. 8. 60.H

T0220 333. 0.1003.75030-25-02660 BO 266 60. 60. 8. 60. OP

1000 2000 T0220 333. 2. 7.3030-25-02040 12. 60. 1.5 6.BO 204 P 60. 60.

1000 3500 T0220 333.O 1000 20000 5. 1.30-01-63870 2N 6387 60. 10. 65. 3. 10.tl 60.

T0220 333. 50.O 1000 20000 5.30-01-66670 2. 5.2N 6667 60. 60. 10. 65.P

T0220 3350.3.o 1000 20000 5.30-69-84870 2. 5.TA 8487 P 60. 60. 10. 65.

600 2000 T03 103. 2.O 1000 20000 5.30-01-66490 211 6649 60. 60. 10. 70. 2. 5.P

T065 93.30-01-30541 25 1002N 3054 A 75.60. 60. 4.

700 800 T03 100.250 4. 4.20 10030-01-58690 2N 5869 87.5 2. 5.60. 60. 5.N

T03 102. 4.0.400 1. 20 80 1.30-01-49020 2N 4902 60. 60. 5. 87.5P

T03 102. 4.2.51. 2.5 25 10030-01-49050 2N 4905 87.5P 60. 60. 5.

500 2000 10220 334. 4.10.30-26-00910 90. 3. 10. 5BOT 91 60. 60. 10.N

1000 3500 T03 101.3.0 1000 20000 5.30-01-63840 2N 6384 100. 2. 5.60. 60. 10.

900 1100 T0218 7410. 4.30-70-01400 125. 3. 10. O 500TIP 140 60. 60. 10.N

T0218 74900 11004.10.30-70-01450 3. 10. D 500TIP 145 P 60. 60. 10. 125.

T03 102. 4.1. 4. 25 90 1.30-01-37890 2N 3789 60. 150.P 60. 10.

99

6.1. Transistors - Voltagen Ptot Uce(sat)

(V) (A)tON torr

(ns) (ns)Uceo Ucbo Ic 0 Ic hFE 0 Ic 0 Uce Ft

(V) (MHz)(V) (V) (A) («) (A) Case no.ElData code S Type P D min. nvax.

60. 10. 150. T03 1030-01-37910 2N 3791 P 60. 1. 5. 50 150 1. 2 4.

12. T03 1030-01-60570 2N 6057 60. 60. 150. 2. 6. 0 750 18000 6. 3H 4.

60. 60. 12. 150. 2. 6. 0 750 18000 6. T03 1030-01-60500 2N 6050 P 3 4.

700 800 T03 1060. 12. 160. 12. 20 100 6.30-01-58810 2N 5881 60. 4. 4 4.N

60. 20. 160. 2. 750 18000 10. 3 3000 3000 T03 1030-01-62820 2H 6282 60. 10. 0 4.N3000 3000 T03 1060. 60. 20. 160. 2. 10. 750 18000 10. 330-01-62850 2N 6285 P 0 4.

30. 1000 T03 102N 5302 60. 60. 200. 3. 30. 50 60 15. 2 2. 100030-01-53020 N

T03 1060. 60. 50. 300. 5. 50. 15 60 25. 2 2.30-01-56850 2N 5685 N103 102H 5683 60. 60. 50. 300. 5. 50. 15 60 25. 2 2.30-01-56830 PT0220 3360. 70. 15. 75. 3.5 15. 20 150 5. 5.30-01-64870 2N 6487 N 410126 16BD 207 60. 70. 10. 90. 1.1 15 4. 2 1.530-25-02070 N 4.10126 16BD 208 P 60. 70. 10. 90. 1.1 15 2 1.530-25-02080 4. 4.

300 1200 T03 1030-01-62460 211 6246 P 60. 70. 15. 125. 2.5 15. 20 100 7. 4 15.500 T0218 7480 250 A 60. 70. 25. 125. 25. 25 1.5 3. 20030-25-02501 N 4. 4

10126 1630-25-08770 BD 877 60. 80. 9. 1.8 0 1000 0.150 10 200.N 1. 1.10126 16BD 878 P 60. 80. 9. 1.8 1. 1000 0.150 10 200.30-25-08780 l. D

1066 930-01-37660 211 3766 60. 80. 20. 2.5 40 160 0.500 15.4. 1.103 10AUY 20 III P 60. 80. 3. 30. 0.500 3. 0.35 10000 1500030-19-00203 20 40103 10P 60. 0.500 3. 0.3530-09-01323 AD 132 III 80. 3. 30. 20 40103 1030-09-01324 AD 132 IV P 60. 80. 3. 30. 0.500 3. 30 60 0.35

103 10AUY 20 IV P 60. 80. 3. 30. 0.500 3. 30 60 0.35 10000 1500030-19-00204103 10AD 132 V 60. 3. 30. 0.500 3. 0.3530-09-01325 P 80. 50 100

90. 2. 3. T03 1030-61-01000 HJ 1000 H 60. 80. 8. 0 1000 1.103 10HJ 900 P 60. 80. 8. 90. 2. 3. D 1000 1.30-61-00900

450 350 103 102N 3715 60. 80. 10. 150. 0.800 5. 50 150 5.30-01-37150 H

60. 30. 0.700 1. 3. 300 1000 10220 3330-70-00301 TIP 30 A P 100. 1. 15 75

103 10ASZ 15 60. 100. 8. 30. 0.400 10. 20 55 0.20030-17-00150 P

2.5 3. 3. 500 2000 10220 3330-70-00311 TIP 31 A 60. 100. 3. 40. 10 50

3. 600 1000 10220 33TIP 41 A 60. 100. 6. 65. 1.5 6. 15 7530-70-00411 N

60. 6. 65. 1.5 6. 15 75 3. 400 700 10220 3330-70-00421 TIP 42 A P 100.

0.800 10220 3330-67-30550 RCA 3055 60. 100. 4. 75. 1.1 4. 20 70N

30-70-00331 10. 80. 20 100 3. 600 1000 10218 74TIP 33 A li 60. 100. 4. 10.

3.30-70-00341 TIP 34 A 60. 10. 80. 4. 10. 20 100 400 700 10218 74P 100.

30-01-30550 115. 0.8002N 3055 60. 100. 15. 1.1 4. 20 70 103 10N

3. 1200 900 T0218 7430-70-00351 25. 125. 25. 10 50 15.TIP 35 A 60. 100. 4.

4 4.30-61-02955 KJ 2955 60. 100. 15. 150. 1.1 20 70P 4. 103 10

100

6.1. Transistors - Voltageu lc Ucc(sat) 0 Ic

(V) (A)tOH tOFF

(ns) (ns)Ucco Ucbo P(ot liFE Q Ic 0 Ucc Ft

ElOata code S (V) (V) (A) (W) (A) (V) (KHz)Type Case no.p 0 min. max.

30-01-37720 211 3772 100 3. T03 1060. 20. 150. 1.4 10. 15 60 10. 4II

30-67-02580 T03 10RCS 258 60. 100 20. 250. 1.4 10. 15 60 10. 0.200N 4

30-15-01120 130 6. 10. 0.250 1.5 2 3. T066 9AU 112 P 60. 20 200 0.500

T0220 3330-04-16780 100.2SC 1678 65. 65 3. 10. 0.500 0.500 15 0.500 5N

T0220 3330-01-61060 10.ZN 6106 70. 7. 40. 2. 6.5 30 150 2. 4P

30-01-61070 T02Z0 332H 6107 2. 6.5 30 150 2. 10.P 70. 7. 40. 4

103 1030-04-16290 2SC 1629 70. 6. 50. 500 1. 4H

T03 1030-04-18310 2SC 1831 70. 500 4N 8. 100. 1.

T03 100.70030-06-03630 40363 115- 20 70 4. 470. 15. 1.1 4.N0.800 5000 15000 10220 3330-01-52940 30 120 0.5002N 5294 70. 80 36. 2. 3.6N 4.

T0220 3330-01-62930 2. 4.2N 6293 70. 80 7. 40. 2. 6.5 30 150 4H

10220 3330-01-62920 2N 6292 80 40. 2. 6.5 30 150 2. 4 4.N 70. 7.

10220 330.80020 80 5. 430-01-61010 2N 6101 70. 80 75. 2.5 10.N 10.10220 330.80020 80 5. 430-01-61000 211 6100 70. 80 10. 75. 2.5 10.H

0.800 5000 15000 10220 3330-01-54960 20 100 3.5 4211 5496 70. 90 7. 50. 1. 3.5N

600 1000 10218 743.430-70-30550 TIP 3055 90. 3. 10. 20 70 4.N 70. 100 15.400 700 10218 743.20 70 430-70-29550 TIP 2955 100 90. 3. 10. 4.P 70. 15.

10220 3330.30-04-21660 2SC 2166 7075. 4. 12.5N

824 348030 130 0.500 50.30-01-61780 25. 0.500 0.500 42N 6178 75. 100 2.N

824 3410050.30-01-61800 0.500 30 130 0.500 4ZN 6180 75. 100 2. 25. 0.700P

400 400 1066 960.30-01-52020 10 100 4.211 5202 75. 100 35. 1.2 4.N 4.

103 100.20015 60 15. 230-30-00290 220. 1.2 15.ODY 29 75. 100 30.N

400 400 1066 92 40.30-01-38790 211 3879 35. 1.2 12 100 4.75. 120 7.N

T0220 330.500 430-04-19840 2SC 1984 3. 30. 500N 80.10220 3340 1. 430-04-18270 2SC 1827 80. 30.N 4.

10220 3340 430-02-07690 2SA 769 80. 6. 30. 1.P

1066 942SC 1445 6. 40. 30 1.30-04-14450 80.N1066 9440. 30 1.30-02-07650 2SA 765 80. 6.P

T0220 33440 1.30-04-19860

30-02-07710

2SC 1986 80. 6. 40.N

10220 334406. 40. 1.2SA 771 P 80.1066 946. 40. 500 1..30-04-16641 2SC 1664 A II 80.10220 332.1.540. 0.600 20 8080. 7. 1.530-06-51950 45195 P

1066 90 7. 47. 40. 70030-05-04190 2SD 419 80.N

T066 9 1066 9 T03 10

4.0 750 18000 2.50.2N 6295 80. 4.30-01-62950

2. 4.50. 0 750 18000211 6297 80. 4.30-01-62970

30-02-16190

P

46. 50. 20 3.80.2SA 1619 P

101

6.1. Transistors - VoltageHl Uceo Ucbo Ic Ptot Uce(sat)

(w> (V) (A)ton tOFF

(ns) (ns)0 Ic hFE Ft0 Ic 0 Uce

(V)CIData code S V (V) (A)Type Case no.(MHz)0 min. nux. A) (V)

2S0 721 80. T0220 3330-05-07210 N 6. 50. 0 500 7. 4.

2SC 2316 80.30-04-23160 6. T0220 3350. 500 0.500 4.

2SB 711 80.30-03-07110 P 6. 50. T0220 330 500 7. 4.

30-04-26650 2SC 2665 80.II 4. 55. T0218 7440 1. 4.

2SA 1135 80.30-02-11350 P 55. T0218 744. 40 1. 4.

30-02-11020 2SA 1102 P 80. 6. 60. T0218 7430 2. 4.

2SC 2577 80.30-04-25770 P 6. 60. T0218 7430 2. 4.

30-04-21990 2SC 2199 80.II 8. 60. 103 10500300 1. 4.

30-04-14020 2SC 1402 80. 8. T03 1070. 30 3. 4.

30-02-07440 2SA 744 P 80. 8. 70. T03 1030 3. 4.

30-67-02040 • RCA 204 80. T0220 33N 7. 75. 30

30-67-01040 • RCA 104 80.P 7. T0220 3375. 30

30-01-63010 2H 6301 80. 8. T066 9II 75. D 750 18000 4. 4

211 629930-01-62990 P 80. 8. T066 975. 0 750 18000 44.

30-01-60440 211 6044 II 80. T0220 33 T0220 33

8. 75. 0 1000 10000 4. 4

211 604130-01-60410 P 80. 8. 75. 0 1000 10000 4. 4

30-01-63160 211 6316 II 80. T066 97. 90. 20 100 2.5 4

2N 631830-01-63180 P 80. 1066 97. 90. 20 100 2.5 4

30-04-11150 2SC 1115 80. 10. T03 10100. 30 3. 4.

30-02-07460 2SA 746 P 80. 10. T03 10100. 30 3. 4.

30-06-10120 41012 80.II 20. T03 10

T0220 33

175. 1.4 10 20 60 10. 604.

2 SA 816 P30-02-08160 80. 80 0.750 1.5 0.500 0.500 70 240 2.0.150 10080 139-10 N30-25-01392 80. 80 1.5 12.5 T0126 160.500 0.500 40 160 0.150 2. 50

18D 139/140 HP30-25-39400 80. 80 1.5 T0126 16 T0126 16

12.5 0.500 0.500 40 160 0.150 2. 50

30-25-01402 BD 140-10 P 80. 80 1.5 12.5 0.500 0.500 40 160 0.150 2. 75

30-01-49120 2N 4912 II 80. 80 25. T066 91. 0.600 1 20 100 0.500 1. 330-01-49000 ZH 4900 P 80. 25. T066 91. 0.600 ] 20 100 0.500 31.30-01-37410 211 3741 P 80. 80 25.4. 0.600 1 T066 930 100 0.250 31.

30-01-49230 2N 4923 80.N 80 30. T0126 161. 0.600 1 20 100 0.500 1. 3

30-01-49200 2N 4920 P 80. 80 30. T0126 161. 0.600 1 20 100 0.500 1. 3

30-25-01790 BO 179 II 80. 80 3. 30. T0126 1615 1. 2. 3

30-05-05260 2SO 526 N 80. 80 30. T0220 334. 0.45 3

0.300 5 0.800 2

40 240 0.500 5. 8

30-09-01420 AO 142 P 80. 80 10. 30. T03 1030 200 1. 2. 0.45

30-25-04410 BO 441 H 80. 80 4. 36. T0126 1640 0.500 31.

30-25-04420 BO 442 2H 5192

P 80. 80 36.4. 0.800 2 T0126 1650 0.500 1. 3

30-01-51920 80.N 80 40.4. 1.4 4 1.5 T0126 1620 80 2. 2

102

6.1. Transistors - VoltageFt tON tOFF

(ns) (ns)V Uce(sat)

(V) (A)hFE 0 Ic 0 UceUcco Ucba Ic F tot Q Ic

(KHz) Case no.(A) w (A) (VElOata code (» W) min. max.S Type D

10126 162. 2.30-01-51950 80. 40. 20 80 1.5211 5195 P 80. 4. 1.4 4.

800 4500 T0I26 163. 7.30-25-06790 B0 679 80. 80. 40. 2.5 1.5 D 750 1.5II 4.

10126 1625.2.30-01-60390 2N 6039 80. 80. 40. 2. 2. 0 750 18000II 4.

T0126 162. 3. 25.30-01-60360 80. 40. 3. D 750 180002H 6036 P 80. 4. 4.

300 1500 T0126 163. 1.30-25-06800 2.5 1.5 0 750 1.5BO 6B0 P 80. 80. 4. 40.

2600 4500 10220 3330-70-01160 2.5 2. 500 2. 4.TIP 116 80. 80. 4. 50. DP

T0220 332. 12.0.800 6. 2.30-25-05370 80 537 80. 80. 8. 50. 15II

T0220 332. 16.2.30-25-05380 80. 80. 8. 50. 0.800 6. 15BD 538 P

1000 3500 T0220 331000 20000 3. 1.30-01-63880 80. 10. 65. 3. 10. 0 5.211 6388 80.II

600 2000 T0220 333. 2.1000 20000 5.30-01-66680 2H 6668 80. 80. 10. 65. 2. 5. 0P

T0220 331000 15000 4.30-70-01310 8. 70. 3. 6. D 4.TIP 131 II 80. 80.

600 2000 103 103. 2.1000 20000 5.30-01-66500 211 6650 80. 80. 10. 70. 2. 5. 0P

T03 102. 4.0.400 1. 20 80 1.30-01-49030 211 4903 80. 80. 5. 87.5P

T03 102.25 100 2.5 4.30-01-49060 2.52N 4906 P 80. 80. 5. 87.5 1.

T03 103. 1.30-67-10010 2. 3. 0 750 4.RCA 1001 80. 80. 8. 90.N

1000 5000 T0220 330.0503. 3.2.5 8. 0 100030-26-00631 BOT 63 A 80. 10. 90.II 80.

1000 3500 T03 103. 1.1000 20000 5.30-01-63850 211 6385 80. 80. 10. 100. 2. 5. OII

T03 103.4.20 150 5.30-28-00522 B0W 52 B 80. 80. 125. 1. 5.P 15.

T03 102. 4.25 90 1.30-01-37900 211 3790 80. 150. 1. 4.P 80. 10.

350 800 T03 102.50 180 4.30-01-37920 1.2N 3792 80. 80. 10. 150. 1. 5.P

T03 103.750 18000 6. 4.030-01-60580 211 6058 80. 80. 12. 150. 2. 6.H

T03 103.750 18000 6. 4.6.30-01-60510 2N 6051 12. 150. 2. 0P 80. 80.

3000 3000 T03 103.750 18000 10. 4.30-01-62830 2N 6283 160. 2. 10. 080. 80. 20.II

3000 3000 T03 103. 4.750 18000 10.30-01-62860 160. 2. 10. O211 6286 80. 80. 20.P

700 800 T03 104.3. 4.20 10030-01-58860 80. 25. 200. 4. 20.2H 5886 80.N

700 800 T03 104. 4.20 100 3.200. 20.30-01-58840 211 5884 80. 80. 25. 4.P

450 900 T03 103.30. 4.3. 30. 6 3030-01-63270 2N 6327 80. 80. 30. 200.II

T03 102.25. 2.15 6030-01-56860 300. 5. 50.2N 5686 80. 80. 50.N

10T032. 2.25.15 60300. 5. 50.30-01-56840 211 5684 P 80. 80. 50.

T03 100.8004.20 70 3.117.30-25-01830 BO 183 80. 85. 15.N

200 1200 T066 95.0.500 4.40. 2. 20 100211 5954 80. 90. 6. 1.30-01-59540 P

300 1200 T0220 335.4.3.5 15. 20 150 5.15. 75.30-01-64880 211 6488 80. 90.II

300 1200 T0220 335.4.3.5 15. 20 150 5.15. 75.30-01-64910 2N 6491 P 80. 90.

300 2200 T03 3310.4.3.5 15. 20 ISO 5.125.2N 6472 80. 90. 15.30-01-64720 N

15. 300 1200 T03 10

T0ZQ2 84

6. 4.125. 3.5 15. 20 10080. 90. 15.30-01-62470 2N 6247 P

200.10.1.8 1. 0.1503.6 0 100080. 100. 1.BO 97930-25-09790

103

6.1. Transistors - VoltageUce(sat)

(V) (A)tOM tOFr

(ns) (ns)Hl Uceo Ucbo

P (V) (V)Ic Ptot Ft0 Ic hFE 0 IC 0 Uce

(A) CMHl) Case no.m A) (V)ElData code S 0 min. nux.Type

T0202 8480. 100. 1. 3.6 1.8 1 1000 0.150 10. 200.30-25-09800 80 980 P D

T0202 8430-25-08292 80. 100. 1.5 8. 0.500 0.500 63 160 0.150 2. 50.BO 829-10 N

T0202 842. 50.30-25-08302 BO 830-10 P 80. 100. 1.5 8. 0.500 0.500 63 160 0.150

T0126 1680. 100. 9. 1.8 1 10. 200.30-25-08790 BO 879 1. 0 1000 0.150N

10126 169. 200.30-25-08800 BD 880 P 80. 100. 1. 1.8 1 0 1000 0.150 10.

10126 1630-25-02300 BO 230 80. 100. 1.5 12.5 0.800 1 40 160 0.150 2. 125.N

10126 1680. 100. 1.5 12.5 0.800 1 40 160 0.150 2. 125.30-25-02310 BO 231 P

T066 92.5 1 5. 15.30-01-37670 2N 3767 80. 100. 4. 20. 40 160 0.500N

T0126 1630080. 100. 2. 25. 40 160 0.150 2. 3.30-25-02380 BD 238 P

T03 1080. 100. 3. 30. 0.500 3 12.5 25 0.35030-09-01632 AD 163 II P 1. 1.

103 1010000 1500080. 100. 3. 30. 0.500 3 20 40 3. 0.3530-19-00343 AUY 34 III P 1-

103 100.35AD 163 IV P 80. 100. 3. 30. 0.500 3 30 60 1.30-09-01634 1.

T0220 33200 60030.30-05-06860 2S0 686 80. 100. 4. 1.5 3 D 2000 1. 2.N

T03 10350 1500BOY 91 80. 100. 10. 30 100 5. 70.30-30-00910 N 40. 1. 10 5.

103 102N 3446 80. 100. 20 60 3. 5. 10.30-01-34460 N 7.5 115. 0.600 3

103 100.80030-01-62540 2N 6254 80. 100. 15. 115. 4. 15 20 70 5. 2.N

103 10450 35030-01-37160 2N 3716 N 80. 100. 10. 150. 0.800 5 50 150 2. 5.1.

103 1030-01-62580 2N 6258 80. 100. 20. 250. 4. 20 20 60 10. 0.200N 4.

T0220 33500 2000TIP 29 8 80.30-70-00292 N 120. 1. 30. 0.700 1 15 75 1. 3.4.

10220 33TIP 30 B 80. 120. 3. 300 100030-70-00302 P l. 30. 0.700 1 15 75 1. 4.

10220 33TIP 31 B 80. 500 200030-70-00312 N 120. 3. 40. 2.5 3 10 50 3. 4. 3.

10220 33300 100030-70-00322 TIP 32 B P 80. 120. 3. 2.5 0.750 3. 3.40. 10 50 4.

10220 33TIP 42 B 80. 120. 3. 3. 400 70030-70-00422 P 6. 65. 1.5 6 15 75 4.

10218 74TIP 33 B 100030-70-00332 N 80. 120. 10. 80. 4. 10 20 100 3. 3. 6004.

800 T0218 7430-70-00362 TIP 36 B P 80. 120. 25. 125. 4. 25 3. 110010 50 15. 4.

T03 1030-04-09400 2SC 940 90. 5. 50.N 15 120 10.

T03 1090. 0.800 4 0.80030-06-04110 40411 N 30. 150. 35 100 4. 4.

T03 102N 6032 1000 200030-01-60320 N 90. 120. 50. 140. 1.3 50 10 50 50. 2.6 50.

T03 10500 200030-01-50380 2N 5038 90. 150. 20. 140. 2.5 20 50 250 12. 60.N

T066 930-05-04200 2S0 420 N 100. 7. 40. O 700 7. 4.

T03 1030-02-08081 2 SA 808 A 6.P 100. 50. 20 3. 4.

T03 1030-02-16191 2SA 1619 A P 100. 6. 50. 20 3. 4.

T0220 3330-05-07220 2SO 722 50.N 100. 6. 0 500 7. 4.

T0220 3330-03-07120 2SB 712 100. 6. 50. 0 500 7.P 4.

T0218 7430-04-25780 2SC 2578 70. 30 3.N 100. 7. 4.

30-02-11030 T0218 742SA 1103 100. 7. 70. 30 3. 4.P

104

6.1. Transistors - VoltageUce(sat)

(V) (A)'(/ Ic 0 Ic hFE 0 Uce Ft tOH tOFF

(ns) (ns)Ucco Ucbo Ptot 0 Ic

ElOata code S (V (V) (A) (W) (A) (V) (MHz) Case no.Type f D mln. tnax.

30-04-14030 T03 102SC 1403 100. 8. 70. 30 3. 4.II

30-01-60420 T0220 332N 6042 1000 10000 3.P 100. 8. 75. 0 4

30-04-22600 2SC 2260 T03 10II 100. 8. 80. 30 3. 4.

30-02-09800 T03 102SA 980 30 3.P 100. 8. 80. 4.

T03 1030-04-15840 2SC 1584 100. 15. 150. 30 5. 4.NT03 1030-02-09070 2SA 907 P 100. 15. 150. 30 5. 4.

30-01-63380 T03 10402N 6338 100. 25. 200. 30 120 10.H

30-25-02403 3 200 400 T0220 33BD 240 C P 100. 100. 3. 30. 0.600 1. 15 1. 4.

T0220 3330-03-10160 52SB 1016 30. 2. 40 240 1. 5.P 100. 100. 5. 4.

T0220 3330-05-05250 5. 122SO 525 100. 100. 40. 2. 4. 40 240 1.II 5.200 T066 930-01-54300 30 1002N 5430 60 240 2. 2.100. 100. 7. 40. 1.2 7.II

2600 4500 T0220 3330-70-01120 2.TIP 112 100. 100. 50. 2.5 2. 0 500 4.II 4.

2600 4500 T0220 3330-70-01170 2. 4.TIP 117 P 100. 100. 50. 2.5 2. 0 5004.

T0218 7430-05-07160 122S0 716 55 160 1. 5.II 100. 100. 6. 60. 2. 4.

T0218 745. 1030-03 06860 2SB 686 2. 55 160 1.P 100. 100. 6. 60. 4.

T0220 333.30-29-00533 750 3.8DX 53 C 100. 100. 8. 60. 2. 3. 0II

T0220 3330-29-00543 3. 3.BOX 54 C 100. 60. 2. 3. O 750P 100. 8.

T0220 333. 3. 1030-25-06490 2. 3. 0 750BD 649 100. 100. 8. 62.5tl

T0220 333. 3. 1030-25-06500 BO 650 2. 3. 0 750P 100. 100. 8. 62.51500 8500 T0220 333.30-70-01220 3.TIP 122 100. 65. 5. 0 1000II 100. 5. 4.

1500 8500 T0220 333. 3.30-70-01270 1000TIP 127 P 100. 100. 5. 65. 4. 5. D

600 2000 T0220 3330-25-02433 3. 4.BD 243 C 100. 100. 8. 65. 1.5 6. 15N

700 T0220 334003. 4.30-25-02443 BD 244 C 6. 15P 100. 100. 8. 65. 1.5T0220 332.30-25-08020 30 1.BD 802 100. 100. 8. 65. 1. 3.P

T0220 3330-70-01320 1000 15000 4. 4.TIP 132 8. 70. 3. 6. 0II 100. 100.T0220 331000 15000 4. 4.30-70-01370 70. 3. 6. DTIP 137 P 100. 100. 8.

1000 3500 T0220 333.3.30-29-00333 2.5 3. D 7508DX 33 C 100. 100. 10. 70.II

1000 3500 T0220 333.3.30-29-00343 2.5 3. 750BDX 34 C 100. 100. 10. 70. DP

1*5 150 T0220 334.30-25-09110 5.100. 100. 90. 1. 5.BD 911 II 15.T0220 335. 4.30-25-09120 90. 5. 15 150BD 912 P 100. 100. 15. 1.

0.200 800 2000 T03 103.6.30-29-00873 2. 6. D 750 18000BOX 87 C 100. 100. 12. 120.II2000 T03 103. 0.200 8006. 750 18000 6.30-29-00883 100. 100. 12. 120. 2. DBDX 88 C P1100 T0218 749004.10.30-70-01420 125. 3. 10. D 500TIP 142 N 100. 100. 10.

900 1100 T0218 744.10. 500 10.30-70-01470 100. 100. 10. 125. 3. 0TIP 147 PT03 103.6.2. 6. 0 750 1800030-01-60590 100. 100. 12. 150.211 6059 tlT03 103.6.2. 6. D 750 1800030-01-60520 P 100. 100. 12. 150.2N 6052

105

6.1. Transistors - VoltageHl Uceo Ucbo

(V) (V)Ic Ptot

(A) (W)Ucefsat) 6 Ic

(V) (A)hFE e ic 0 Uce Ft tOH tOFF

(MHz) (ns) (ns)ElOata code S Type P (A) (V)0 mln. max. Case no.

30-29-00672 BOX 67 B 100. 100. 16. 150. 2. 10N 0 1000 10. 3. 3500 T03 100.050 100030-29-00662 BOX 66 B P 100. 100. 16. 150. 2. 10 0 1000 10. 3. 0.060 1000 3500 T03 1030-01-62840 2N 6284 100. 100. 20.N 160. 2. 10 0 750 18000 10. 3. 3000 3000 T03 10430-01-62870 ZN 6287 100. 100. 160.P 20. 2. 10 750 18000 10. 3. 3000 T03 100 3000430-01-56290 2N 5629 16. 200.N 100. 100. 2. 16 25 100 T03 108. 2.30-01-62480 2N 6248 100. 110. 10. 125. 3.5 10P 20 100 300 1200 T03 105. 4. 15

BD 250 C30-25-02503 100. 115. 25. 125. 25N 4 25 1.5 3 200 500 T0218 744.30-25-02493 BO 249 C 100. 115. 25. 125. 4. 25N 25 1.5 3 300 900 T0218 744.30-30-00900 BOY 90 100. 120. 10. 40.N 1 10 30 120 70 350 1500 T03 105. 5.30-01-62740 2N 6274 N 100. 120. 50. 250. 30 120 20. 30 T03 104.

30-70-00303 TIP 30 C P 100. 140. 30. 0.700 11. 15 75 1. 3 300 1000 T0220 334.

30-70-00313 TIP 31 C 100. 140. 3.N 40. 2.5 3 3. 500 2000 T0220 3310 50 4. 330-70-00323 TIP 32 C 100. 140. 40.P 5. 2.5 0.750 10 50 3. 3 T0220 334. 300 1000

30-70-00413 TIP 41 C 100. 140. 6. 65.II 1.5 6 15 75 T0220 333. 3 600 10004.

30-70-00423 TIP 42 C 100. 140.P 6. 65. 1.5 6 T0220 3315 75 3. 3 400 7004.

30-70-00333 TIP 33 C 100. 140. 10. 80.N 4 10 20 100 3. 3 600 1000 T0218 744.

30-70-00343 TIP 34 C P 100. 140. 10. 80. 4 10 20 100 3. 3 400 700 T0218 744.

30-70-00353 TIP 35 C 100. 140. 25. 125.N 4 25 900 T0218 7410 50 15. 3 12004.

TIP 36 C 100. 140. 25.30-70-00363 P 125. 4 25 10 50 15. 4. 3 1100 800 T0218 74

30-04-23340 2SC 2334 II 100. 150. 7. 40. 5 3 40 200 0.600 500 T0220 335.100. 160.30-25-05240 80 524 N 0.800 5. 0.300 T0126 161 40 0.100 1001.110.30-01-64960 2N 6496 II 150. 15. 140. 81 12 100 8. 2. 60 500 T03 10500

30-05-04210 2SD 421 120. 7. 40.N 0 700 T066 97. 4.

30-05-10310 2S0 1031 120. 6. 50.II D 700 T0220 334. 2.230-04-14031 2SC 1403 A 120.II 8. 70. 30 T03 103. 4.

120.30-02-07451 2SA 745 A P 8. 70. 30 3. T03 104.

30-04-22610 2SC 2261 120. 8. 80.N 30 3. T03 104.2SC 257930-04-25790 120. 8. 80. 30 3. T0218 744.2SA 110430-02-11040 P 120. 8. 80. T0218 7430 3. 4.

30-02-09810 2SA 981 P 120. 8. 80. 30 3. T03 104.30-04-25800 2SC 2580 120. 90.II 9. 3.30 4. T0218 7430-02-11050 2SA 1105 P 120. 9. 90. 30 3. T0218 744.30-04-11160 2SC 1116 100.H 120. 10. 3.30 4. T03 1030-25-02444 B0 244 0 P 120. 120. 8. 65. 1.5 6 15 3. 4. 3 400 700 10220 3330-05-07180 2SO 718 N 120. 120. 8. 80. 2.5 55 160 125 1. 5. T0218 7430-03-06880 2S8 688 P 120. 120. 8. 80. 2.5 55 160 5. 10 T0218 745. 1.

i

106

6.1. Transistors - Voltagev u“!;r’ w rt tON tOFF

(ns) (ns)Ucbo Ic Ptot 0 Ic hFE 0 Ic 0 UceUceo

ElOata code (KHz)s V) (V) (A) (W) (A) ra Case oo.Type P O min. max.

30-01-56300 ZN 5630 16. 8. Z. 1. T03 10120. 120. 200. 2. 16 20 80N

30-01-60300 T03 10ZN 6030 120. 120. 16. 200. 2. 16 20 80 8. 2. 1.P

30-67-91164 2. 400 2000 T03 10RCA 9116 D 120. 120. 20. 200. 5 25 150 5. 2.P 1.

30-61-11016 20. 5. 4. T03 10HJ 11016 N 120. 120. 20. 200. 3. 20 0 1000

30-61-11015 T03 10120. 1000 20. 5. 4.HJ 11015 P 120. 20. 200. 3. 20 0

30-61-11032 30. 250 T03 10HJ 11032 120. 120. 50. 300. 0 400 50. 5.N

30-61-11033 30. 250 T03 10HJ 11033 120. 120. 50. 400 50. 5.P 300. O

T0220 3330-01-64740 4.2N 6474 120. 130. 40. 1.2 1.5 15 150 1.5 4.N 4.

T0220 3330-01-64760 5.ZN 6476 120. 130. 40. 1.2 1.5 15 150 1.5 4.P 4.

10220 3310.30-25-06510 3. 3.BD 651 120. 140. 12. 62.5 2. 3 0 750N

T0220 3310.30-25-06520 12. 3 750 3. 3.BO 652 P 120. 140. 62.5 2. O

103 1040. 30030-01-63390 30 120 10. 2.2N 6339 120. 140. 25. 200.N

103 1030.30-01-62750 2N 6275 30 120 20. 4.120. 140. 50. 250.N

10500 500 T0330-01-56720 2. 50.2N 5672 30. 0.750 15 20 100 15.N 120. 150. 140.

1000 2000 103 1040. 2. 50.30-01-60330 2N 6033 140. 1. 40 10 50N 120. 150. 40.

1200 1066 93000.750 5. 10.30-01-50500 ZN 5050 125. 2. 5. 2 25 100N 125. 40.

1500 1066 930030.30-28-00252 26. 1. 3 63 160 1. 1.BDW 25-10 125. 130. 5.N

1600 103 10160010. 1.530-60-00570 BUY 57 125. 150. 15. 117. 1.3 10 12N

10850 10350020 60 10. 2. 8.30-59-00100 BUX 10 125. 160. 25. 150. 0.300 10N

102000 1037. 100030-30-00580 20 60 10. 4.BOY 58 125. 160. 25. 175. 0.500 10N

500 1000 103 1016.20 100 5. 4.30-55-00500 BUR 50 125. 200. 70. 350. 1. 35N

103 1040 250 2. 4.30-15-01020 AL 102 130. 6. 30. 0.500 5 1.P 130.

103 1030 3. 4.30-04-22620 2SC 2262 140. 8. 80.N

103 103. 4.30-02-09820 302SA 982 P 140. 8. 80.

10218 743.30-04-25810 30 4.2SC 2581 140. 10. 100.N

T03 103.30-04-11161 30 4.2SC 1116 A 140. 10. 100.N

10218 7430 3. 4.30-02-11060 2SA 1106 10. 100.P 140.

103 103.30-02-07471 30 4.2 SA 747 A 140. 10. 100.P

103 1010. 40.30 12030-01-63400 25. 200.2N 6340 140.N

2000 103 1020 9030-18-01100 10. 30. 0.500 5AU 110 P 140. 140.

103 108. 2. 1.30-01-56310 200. 2. 16 15 602N 5631 140. 140. 16.H

103 108. 2. 1.2. 16 15 6030-01-60310 2N 6031 140. 140. 16. 200.P

0.200 T066 96. 2.7 25 100 0.500 4.30-01-34410 3. 25.2N 3441 140. 160.N

0.080 103 103. 4.1. 3 20 7030-01-34420 140. 160. 10. 117.2N 3442 N

3. 800 3700 103 108. 4.150. 1.4 8 15 6030-01-37730 2N 3773 140. 160. 16.N

0.2008. 4. 103 101.4 8 15 6030-30-00370 140. 160. 16. 150.BOY 37 N

107

6.1. Transistors - Voltageton torr

(ns) (ns)rtUce(sat) 0 Ic

(V) (A)0 Ic 0 Uceni Ucbo Ic Ptot hFEUceo

Case no.(A) V (HHz)(V) (A) (V(V) o min. rrax.S PElData code Type

T03 10400 2000216. 4. 16 15 60 8. 4.140. 160. 150.30-01-66090 2N 6609 P

103 1030160. 50. 250. 30 120 20. 4.211 6276 140.30-01-62760 II

10220 33100060036. 65. 15 75 3. 4.140. 180. 1.5 6TIP 41 E N30-70-00415

10218 741000600320 100 3. 4.140. 180. 10. 80. 4. 1030-70-00335 TIP 33 E N

10220 3310.2. 30. 40 0.700150.30-04-21670 2SC 2167 N

10220 3310.2. 30. 40 0.700150.30-02-09570 2SA 957 P

103 10400 1. 4.150. 5. 50.30-04-17680 2SC 1768 N

103 10100. 400 4.150. 5. 1.30-04-18290 2SC 1829 N

10218 7430 3. 4.150. 10. 100.2SA 1186 P30-02-11860

103 10500100.150. 15.30-04-14400 2SC 1440 N

10218 7430 3.12. 120. 4.2SA 1187 P 150.30-02-11870

103 10150. 30 5. 4.2SC 1585 150. 15.30-04-15850 ri

103 104030 120 10.150. 25. 200.2N 634130-01-63410 H

1066 90.20020 60 2.170. 3. 50. 0.500 1 1.2N 6264 150.30-01-62640 n103 100.8002.150. 0.500 3 20 70 3.150. 170. 10.30-01-62620 2N 6262 N

103 100.20015 60 2.150. 170. 16. 250. 2.5 16 8.211 625930-01-62590

103 1030180. 250. 30 120 20. 4.211 6277 150. 50.30-01-62770 II

10218 742501605. 10200. 70. 2. 10 0 60 500 0.500T1PL 790 A II 150. 10.30-70-07901

10218 742501605. 1010. 80. 2. 10 0 60 500 0.500TIPL 785 A 150. 200.30-70-07851 II

103 10300 23001.5 256. 25. 1.5 5 10 5.BU 312 150. 280.30-54-03120 II

10220 33750101. 5 12 10.150. 330. 7. 60. 4.BU 407 H30-54-04070

103 10 |10126 16 103 10

0.50010. 1.155. 155. 10. 10. 15AU 103 P30-18-01030

10. 90160. 0.100 10. 1. 0.030 25 0.03081 457 II 160.30-31-04570

15120. 10II 160. 250. 20. 1.5 1530-58-00580 BUW 58

103 1010002550. 1030-54-04120 BU 412 II 175. 12.

103 1010002560. 5BU 413 N 175. 15.30-54-04130

103 106P 180. 150. 40 14030-03-05540 2SB 554 15.

T03 102. 450.600 8 10 60 8.N 190. 250. 20. 200.30-59-00111 8UX 11 A

10220 3310.0.7002SC 2168 200. 2. 30. 4030-04-21680 II

10220 3310.30. 40 0.70030-02-09580 2SA 958 P 200. 2.

10220 334001060. 1030-54-04080 BU 408 200. 7.II

103 10500100.30-04-14410 2SC 1441 200. 15.II

103 105. 4.30-04-15860 2SC 1586 150. 30200. 15.II

103 104.5.30-04-26070 2SC 2607 150. 30200. 15.II

T0218 744.5.30-02-11690 302SA 1169 15. 150.P 200.

T03 104.5.30-02-09090 2SA 909 30150.200. 15.P

108

6.1. Transistors - VoltageUco(sat) 0 Ic

(V) (A)rt tON tOFF

(ns) (ns)N / hFE ? Ic 0 Uce"een ncbo Ic Ptot

ElData code (A) (V) (KHZ) Case no.S V) (V) (A) (w>Type P 0 min. nux.

103 1030-02-11160 2SA 1116 30 5. 4P 200. 15. 150.

103 1030-04-26080 20 8. 42SC 2608 200. 17. 200.N

103 1030-02-11170 20 8. 42SA 1117 P 200. 17. 200.

10218 7430-02-11700 20 8. 42SA 1170 P 200. 17. 200.

1200 103 10630-55-00210 0.600 12. 20 60 12.BUR 21 200. 40. 250.M

10220 3310030-04-22380 70 240 0.100 52SC 2238 200. 100. 1.5 25. 1.5 0.500H

103 100.700 2 230-18-01070 35 120AU 107 P 200. 200. 10. 30.

103 102.5530-61-00410 0.800 1. 30 90 1.MJ 410 200. 200. 5. 100.M

2000 6000 T03 101.5 1.530-60-00720 25 160 2.BUY 72 200. 280. 10. 60. 1.5 7.N

1700 1000 T03 101.51.4 10. 10 12.30-60-00730 BUY 73 200. 280. 15. 117.II

T066 910 1040 150 0.10030-25-02160 BO 216 200. 21.5 1. 0.300H 300. 1.

250 T03 103502 10020 80 10.30-01-66880 20. 200. 1.5 20.211 6688 200. 300.N

T03 102015 60 8. 430-61-15022 8.HJ 15022 200. 350. 16. 250. 1.4II

750 T0220 3335010030-54-08060 60. DBU 806 200. 400. 8.II

500 103 101015 180 2. 430-30-00270 BDY 27 200. 6. 85.II 400.

1066 910 1040 200 0.10030-01-37380 2H 3738 3. 20. 2.5 0.250225. 250.II

1066 92.8 2010 100 1.30-01-62110 211 6211 225. 2. 35. 1.4 1.P 275.

103 1050030-04-14360 100.2SC 1436 230. 15.II

103 10100030-04-14370 200.2SC 1437 230. 50.II

10220 3330-05-08590 2S0 859 250. 0.750 35.II

10126 160.025 20 605030-31-04700 0.030 20. 0.025BF 470 P 250. 250. 2.

10202 8810 20040 180 0.0302. 0.600 0.03030-31-04600 BF 460 250. 250. 0.500II

1500 103 101.32.15 4030-18-01130 250. 250. 10. 5. 0.800 5.AU 113 P

10126 16900.030 100.030 2530-31-04580 250. 0.100 10. 1.Br 458 N 270.

1066 91.2 10.500 1.2 12 7030-01-60780 45.211 6078 250. 275. 7.

103 100.400 1015 1302.5 2.30-59-00161 BUX 16 A 250. 325. 5. 100.tl

1066 91025 100 1.0.75030-01-35840 2N 3584 250. 330. 2. 35. 1.II

3000 3000 1066 910 1025 100 1.30-01-64210 250. 375. 2. 35. 0.750 1.211 6421 P

103 10208. 415 6030-61-15024 16. 250. 1.4 8.HJ 15024 II 250. 400.

400 103 106003. 515 750.800 3.30-01-63060 250. 500. 8. 125.211 6306 II

800 2300 T03 102.5108 50 1.30-01-62500 275. 375. 10. 175. 1.5 10.211 6250 II

10202 W700.300 2. 3030-31-06170 BF 617 300.tl

10202 846030300. 0.100 6.330-31-07170 BF 717 II

10202 840.100 10. 5030-31-07910 P 300.BF 791

10126 1610 100.05030 2400.500 20.30-62-00340 300.HJE 340 II

10 10126 160.050 1030 240300. 0.500 20.30-62-00350 PHJE 350

109

6.1. Transistors - VoltageH/ Uceo Ucbo

(V) (V)Ic Ptot

(A) (W)Uce(sat) 0 Ic

(V) (A)hFE 0 Ic 0 Uce Ft

(V) (HHz)tON tOFF

(ns) (ns)ElOata code S Type P 0 min. max. A) Case no.

30-06-03130 40313 300. 2. 35.tl 40 250 0.100 10. T066 930-31-08710 BF 871 II 300. 300. 0.030 1.6 20. 0.025 40 0.025 20. 60 T0202 8430-31-08720 BF 872 P 300. 300. 0.030 1.6 20. 0.025 40 0.025 20. 60 T0202 84

300. 300. 0.100 1.8 1.30-31-08590 BF 859 tl 0.030 25 T0202 840.030 10. 90300. 300. 0.030 2.30-31-04710 BF 471 tl 20. 0.025 40 0.025 20. T0126 1660

30-31-04720 BF 472 P 300. 300. 0.030 2. 20. 0.025

0.030

40 0.025 20. 60 T0126 1630-31-04590 300. 300. 0.100 10.BF 459 tl 1. 25 0.030 T0126 1610. 90

2SC 1505 300. 300. 0.200 15.30-04-15050 N 2. 0.050 40 200 0.010 80 T0220 3310.30-01-37390 211 3739 300. 325. 3. 20. 2.5N 0.250 40 200 0.100 T066 910. 10

BUX 67 8 300. 350. 2.30-59-00672 tl 35. 2.5 1. 10 150 0.200 10. 3000 7000 T066 9BUX 66 8 P 300. 350. 2.30-59-00662 35. 2.5 1. 10 150 0.200 600 3100 T066 910.

300. 350. 7.30-01-65120 2N 6512 N 120. 1.5 7. 10 50 3. 103 104. 9 800 3500TIP 663 300. 400. 20.30-70-06630 tl 150. 3. 20. D 500 10000 5. 220 1300 T03 105.

30-25-02320 BD 232 tl 300. 500. 0.250 15. 1. 0.150 20 T0126 160.150 5. 20300.30-25-02150 BD 215 tl 500. 0.500 21.5 30 270 T066 90.500 10. 10300.30-01-35850 2H 3585 tl 500. 2. 35. 0.750 1. 35 100 4000 3000 T066 910. 101.300.BU 111 500.30-54-01110 tl 6. 50. 1.5 3. 5 3. 5. 1000 T03 1020

30-01-63070 2N 6307 300. 600. 8. 125. 1. 3. 15 75 3. 600 400 T03 105. 5BU 126 N 300. 750.30-54-01260 3. 30. 5. 4. 15 60 1000 T03 101. 5. 8

P 320. 320.30-18-01060 AU 106 10. 5. 1. 6. T03 1015 40 2. 1.3 2 75030-18-01120 AU 112 P 320. 320. 10. 5. 1. 6. 15 40 2. 1.3 750 T03 102

320.30-70-06600 TIP 660 II 320. 10. 80. 2.9 10. D 200 2.2 1500 2600 T03 104.

30-67-04230 RCA 423 N 325. 400. 7. 125. 0.200 1. 10 2.5 350 150 T03 105. 4

RCA 431 325.30-67-04310 II 400. 7. 125. 0.250 2.5 15 35 350 400 T03 102.5 5. 4

325.30-25-04100 BD 410 N 500. 1. 1.2 T0220 3330 240 0.050 10. 20

BUX 18 8 N 325. 600.30-59-00182 8. 120. 2.5 4. 15 100 2600 T03 101. 5. 3

30-54-04074 BU 407 O H 330. 330. 7. 60. 1. 5. 12 750 T0220 334. 10. 10

30-59-00285 BUX 28 V N 350. 350. 8. 80. 2. 10. 0 300 T03 107. 1.5 130-70-06610 TIP 661 tl 350. 350. 10. 80. 2.9 10. 0 200 4. 2.2 1500 2600 T03 10

30-59-00673 BUX 67 C 350.N 400. 2. 35. 2.5 1. 10 150 0.200 3000 7000 T066 910.

30-59-00663 BUX 66 C P 350. 400. 35. 2.5 1.2. 10 150 0.200 10. 600 3100 T066 9

30-62-03439 HJE 3439 350.tl 450. 0.300 15. 30 0.020 10. T0126 1615

30-01-61770 2N 6177 N 350. 450. 20. 0.500 0.0501. 30 150 0.050 10. 21 824 34

30-06-08520 40852 3. 4.H 350. 450. 7. 100. 1.212 T03 101.30-59-00173 BUX 17 C N 350. 450. 150. 3. 8.10. 15 3. 2.5 2000 4500 T03 104.

30-70-06640 TIP 664 3. 20. D350. 450. 20. 150. 500 10000 220 1300tl 5. 5. T03 10

110

6.1. Transistors - VoltageN/ Uce(sat) 0 Ic

(V) (A) 0Ft tOII tOFF

(ns) (ns)Ucbo Ic hFE 0 IC 0 UceUcco P tot

(V) (HH7)EtData code (V) (A) 00 (A) Case no.S Type P (V) min. max.

2.5 800 500 103 1030-01-62510 3.2H 6251 350. 450. 10. 175. 1.5 10 6 50 10.II

600 400 T03 1030-01-63080 3 3. 5.2M 6308 350. 700. 8. 125. 1.5 12 60II

T03 1030-60-00790 1.5 15 1000 700BUY 79 350. 750. 8. 60. 1.5 5 5.II 4

15 T03 1030-01-58050 10 100211 5805 H 375. 5. 62.

2600 T03 1030-59-00183 5.8UX 18 C 8. 120. 2.5 15 10011 375. 750. 4 1.

550 500 T0218 7430-70-07610 5. 12375. 100. 5. 4 20 60 0.500TIPL 761 N 800. 4.

1500 2600 10218 742.230-70-01620 TIP 162 380. 50. 2.9 10 200IJ 380. 10. 0 4.

1500 2600 T03 102.230-70-06620 200TIP 662 380. 380. 10. 80. 2.9 10 D 4.II

T0220 3370030-04-28100 2SC 2810 400. 7. 50.II

T03 1080030-04-15770 2SC 1577 400. 8. 80.II

1000 T03 101030-54-05260 15BU 526 400. 8. 86.II

400 103 1030-04-15790 2SC 1579 400. 15. 150.II

T03 1035030-04-23060 2SC 2306 150.II 400. 15.

T03 1040030-04-27610 2SC 2761 400. 30. 200.II

300 T03 1030-04-21470 2SC 2147 400. 50. 200.II

750 T0220 331030-54-04064 5 16 1.BU 406 0 H 400. 400. 7. 60. 1.

160 1500 T0220 335. 5.30-70-01520 80. 1.5 2 0 150TIP 152 II 400. 400. 7.

600 2500 T066 95. 6.530-01-62140 35. 2.5 10 100 1.211 6214 P 400. 450. 2. 1

200 2000 10220 330.300 10. 1030-70-00500 30 150TIP 50 400. 500. 40. 1. 1II 1.

1000 T0220 3330-04-23350 20 80 5. 1.2SC 2335 400. 40. 3. 1500. 7.II

130 200 T0218 742.30-70-00581 500. 50. 2.5 10 10 100 1.TIP 58 A 400. 7.5.II

250 5000 T0218 742.530 150 0.300 10.30-70-00540 1.5 3TIP 54 400. 500. 3. 100.N

700 400 T0220 33500.300 3.30-58-00402 20 1008UW 40 8 400. 650. 1. 40. 1. 1II

500 400 T0220 333. 6030-58-00412 10 40 5.400. 650. 8. 100. 1. 5BUW 41 B II

500 400 T03 103. 6030-01-66730 10 40 5.211 6673 400. 650. 8. ISO. 1. 5N

600 500 T03 103. 5015.30-01-66780 8211 6678 400. 650. 15. 175. 1. 15II

600 500 T03 102. 508 20 10.30-01-66750 211 6675 650. 15. 175. 1. 10N 400.

500 150 T0220 335.5.30-62-13007 8. 80. 1.5 5 6 30HJE 13007 II 400. 700.

450 200 T0220 338. 5.30-62-13009 8 6 30HJE 13009 400. 700. 12. 100. 1.5N

250 400 T0126 16205.0.05030-59-00860 800. 0.500 20. 3. 0.200 50BUX 86 400.II

200 2400 T0126 79200.100 50.30-58-00840 OUW 84 400. 800. 2. 50. 1. 1 5011

20 300 103 105.4.30-54-03269 400. 800. 6. 60. 3. 10BU 326 S II 4

12 400 250 T03 105.1.230-59-00820 3. 30BUX 82 400. 800. 6. 75. 4N

5. 350 300 T03 101.23. 8 3030-59-00800 BUX 80 400. 800. 10. 100.N

3. 1000 1000 T03 108 5.30-01-65450 850. 8. 125. 5. 7 35211 6545 II 400.

2. 1000 700 T03 1010.30-01-65470 175. 5. 15 6 30211 6547 400. 850. 15.N

111

6.1. Transistors - Voltage»/ Uce(sat) 0 Ic

(V) (A)tON tOFF

(ns) (ns) Case no.Ic Ptot hrr FtUceo Ucbo 0 Ic O Ucc

(A)(V) (V) no (A) (V) (MHz)[lOata code S Type P 0 min. nu».

1000 4000 T03 10400. 850. 30. 250. 1.5 2030-56-00140 BUS 14 II 5

6. 60. 3. 6. 200 T03 1030-54-03261 BU 326 A 400. 900. 4 40 0.600 5II300 150 T0218 74400. 900. 6. 70. 3. 30 0.60030-54-04261 BU 426 A N 4 5

1000 T03 10400. 1000. 10. 100. 3.3 8 10 10. 1.5 6.30-54-06261 BU 626 A N450 10218 746. 120. 5. 6 7. 1000TIPL 762 A 400. 1000. 15 60 0.500 530-70-07621 N450 T0218 741000. 8. 120. 8 8. 80030-70-07631 TIPl 763 A 400. 5. 15 60 0.500 5N450 703 10400. 1000. 6. 150. 5. 6 15 60 0.500 5 7. 100030-70-07521 TIPL 752 A II450 T03 10400. 1000. 8. 150. 5. 8 15 60 0.500 5 8. 80030-70-07531 TIPL 753 A II

T0220 33550 500TIPL 760 A 420. 1000. 80. 5. 20 60 0.500 5 12.30-70-07601 N 4. 4T0218 74100. 5. 20 60 12. 550 500TIPL 761 A II 420. 1000. 4. 4 0.500 530-70-07611T03 10500420. 1000. 10. 180. 5. 10 15 60 0.500 5 10. 750TIPL 755 A N30-70-07551T03 10420. 1000. 15. 200. 15 60 12.30-70-07571 TIPL 757 A IIT03 101000 <BUX 27 450. 10. 60. 7 20.30-59-00270 N IT03 10RCA 8766 D 450. 450. 10. 150. 6 100 6. 3 10.30-67-87664 II 1.5 D

T03 101700450. 500. 15. 150. 1.8 8 250 5. 2 80030-54-09320 BU 932 N DT0220 33250 400BUX 85 450. 1000. 2. 40. 3. 30 0.100 5 20.30-59-00850 II 1T03 10250450. 1000. 6. 1.6 1.2 5 12. 40030-59-00830 BUX 83 H 75. 4 30T03 1080030-59-00810 BUX 81 450. 1000. 10. 100. 3. 8 30 1.2 5 6. 500IIT03 10800450. 1000. 12 10. 100030-59-00481 BUX 48 A N 15. 175. 5. 5

800 T03 1030-04-15780 2SC 1578 500. 8. 80.II7T03 1030-04-15780 2SC 1578 500. 8. 80. 1000II

T03 1040030-04-15800 2SC 1580 H 500. 15. 150.400 T03 10450BUX 31 8 500. 1000. 8. 150. 8 40 3 60.30-59-00312 N 1. 4 4.400 T03 10BUX 32 8 500. 1000. 8. 150. 1.3 6 8 40 6. 3 60. 45030-59-00322 H400 T03 10450BUX 33 8 500. 1000. 12. 150. 8 6 40 8. 3 60.30-59-00332 N 1.500 T03 103.2S0 870 N 600. 1500. 5. 50. 3. 8 12 530-05-08700 4 1.700 T03 1030-54-02080 BU 208 H 700. 700. 5. 12.5 5. 4.5 2.25 4.5 5 1.750 T03 10BU 205 700. 2.5 10. 5. 5 7.530-54-02050 N 1500. 2 2 2.

10218 74BU 508 A II 700. 1500. 8. 125. 1. 4.5 7.30-54-05081750 T03 10BU 105 2.5 10. 5. 2.5 7.530-54-01050 H 750. 1500. 10

1000 T03 10BU 108 12.5 7.30-54-01080 N 750. 1500. 5. 5. 4.5 7f700 T03 1030-54-02269 BU 226 S 32.H 800. 2. 1.5

103 102SO 60730-05-06070 800. 5. 50.N700 T03 1030-54-02090 BU 209 12.5 5. 3 2.2 3. 5 7.H 800. 1700. 4.

30-54-04142 15. 700 T03 10BU 414 8 60. 3.5H 900. 15.700 T03 1030-54-04152 BU 415 8 15.20. 120.II 900. 4

112

6.1. Transistors - VoltagetOH tOFF

(ns) (ns)FtII/ Uce(sat) 9 Ic

(V) (A)hFE 0 Ic 0 UceUcbo Ic P totUceo

(V) (NHzj Case no.(A)ElOata code S (V) (V) (A) OQ min. ma*.Type P 0

700 T03 105. 7.30-54-02081 4.512.5 1. 4.5 2.25BU 208 A 1500. 700. 5.

700 T03 107.5.30-54-02084 1. 4.5 2.5 4.5BU 208 0 N 1500. 700. 5. 12.5

9000 T03 10330-54-05000 6. 30. 4.5BU 500 N 1500. 1500.

1000 1500 T03 105.1.530-60-00710 2200. 2. 40. 5. 1.5BUY 71 N

113

6.2. Transistors - CurrentHl Uceo Ucbo Ic Ucefsat) 0 Ic

(V) (A)Ptot hFC 0 Ic Ft tON tOFF

(ns) (ns)0 Uce

(A)(V) (V) (W)ElData code S Type P 0 mln. max. (A) (V) (MHz) Case no.

300.30-31-08710 BF 871 300. 0.030 1.6 20.N 0.025 «0 T0202 840.025 20. 60.300. 300.30-31-08720 BF 872 P 0.030 1.6 20. 0.025 40 0.025 T0202 8420. 60.

30-31-04710 BF 471 300. 300. 0.030 2. 20.N 0.025 T0126 1640 0.025 20. 60.30-31-04720 BF 472 300. 300. 0.030 2.P 20. 0.025 T0126 1640 0.025 20. 60.30-31-04700 BF 470 P 250. 250. 0.030 2. 20. T0126 160.025 50 0.025 20. 60.30-31-08590 BF 859 300. 300. 0.100 1.8N 1. 0.030 25 T0202 840.030 10. 90.30-31-07170 8F 717 300. 0.100 6.3H 30 T0202 8460.30-31-04570 BF 457 160. 160. 0.100 10. T0126 16N 1. 0.030 25 0.030 10. 90.30-31-04580 8F 458 250. 270. 0.100 10.H 1. 0.030 T0126 1625 0.030 10. 90.

BF 459 300. 300. 0.10030-31-04590 N 10. 1. 0.030 T0126 1625 0.030 10. 90.30-31-07910 BF 791 P 300. 0.100 10. T0202 845030-04-15050 2SC 1505 300. 300. 0.200 T02Z0 3315. 2. 0.050 40 200 0.010 10. 80.

BO 232 300.30-25-02320 N 500. 0.250 15. T0126 161. 0.150 20 0.150 5. 20.300.30-31-06170 BF 617 N 0.300 2. T0202 8430 70.

HJE 3439 350.30-62-03439 N 450. 0.300 T0126 1615. 30 0.020 10. 15.30.30-01-50900 2N 5090 N 55. 0.400 T060 314. 1. 0.100 10 200 0.050 500.

250. 250.30-31-04600 BF 460 N 0.500 2. T0202 880.600 0.030 40 180 0.030 10. 200.40.30-01-33750 2N 3375 N 65. 0.500 T0C0 3111.6 0.5001. 10 150 0.250 5. 500.

HJE 340 300.30-62-00340 N 0.500 20. T0126 1630 240 0.050 10. 10.HJE 350 300.30-62-00350 P 0.500 20. T0126 1630 240 0.050 10. 10.

30-59-00860 BUX 86 N 400. 800. 0.500 20. 3. 0.200 T0I26 1650 0.050 5. 20. 250 40030-25-02150 BO 215 300.N 500. 0.500 21.5 T066 930 270 0.500 10. 10.30-02-08160 2SA 816 P 80. 80. 0.750 1.5 0.500 T0220 330.500 70 240 0.150 2. 100.30-05-08590 2SD 859 250.N 0.750 35. 10220 3330-25-05240 BO 524 N 100. 160. 0.800 5. 1. 0.300 T0126 1640 0.100 100.1.30-04-04960 2SC 496 30. 40.N 1. 0.250 0.500 T0126 1640 240 0.050 2. 100.

2SA 496 P 30.30-02-04960 40. 1. 0.800 0.500 T0126 1640 240 0.050 2. 100.2SC 49530-04-04950 N 50. 70. 0.250 T0126 161. 0.500 40 240 0.050 2. 100.

30-25-04100 BO 410 N 325. 500. 1.2 T0220 3330 240 0.050 10. 20.30-25-09790 80 979 80.t( 100. 3.6 1.8 T0202 841. 0 1000 0.150 10. 200.30-25-09800 80 980 P 80. 100. 3.6 1.8 0.150 T0202 841. D 1000 10. 200.30-09-01550 30-09-01650

j 30-09-01640 |30-25-08750

AO 155 15. 6.P 25. 1066 935 115 0.500 0.3001.AO 165 N 20. 25. 6. 60 185 0.500 2.5 T066 91.AO 164 P 20. 25. 6. 1066 960 185 0.500 2.51.BO 875 45. 60. 9. 1.8 1. 0 1000 0.150 10. 200. T0126 16

114

6.2. Transistors - CurrentHi Uce(sat)

(V) (A)Ft tON tOFF

(ns) (ns)Uceo Ucbo Ic hFE 0 UcePtot 0 Ic 0 Ic

FtData code (KHz)S Type (V) (V) (A) m (A) (V) Case oo.P D mln. nax.

30-25-08760 BO 876 200. T0126 16P 45. 60. 9. 1.8 1000 0.150 100

30-25-08770 T0126 1680 877 60. 80. 9. 1.8 1000 10 200.N D 0.150

30-25-08780 200. T0126 1680 878 P 60. 80. 9. 1.8 1000 0.150 100

30-25-08790 T0126 16BO 879 10 200.80. 100. 9. 1.8 D 1000 0.150N

30-25-08800 T0126 16200.B0 880 1000 0.150 10P 80. 100. 9. 1.8 0

30-01-61770 21. 824 342N 6177 350. 0.500 0.050 30 150 0.050 10N 450. 20.

30-25-02160 T066 910.BO 216 200. 300. 21.5 0.300 40 150 0.100 10N 1.

30-01-36320 T060 312N 3632 400.40. 65. 23. 0.500 10 150 0.250 5N 1.

1066 930-01-48980 3.2N 4898 P 40. 40. 25. 0.600 1. 20 100 0.500

T066 930-01-49120 3.2N 4912 0.500N 80. 80. 25. 0.600 1. 20 100

30-01-49000 T066 93.2H 4900 80. 0.600 1. 20 100 0.500P 80. 25.

T066 930-01-48990 0.500 3.2H 4899 60. 60. 25. 0.600 1. 60 20P

500 2000 T0220 3330-70-00290 3.TIP 29 15 75N 40. 80. 30. 0.700 1.

300 1000 T0220 3330-70-00301 3.TIP 30 A P 60. 100. 30. 0.700 1. 15 75

500 2000 T0220 3330-70-00292 3.TIP 29 B 15 75N 80. 120. 30. 0.700 1.

300 1000 T0220 333.30-70-00302 TIP 30 B 80. 120. 30. 0.700 1. 15 75P

300 1000 T0220 3330-70-00303 3.TIP 30 C 100. 140. 30. 0.700 1. 15 75P

T0126 1630-01-49210 0.500 3.2N 4921 30. 0.600 1. 20 100N 40. 40.

T0126 1630-01-49180 3.2N 4918 20 100 0.500P 40. 40. 30. 0.600 1.

T0126 16» 3.30-01-49220 20 100 0.5002H 4922 60. 60. 30. 0.600 1.M

T0126 163.30-01-49190 0.500ZN 4919 60. 30. 0.600 20 100P 60. 1.

T0126 1630-01-49230 3.2N 4923 20 100 0.50080. 80. 30. 0.600 1.N

T0126 163.30-01-49200 20 100 0.5002N 4920 P 80. 80. 30. 0.600 1.

700 400 T0220 3350.30-58-00402 20 100 0.300BUW 40 B 650. 40.N 400. 1. 1.

200 2000 T0220 3310.30-70-00500 0.300 10TIP 50 500. 40. 30 150N 400. 1. 1.

T060 31300.30-06-02920 40292 90. 23.2N 50. 25

T0126 160.150 2 50.30-25-01350 40 250BO 135 45. 5 8. 0.500 0.500N 45.

10202 840.150 2 50.30-25-08292 63 160BD 829-10 80. 100. 5 8. 0.500 0.500N

T0202 842 50.30-25-08302

30-25-02260

63 160 0.150BO 830-10 BO' 226

80. 8. 0.500 0.500P 100. 5

TQ1Z6 162 125.0.1500.800 40 250N 45. 45. 5 12.5 1.

T0126 162 50.0.15030-25-02270 40 250BD 227 5 12.5 0.800 1.P 45. 45.

125. 10126 160.150 230-25-02280 40 160BD 228 60. 60. 5 12.5 0.800 1.N

T0126 162 50.0.15030-25-01370 12.5 0.500 0.500 40 160BO 137 60. 60. 5H

2 50. T0126 1630-25-02290 0.150BD 229 60. 12.5 0.800 40 160P 60. 5 1.

75.2 T0126 160.15030-25-01380

30-25-01392

12.5 0.500 0.500 40 160BO 138 P 60. 60. 5

2 50. T0126 160.1500.500 0.500BD 139-10 5 12.5 40 160N 80. 80.

115

6.2. Transistors - CurrentUce(sat)

(V) (A)N / Ic r i tOII tOFF

(ns) (ns)Uceo Ucbo Ptot 0 Ic hFI 0 Ic 0 Uce

(v) (A) (W) (V) (MHz) Case no.(V) 0 min. nax. (A)□Data code S Type P

10126 16B0 139/140 80. 80. 1.5 12.5 0.500 0.500 40 160 0.150 2. 5030-25-39400 NP

10126 1612.5 0.500 0.500B0 140-10 P 80. 80. 1.5 40 160 0.150 2. 7530-25-01402

10126 16100. 1.5 12.5 0.800 40 160 0.150 2. 12530-25-02300 60 230 80. 1.N

10126 1612580. 100. 1.5 12.5 0.800 40 160 0.150 2.30-25-02310 BO 231 P 1.

10220 332SC 2238 200. 100. 1.5 25. 1.5 0.500 70 240 0.100 5. 10030-04-22380 N

10126 16400 150045. 2. 25. 0.600 25 2. 330-25-02330 B0 233 N 45. 1. 1.

B24 34100. 2. 0.500 30 130 0.500 50 802N 6178 75. 25. 0.500 4.30-01-61780 N

B24 . 34 10126 16

100. 2. 25. 0.700 30 130 50 1002N 6180 P 75. 0.500 0.500 4.30-01-61800

2. 25. 3 300B0 238 P 80. 100. 40 160 0.150 2.30-25-02380

10220 332. 30. 0.7002SC 2167 150. 40 10.30-04-21670 N

10220 33150. 2. 30. 40 0.700 10.30-02-09570 2SA 957 P

10220 332SC 2168 200. 2. 30. 40 0.700 10.30-04-21680 N

10220 332SA 958 P 200. 2. 30. 40 0.700 10.30-02-09580

103 10700BU 226 S 800. 2. 32. 1.530-54-02269 N

1066 930-01-62110 2N 6211 225. 275. 2. 35. 10 100 2.8 20P 1.4 1. 1.

1066 93000 7000BUX 67 B N 300. 350. 2. 35. 2.5 10 150 0.200 10.30-59-00672 1.

1066 9600 3100BUX 66 B P 300. 350. 2. 35. 2.5 10 150 0.200 10.30-59-00662 1.

1066 9350. 700030-59-00673 BUX 67 C 400. 2. 35. 2.5 10 150 0.200 10. 3000N 1.

1066 9310030-59-00663 BUX 66 C P 350. 400. 2. 35. 0.200 10. 6002.5 1. 10 150

1066 9400. 2500211 6214 P 450. 2. 35. 2.5 10 100 6.5 60030-01-62140 1. 1. 5.

1066 9250.30-01-35840 211 3584 11 330. 2. 35. 0.750 1. 25 100 101.

1066 9250. 375. 3000 300030-01-64210 * 2N 6421 P 2. 35. 0.750 1. 25 100 10. 101.

1066 93000211 3585 300. 500. 2. 35. 0.750 1. 10 400030-01-35850 II 35 100 1. 10.

1066 9300.30-06-03130 40313 tl 2. 35. 40 250 0.100 10.

103 101500BUY 71 II 2200. 2. 40. 5. 5 100030-60-00710 1.5 1.5

1200 1066 9211 5050 II 125. 125. 5. 10 30030-01-50500 2. 40. 2. 25 100 0.750 5.

10220 33250 400BUX 85 N 450. 1000. 2. 40. 3. 30 0.100 5. 2030-59-00850 1.

200 2400 10126 79BUW 84 400. 2. 50. 0.100 2030-58-00840 II 1. 1. 50 50.

750 103 1030-54-02050 BU 205 II 700. 1500. 2.5 10. 5. 2. 2 2. 5. 7.5

750 103 10750. 5. 7.530-54-01050 BU 105 II 1500. 2.5 10. 2.5 10

1066 930-09-01610 AD 161 20. 32. 3. 4. 0.600 1. 50 350 0.500 31.

AD 161/162 1066 930-09-61620 20. 3. 6. 0.600 3. 0.500 3NP 32. 50 350 1.

1066 9330-09-01620 AD 162 20. 32. 3. 6. 0.600 50 350 0.500P 1. 1.

10220 3330-04-16780 2SC 1678 65. 10. 0.500 10065. 3. 0.500 15 0.500 5.

T0220 3330-04-11730 2SC 1173 30. 3. 10. 0.300 2. 70 240 0.500 2. 100H 30.

300 1500 T066 930-25-01090 BO 109 18.5 0.35 2. 3060. 3. 40 250 1. 1.N 40.

116

6.2. Transistors - CurrentN/ tOM tOFF

(ns) (ns)Ucc(sat) 0 Ic

(V) (A)hFE FtUceo Ucbo Ic Ptot 0 Ic 0 Uce

□Data code S Type (V) (V) (A) (W (V) («Hz)P 0 min. nux. CA) Case no.

30-01-37380 2K 3738 10. 10.II 225. 250. 3. 20. 2.5 0.250 40 200 0.100 T066 9

30-01-37390 211 3739 300. 325. 3. 2.5 0.250 40 200 10. 10. T066 9N 20. 0.100

30-01-34410 211 3441 4. 0.200 1066 9II 140. 160. 3. 25. 6. 2.7 25 100 0.500

30-02-04900 2SA 490 2. 10. T0220 33P 40. 50. 3. 25. 0.45 40 240 0.500

30-05-07629 2SD 762 P T0220 3360. 3. 30.II

30-09-01632 0.350AD 163 II 103 10 | 10126 16

P 80. 100. 3. 30. 0.500 3. 12.5 25 1. 1.

30-25-01790 3.HD 179 2.tl 80. 3. 30. 15 l.

30-25-02403 200 400 10220 333.DD 240 C 100. 3. 0.600 1. 15 4.P 100. 30. 1.

30-54-01260 1000 T03 105. 8.811 126 300. 750. 3. 30. 5. 15 60 1.ri 4.

T03 1030-09-01323 0.35AD 132 III 3. 20 40 1.P 60. 80. 3. 30. 0.500 1.

10000 15000 T03 1030-19-00203 0.3520 40 3. 1.AUY 20 III P 60. 80. 3. 30. 0.500 3.

0.31- ’.OOOO 1S0O0 T03 1030-19-00343 AUY 34 111 3. 20 40 3.P 80. 100. 3. 30. 0.500T03 1030-09-01304 0.35AD 130 IV 30. 32. 3. 30. 0.500 3. 30 60 1. 1.P

10000 15000 T03 100.3530-19-00204 30 60 3.AUY 20 IV 60. 30. 0.500 3. 1.P 80. 3.

T03 1030-09-01324 0.35AD 132 IV 0.500 3. 30 60 1. 1.P 60. 80. 3. 30.

T03 100.3530-09-01634 30 60AD 163 IV 80. 100. 3. 30. 0.500 3. 1. 1.P

10126 163.30-25-01772 40 250 0.150 2.BD 177-10 60. 3. 30. 0.800II 60. 1.

T01Z6 163.30-25-01782 0.150 2.0.800 40 250BD 178-10 P 60. 60. 3. 30. 1.

103 1030-09-01325 0.3550 100 1. 1.AD 132 V 60. 80. 3. 30. 0.500 3.P

800 800 T0220 333.30-05-08800 60 300 0.500 5.2SD 880 60. 60. 3. 30. 0.250 3.II

T0220 3330-04-19830 500 0.500 4.2SC 1983 60. 3. 30.n10220 330.50030-04-19840 500 4.2SC 1984 80. 3. 30.II

500 2000 T0220 333. 3.30-70-00311 10 50 4.IIP 31 A 60. 100. 3. 40. 2.5 3.II

500 2000 T0220 333.30-70-00312 10 50 3. 4.IIP 31 B 80. 120. 3. 2.5 3.II 40.

300 1000 T0220 333.30-70-00322 10 50 3. 4.IIP 32 8 80. 120. 3. 40. 2.5 0.750P

500 2000 T0220 333.30-70-00313 3. 4.3. 3. 10 50TIP 31 C tl 100. 140. 40. 2.5

1066 92. 0.20030-01-62640 20 60 1.211 6264 150. 170. 3. 50. 0.500 1.II

250 5000 T0218 742.50.300 10.30-70-00540 30 150500. 3. 1.5 3.IIP 54 II 400. 100.

1060 31100.30-01-49320 10 100 1.211 4932 25.tl 50. 3.3 70.

T066 90.4530 100 1. 1.30-09-01480 2.AD 148 26. 32. 3.5 13.5 0.200P

103 101. 0.4530-09-01500 30 100 1.30. 3.5 27.5 0.300 3.AD 150 P 32.

103 100.4501.30-10-00274 3. 30 60 1.ADY 27 IV 30. 32. 3.5 27.5 0.300P

103 101. 0.45050 100 1.30-10-00275 0.300 3.ADY 27 V P 30. 32. 3.5 27.5

30. T0220 330.500 5.30 6030-66-04750

30-54-02090

KRF 475 18. 48. 10.II 4.

700 T03 105. 7.3.2.212.5 5. 3.BU 209 800. 1700. 4.N

30. 10220 3330-04-21660 702SC 2166 75. 4. 12.5II

117

6.2. Transistors - CurrentN/ Ucco Ucbo

(V) (V)Ic Ptot Ucc

(A) (H) iv)0 (A)e ic hFE <? IC 0 Uce Ft (V) (MHz)

tOM tOFF (ns) (ns)ElDaia code S Type P D min. ma*. (A) Case no.

30-01-37660 ZN 3766 60. 80N 4. ZO. 2.5 1 40 160 0.500 T066 95. 15.30-01-37670 ZIJ 3767 80. 100N 4. 20. 2.5 1 40 160 0.500 5. T066 915.30-25-01630 80 163 40. 60II 4. 23. 0.500 1.5 25 180 0.500 T066 92. 0.6530-01-37400 211 3740 60.P 60 25.4. 0.600 1 30 100 0.250 3. T066 91.30-01-37410 211 3741 80. 80P 4. 25. 0.600 1 30 100 0.250 T066 91. 3.30-06-03240 40324 35.N 4. 29. 20 120 T066 91. 2. 0.75030-06-03100 40310 35.11 4. 29. 20 120 T066 91. 2. 0.75030-06-03120 40312 60.II 4. 29. 20 120 1066 91. 2. 0.75030-30-00710 BOY 71 55. 90tl 4. 29. 1. 0.500 80 200 0.500 T066 90.8004.

2SC 182630-04-18260 N 60. 4. 30. 40 T0220 331. 4.30-02-07680 2SA 768 P 60. 4. 30. 40 T0220 331. 4.30-04-18270 2SC 1827 80.N 4. 30. 40 T0220 331. 4.30-05-05260 2S0 526 80. 80H 4. 30. 0.45 3 40 240 T0220 330.500 5. 8.

2SO 68630-05-06860 II 80. 100 4. 30. 1.5 3 0 2000 200 600 T0220 331. 2.30-01-52020 2N 5202 75.N 100 4. 35. 1.2 4 10 100 400 400 T066 94. 60.

2N 5294 70.30-01-52940 N 80 4. 36. 2. 3.6 30 120 0.800 5000 15000 T0220 330.500

30-30-00810 BOY 81 N 50. 36.4. 40 240 T0220 333.

BOY 8330-30-00830 P 50. 4. 36. 40 240 T0220 333.

B0 44030-25-04400 P 60. 60 4. 36. 0.800 2 40 0.500 T0126 163.1.30-25-04410 8D 441 N 80. 80 36.4. 0.800 2 40 0.500 T0126 161. 3.

80.30-25-04420 80 442 P 80 36.4. 0.800 2 0.500 2

50 0.500 T0126 161. 3.

30-25-04330 80 433 N 22. 22 4. 36. 85 T0126 160.500 3.1.30-25-04370 BO 437 45. 45 4. 36. 0.600 2 85 T0126 160.500 1. 3.

30-25-04380 80 438 P 45. 45 4. 36. 0.600 2 85 0.500 T0126 163.1.2SD 83730-05-08370 II 60. 4. 40. T0220 33

30-01-64740 2N 6474 120.N 130 4. 40. 1.2 1.5 15 150 T0220 331.5 4. 4.

30-01-64760 2N 6476 P 120. 130 4. 40. 1.2 1.5 15 150 T0220 331.5 5.4.

30-01-51920 2N 5192 80.N 80 4. 40. 1.4 4 20 80 T0126 161.5 2. 2.

30-01-51950 2N 5195 P 80. 80 4. 40. 1.4 4 20 80 T0126 161.5 2. 2.

30-01-51900 2N 5190 H 40. 40 4. 40. 1.4 4 25 100 1.5 T0126 162. 2.

30-01-51930 2N 5193 P 40. 40 4. 40. 1.4 4 25 100 1.5 2. T0126 162.

30-01-51910 2N 5191 H 60. 60 4. 40. 1.4 4 25 100 1.5 2. 2. T0126 1630-01-51940 2N 5194 P 60. 60 40.4. 1.4 4 25 100 1.5 2. T0126 162.

30-01-60340 2H 6034 P 40. 40 4. 40. 3. 4 D 750 18000 2. 3. 25. T0126 1630-25-06750 BO 675

BO 676

X 45. 45 4. 40. 2.5 1.5 D 750 1.5 3. 7. 800 4500 T0126 1630-25-06760 P 45. 40.45. 4. 2.5 1.5 0 750 1.5 3. 300 1500 T0126 161.

118

6.2. Transistors - CurrenttON tOFF

(ns) (ns)Uce(sat)

(V) (A)FtV Q Ic hFE 0 Ic 0 UceUcco Ucbo Ic Ptot

(V) (KHz) Case no.EIData code S (V) (A) (W (A)Type P (V) D min. nv3x.

800 4500 T0126 1630-25-06770 3. 7.80 677 750 1.560. 60. 40. 2.5 1,5 0N 4.

300 1500 T0126 1630-25-06780 3. 1.80 678 60. 2.5 1.5 D 750 1.5P 60. 4. 40.

800 4500 T0126 1630-25-06790 3. 7.B0 679 2.5 D 750 1.580. 80. 4. 40. 1.5II

T0126 1630-01-60390 25.211 6039 750 18000 2.80. 40. 2. 2. 0II 80. 4.

300 1500 T0126 1630-25-06800 3. 1.80 680 80. 2.5 1.5 0 750 1.5P 80. 4. 40.

T0126 1625.30-01-60360 3.211 6036 3. 0 750 18000 2.P 80. 80. 4. 40. 4.

2600 4500 T0220 3330-70-01150 2. 4.TIP 115 60. 2.5 2. D 500P 60. 4. 50.

2600 4500 T0220 3330-70-01160 2. 4.TIP 116 50. 2.5 2. 0 500P 80. 80. 4,*2600 4500 T0220 3330-70-01120 2. 4.TIP 112 50. 2.5 2. D 500II 100. 100. 4.

2600 4500 T0220 3330-70-01170 2. 4.2.5 2. 0 500TIP 117 P 100. 100. 4. 50.

T066 930-01-62950 750 18000 2. 4.211 6295 80. 50. Dtl 4.

T066 930-01-62970 4.0 750 18000 2.2N 6297 80. 50.P 4.

T0218 7430-04-26650 40 1. 4.2SC 2665 80.II 4. 55.

T0218 744.30-02-11350 40 1.2SA 1135 80.P 4. 55.

T0220 330.8004.30-67-30550 20 70 4.RCA 3055 60. 100. 4. 75. 1.1 4.II

T066 93.0.200 10.30-01-60490 25 100211 6049 90. 75. 2. 4.P 55. 4.

T066 93.30-01-30541 25 100211 3054 A II 60. 60. 4. 75.

T0220 335005505. 12.20 60 0.50030-70-07601 TIPL 760 A 420. 1000. 4. 80. 5. 4.II

T0218 7450055012.20 60 0.500 5.30-70-07610 TIPL 761 375. 800. 4. 100. 5. 4.II

500 T0218 745505. 12.30-70-07611 20 60 0.500TIPL 761 A 100. 5.420. 1000. 4. 4.II

T060 31600.10 20030-01-50160 211 5016 30. 65. 4.5 30.II

700 103 104.5 5. 1.30-54-02080 2.25BU 208 700. 5. 12.5 5. 4.5tl 700.

700 T03 105. 7.30-54-02081 2.25 4.5BU 208 A 1500. 5. 12.5 4.5II 700. 1.

700 T03 105. 7.30-54-02084 4.5BU 208 O 5. 12.5 4.5 2.5II 1500. 700. 1.

1000 T03 107.30-54-01080 7BU 108 750. 1500. 5. 12.5 5. 4.5II

100 T0220 331060.1.30-02-10120 70 240 1.2SA 1012 50. 60. 5. 25. 0.200 3.P

1500 T066 930030.1.30-30-00121 40 250 1.BOY 12-6 40. 60. 5. 26. 3.tl 1.

1500 T066 930030.1.63 160 1.30-30-00123 26. 3.BOY 12 C II 40. 60. 5. 1.

1500 T066 930. 3001. 1.30-28-00252 3. 63 160BOW 25-10 125. 130. 5. 26. 1.II

T0220 335. 5.30-03-10160 40 240 1.2SB 1016 100. 30. 2. 4.P 100. 5.

300 1000 T0220 333.4.3.30-70-00323 2.5 0.750 10 50TIP 32 C P 100. 140. 5. 40.

T0220 3312.5.40 240 1.30-05-05250 2S0 525 40. 2. 4.II 100. 100. 5.

T03 1030-05-06070 2SD 607 800. 5. 50.

3. 500 T03 105.30-05-08700 3. 8 12 1.2SO 870 600. 1500. 5. 50. 4.N

T060 315. 500.2.30-01-51620 211 5162 40. 60. 5. 50. 10P

10. T03 1015 12030-04-09400 2SC 940 90. 5. 50.N

119

6.2. Transistors - CurrentN/ Uceo Ucbo Ic Ptot üce(sat) G Ic

(V) (A)tOH tOFF

(ns) (ns) Case r».hfC G Ic G Uce Ft

(V) (HHz)S (V) (V)FlOata code Type P (A) PO 0 min. max. (A)

2SC 176830-04-17680 150. 5.N 50. T03 10400 1. 4.

30-01-58050

130-70-01220

2H 5805 375.N 5. 62. 10 100 T03 101TIP 122 100. 100N 5. 65. 1500 8500 T0220 334. 0 1000 3. 3.

30-70-01270 TIP 127 P 100. 100 5. 65. 1500 8500 T0220 334. D 1000 3. 3.30-01-49010 2N 4901 P 40. 40 5. 87.5 0.400 1 T03 1020 80 2.1.30-01-58690 2N 5869 N 60. 60 5. 87.5 2. 5 700 800 T03 1020 100 0.250 4.

30-01-49020 2N 4902 P 60. 60 5. 87.5 0.400 T03 1020 80 2.1.30-01-49030 2N 4903 P 80. 80 87.55. 0.400 T03 101 20 80 1. 2.30-01-49050 2N 4905 P 60. 60 5. 87.5 2.5 T03 101. 25 100 2.5 2.30-01-49060 2N 4906 P 80. 80 5. 87.5 T03 101. 2.5 25 100 2.5 2.30-59-00161 BUX 16 A 250. 325tl 5. 100. 2.5 T03 102 15 130 0.400 10.30-61-00410 HJ 410 200. 200N 5. 100. T03 100.800 30 901 1. 5. 2.530-04-18290 2SC 1829 150.II 5. 100. T03 10400 1. 4.30-15-01130 AL 113 P 40. 100 6. T066 910. 0.250 1.5 20 200 0.500 2.30-15-01120 AL 112 P 60. 130 6. T066 910. 0.250 1.5 20 200 0.500 2.30-54-03120 BU 312 N 150. 280 6. 25. 300 2300 T03 101.5 5 10 5. 1.5 2530-54-05000 BU 500 II 1500. 1500 6. 30. 9000 T03 103 4.530-02-07690 2SA 769 P 80. 6. 30. T0220 3340 1. 4.30-15-01020 AL 102 P 130. 130 6. 30. 0.500 5 T03 1040 250 2.1.

211 595430-01-59540 P 80. 90 6. 40. 1. 2 200 1200 T066 920 100 0.500 4.2SC 144430-04-14440 60.N 6. 40. T066 930 1. 4.

30-02-07640 2SA 764 P 60. 6. 40. T066 930 1. 4.30-04-14450 2SC 1445 80.N 6. 40. T066 930 1. 4.30-02-07650 2SA 765 P 80. 6. 40. T066 930 1. 4.30-04-19850 2SC 1985 60.II 6. 40. T0220 3340 1. 4.30-02-07700 2SA 770 P 60. 6. 40. T0220 3340 1. 4.30-04-19860 2SC 1986 N 80. 6. 40. T0220 3340 1. 4.30-02-07710 2SA 771 P 80. 6. 40. T0220 3340 1. 4.

2SC 249130-04-24910 tl 50. 6. 40. T0220 33300 1. 4. 50030-04-21980 30-04-16640 30-04-16641

: 30-54-01110 30-02-16180

2SC 2198 II 50. 6. 40. 300 T066 95001. 4.2SC 1664 60.II 6. 40. T066 9500 1. 4.2SC 1664 A tl 80. 6. 40. 500 T066 91. 4.BU 111 II 300. 50.500 6. 1.5 3 1000 T03 105 3. 5. 202SA 1618 P 60. 50.6. 20 T03 103. 4.

30-02-08070 2SA 807 P 60. 6. 50. T03 1020 3. 4.30-02-16190 2SA 1619 P 6. 50.80. 20 3. T03 104.

120

6.2. Transistors - CurrentUccjsat) (Mcli/ Ic 8 Ic Ft tON tOFF

(ns) (ns)Ucco Ucbo Ptot hFE C- Uce

ElData code (V) (A) m (A) (V) (KHz)s Type P (V) min. max. Case no.D

30-02-08081 3. T03 102SA 808 A P 100. 6. 50. 20 4

30-02-16191 2SA 1619 A 20 3. T03 10P 100. 6. 50.

30-04-23150 T0220 332SC 2315 0.50060. 6. 50. 500N

30-04-16290 T03 102SC 1629 70. 6. 50. 500N 1.

30-04-23160 T0220 332SC 2316 80. 500 0.500II 6. 50.

30-05-07210 T0220 332S0 721 80. 6. 50. 0 500 7.II

30-03-07110 T02Z0 332SB 711 80. 7.P 6. 50. D 500

T0220 3330-05-07220 2S0 722 500 7.100. 6. 50. DII

T0220 3330-03-07120 7.2SB 712 P 100. 6. 50. 0 500

T0220 3330-05-10310 22S0 1031 120. 6. 50. 0 700 4.N

300 T03 1030 54-03269 20BU 326 S 400. 6. 60. 3. 10 4.N 4.

T0218 7430-02-11020 2SA 1102 30 2.P 80. 6. 60.T0218 7430-04-25770 2SC 2577 80. 6. 60. 30 2.P

200 T03 1030-54-03261 0.600BU 326 A 400. 900 6. 60. 3. 40M 4.

T0218 7430-05-07160 55 160 122S0 716 100. 100 6. 60. 2. 4. 1.N

10218 7430-03-06860 102SB 686 60. 2. 55 160 1.P 100. 100 6. 4.

600 1000 T0Z20 3330-70-00411 3.TIP 41 A 60. 100 6. 65. 1.5 6. 15 75N400 700 T0220 333.30-70-00421 15 75TIP 42 A P 60. 100 6. 65. 1.5 6.400 700 T0220 3330-70-00422 3.TIP 42 B 120 6. 65. 1.5 6. 15 75P 80.

600 1000 10220 3330-70-00413 3.TIP 41 C 6. 65. 1.5 6. 15 75N 100. 140400 700 10220 3330-70-00423 3.TIP 42 C 1.5 6. 15 75P 100. 140 6. 65.600 1000 T0220 333.30-70-00415 1.5 6. 15 75TIP 41 E 140. 180 6. 65.M

300 150 T0218 7430-54-04261 0.600BU 426 A 6. 70. 3. 4. 30N 400. 900

1000 1200 103 1030-01-14880 2N 1488 3. 1.5 15 45 1.5N 55. 100 6. 75.

250 T03 104001.2 1230-59-00820 3. 30BUX 82 400. 800 6. 75. 4.N

250 T03 1012 40030-59-00830 30 1.2BUX 83 1000 6. 75. 1.6 4.N 450.

500 T03 102.30-30-00270 15 180BOY 27 200. 400 6. 85.N

450 T0218 7410000.50030-70-07621 6. 15 60TIPL 762 A 400. 1000 6. 120. 5.N

450 T03 1010000.50030-70-07521 5. 6. 15 60TIPL 752 A 400. 1000 6. 150.N

400 400 T066 94012 100 4.30-01-38790 2N 3879 35. 1.275. 120 7.II

T0Z20 331.530-06-51950

30-04-23350

0.600 1.5 20 8045195 80. 7. 40.P

1000 T0220 3320 80 5.2SC 2335 400. 40. 3. 1II 500 7.

10220 3330-01-61060

30-01-61070

2. 6.5 30 150 2.2N 6106 P 70. 7. 40.

10 10220 332. 6.5 30 150 2.2N 6107 70. 40.P 7.

10720 332. 6.5 30 150 2.30-01-62920 70. 40.211 6292 N 80 7.

10220 332. 6.5 2.30-01-62930 40. 30 1502N 6293 70. 80 7.II

121

6.2. Transistors - CurrentN/ Uc1St° ...Uceo Ucbo Ic Ptot 0 Ic hFE tON tOFF

(ns) (ns)0 Ic 0 Uce Ft

(V) (HHa)(V) (V) (A) (W)ElData code S Type P (A) Case no.D min. nax.

30-04-23340 2SC 2334 100. 150. 7. 40. 500 T0220 33N 5. 3 40 200 5. 0.600

30-01-54300 2N 5430 100. 100. 7. 40. 1.2II 7 60 240 100 200 T066 92. 2. 30.

30-05-04190

30-05-04200

2SD 419 80. 7. 40.II 700 T066 9D 7. 4.

2SD 420 100. 7.N 40. T066 90 700 7. 4.

30-05-04210 2SD 421 120. 7.H 40. T066 90 700 7. 4.

30-01-60780 2N 6078 N 250. 275. 7. 45. 0.500 T066 91.2 12 70 1.2 1. 1.

30-04-28100 2SC 2810 400. 7. 50. T0220 33H 700

2N 549630-01-54960 II 70. 90. 7. 50. 0.800 5000 15000 T0220 331. 3.5 20 100 3.5 4.

8U 408 200.30-54-04080 N 7. 60. 400 10220 3310 10.

8U 407 150. 330. 7. 750 T0220 3330-54-04070 II 60. 1. 5 12 4. 10. 10.

8U 407 0 330. 330.30-54-04074 II 7. 60. 750 T0220 331. 5 12 4. 10. 10.30-54-04064 BU 406 0 400. 400. 750 T0220 33II 7. 60. 1. 5 16 1. 1. 10.

2SD 84430-05-08440 H 50. 50. 7. 60. 0.200 4 T0218 7470 240 15.1. 1.30-03-07540 2SB 754 P 50. 50. 7. T0218 7460. 0.200 4 70 240 5. 10.1.

2SC 2578 100.30-04-25780 N 7. 70. T0218 7430 3. 4.

30-02-11030 2SA 1103 P 100. 7. 70. T0218 7430 3. 4.

RCA 204 80.30-67-02040 II 7. T0220 3375. 30

RCA 104 80.30-67-01040 P 7. T0220 3375. 30

TIP 152 400.30-70-01520 N 400. T0220 337. 80. 1.5 2 160 15000 150 5. 5.

211 631730-01-63170 P 60. 7. 90. T066 920 100 2.5 4.

30-01-63160 211 6316 II 80. 7. 90. T066 920 100 2.5 4.

2N 6318 P 80.30-01-63180 7. 90. T066 920 100 2.5 4.

4085230-06-08520 II 350. 450. 7. 100. 3. T03 104 12 1.2 1.30-01-65120 211 6512 300. 350. 7. 120. 800 3500 103 101.5 7 10 50 3. 9.4.

RCA 423 325.30-67-04230 II 400. 7. 125. 0.200 T03 101 10 2.5 350 1505. 4.

RCA 43130-67-04310 II 325. 400. 7. 125. 0.250 400 T03 102.5 15 35 3502.5 5. 4.

TIP 58 A30-70-00581 400.II 500. 7.5. 50. 2.5 10 200 T0218 7410 100 2. 1301.30-01-34460 211 3446 II 80. 100. 7.5 115. 0.600 3 T03 1020 60 3. 5. 10.

AUY 18 V30-19-00185 P 64.45. 8. 11. 0.19 8 50 100 T03 105. 0.500 0.300

30-17-00150 AS Z 15 P 60. 100. 8. 30. 0.400 10 T03 1020 55 0.2001. 1.30-17-00170 ASZ 17 P 32. 60. 8. 30. 0.400 10 T03 1025 75 1. 1. 0.220

30-17-00180 ASZ 18 P 32. 100. 8. 30. 0.400 10 T03 1030 110 1. 1. 0.220

30-17-00160 ASZ 16 P 32. 60. 8. 30. 0.400 10 T03 1045 130 1. 1. 0.250

30-25-05370 BO 537 II 80. 80. 8. 50. 0.800 6 T0220 3315 2. 2. 12.30-25-05380 BD 538 P 80. .80. 8. 50. 0.800 6 T0220 3315 2. 2. 16.30-25-05350 B0 535 II 60. 60. 8. 50. 0.800 6 25 2. 2. T0220 3312.

122

6.2. Transistors - CurrentFt tON tOFF

(ns) (ns)85° <*> 0 UceN/ 0 Ic hFE 0 IcUceo Ucbo Ic Plot Ucc(MHz) Case na.(A) (V)(A)ElOata code S Type IV) (V) CV) D min. nvjx.P

T0220 332 16.25 2.30-25-05360 50. 0.800 6B0 536 P 60. 60. 8.

1000 700 T03 101.5 15.30-60-00790 60. 5 4 5.BUY 79 350. 750. 8. 1.5N

7. 1000 4000 T0220 3326 30 3.30-25-02010 80 201 45. 60. 8. 60. 1.5N

7. 1000 4000 T0220 3330 26 3.30-25-02030 BD 203 60. 60. 8. 60. 1.5N

350 750 T0220 3310030-54-08060 60. D8U 806 200. 400. 8.N500 103 10430030-04-21990 8. 60. 1.2SC 2199 80.N

0.100 T0220 333750 3.30-25-02670 60. 0BD 267 60. 60. 8.N

T0220 330.100750 3.60. D30-25-02660 BD 266 60. 60. 8.P

10220 333 D 750 3.30-29-00533 BOX 53 C 100. 8. 60. 2N 100.

T0220 333.3 D 75030-29-00543 100. 8. 60. 2BOX 54 C P 100.

10220 3310.3.3 75062.5 2 030-25-06490 BD 649 100. 100. 8.N

10220 3310.750 3.2 3 O30-25-06500 100. 100. 8. 62.5BO 650 P

600 2000 10220 333.3.6 1530-25-02433 BO 243 C 100. 8. 65. 1.5N 100.

400 700 10220 333.3.1.5 6 15100. 8. 65.30-25-02443 BD 244 C P 100.

10220 33400 7003.3.1565. 1.5 630-25-02444 BO 244 D 120. 120. 8.P

10220 333.30 1.330-25-08020 BO 802 100. 100. 8. 65. 1P

10220 333.40 1.65. 330-25-07960 80 796 45. 45. 8. 1P

1000 3500 10220 331.D 1000 20000 3.65. 3 830-01-63860 2N 6386 40. 40. 8.N

10220 3350.D 1000 20000 3.2 38. 65.30-69-82040 - IA 8204 P 40. 40.

600 2000 10220 332.0 1000 20000 3.340. 8. 65. 230-01-66660 2N 6666 P 40.

103 1030 3.70.30-04-14020 2SC 1402 80. 8.N

103 103.3070.P 80. 8.30-02-07440 2SA 744

103 1030 3.30-04-14030 8. 70.2SC 1403 100.N

103 103.3070.30-04-14031 2SC 1403 A 120. 8.N

103 103.3070.30-02-07451 P 120. 8.2SA 745 A

10220 33D 1000 15000 4.3 68. 70.30-70-01310 IIP 131 80. 80.N

10220 33D 1000 15000 4.3 6100. 8. 70.30-70-01320 IIP 132 100.N

10220 33O 1000 15000 4.670. 330-70-01370 P 100. 100. 8.IIP 137

1066 94.0 750 18000 4.8. 75.30-01-63010 2H 6301 80.N

1066 94.D 750 18000 4.8. 75.30-01-62990 2N 6299 P 80.

10220 334.0 1000 10000 4.75.60. 8.30-01-60430 2N 6043 N

10220 334.D 1000 10000 4.8. 75.30-01-60400 P 60.2N 6040

10220 334.1000 10000o 4.75.80. 8.30-01-60440 211 6044 II

10220 334.1000 10000 4.75. 08.30-01-60410 P 80.2N 6041

4. 10220 333.D 1000 100008. 75.P 100.30-01-60420 211 6042

800 103 1080.400, 8.30-04-15770 2SC 1577 H

123

6.2. Transistors - CurrentHl Ucco Ic Ptot

(A) (W)Uce(sat) @ Ic

(V) (A)Ucbo hit 0 Ic 0 Uce Ft

(V) (MHz)tON tOFF

(ns) (ns) Case no.ElOata code S Type (V) (V)p 0 min. max. (A)

30-04-15780 2SC 1578 500. 8. 80.N T03 101000

30-04-15780 2SC 1578 500. 8. 80.II 800 T03 10

30-62-13007 HJE 13007 400. 700. 8. 80.II 1.5 5 6 30 500 150 T0220 335. 5. 4

30-04-22600 2SC 2260 100. 8. 80.II 30 3. T03 104.

30-02-09800 2SA 980 P 100. 8. 80. 30 3. T03 104.

30-04-25790 2SC 2579 120. 8.II 80. 30 T0218 743. 4.

30-04-22610 2SC 2261 120. 8.N 80. 30 3. T03 104.

30-02-09810 2SA 981 P 120. 8. 80. T03 1030 3. 4.

30-02-11040 2SA 1104 P 120. 8. 80. T0218 7430 3. 4.

30-04-22620 2SC 2262 140. 8. 80. T03 10II 30 3. 4.

30-02-09820 2SA 982 P 140. 8. 80. T03 1030 3. 4.

30-05-07180 2SO 718 120. 120. 8.II 80. 2.5 5 55 160 12 T0218 741. 5.

30-03-06880 2SB 688 P 120. 120. 8. 80. 2.5 5 55 160 10 T0218 741. 5.

30-59-00285 BUX 28 V 350. 350. 8. T03 10N 80. 2 10 D 300 7. 1.5 1

30-54-05260 BU 526 400. 8. 86. 1000 T03 10II 15 10

30-67-10010 RCA 1001 80. 80. T03 10II 8. 90. 2 3 750 3.D 4. 1

30-61-01000 MJ 1000 60. 80. 90. 103 10II 8. 2 3 1000 3. 3.D 1

MJ 900 P 60. 80.30-61-00900 8. 90. 2 3 T03 100 1000 3. 3. 1

30-58-00412 BUK 41 B N 400. 650. 8. 500 400 10220 33100. 1 5 10 40 5. 3. 60

30-04-18310 2SC 1831 II 70. T03 108. 100. 500 1. 4.

325. 600.30-59-00182 BUX 18 B N 8. 120. 2.5 2600 T03 104 15 100 1. 5. 3

30-59-00183 BUX 18 C 375. 750. 2600 T03 10tl 8. 120. 2.5 34 15 100 1. 5.

TIPL 763 A 400.30-70-07631 N 1000. 8. 120. 800 450 T0218 745 8 15 60 0.500 5. 8

30-54-05081 BU 508 A N 700. 1500. T0218 748. 125. 4.5 71

30-01-65450 2N 6545 II 400. 850. 8. 125. 1000 1000 T03 105 8 7 35 5. 3. 6

30-01-63080 211 6308 II 350. 600 400 T03 10700. 8. 125. 1.5 3 12 60 3. 55.

30-01-63060 211 6306 250. 600 400 T03 10II 500. 8. 125. 0.800 3 15 75 3. 5. 5

30-01-63070 2N 6307 300. 600 400 T03 10N 600. 8. 125. 3 15 75 3. 5. 51

30-59-00312

30-59-00322

450 400 T03 10BUX 31 B II 500. 1000. 8. 150. 1 8 40 604 4. 3.

BUX 32 B 500. 1000. 150. 1.3 6 60 450 400 T03 10II 8. 8 40 6. 3.

30-01-66730 211 6673 500 400 T03 10II 400. 650. 8. 150. 1 5 10 40 5. 3. 60

30-70-07531 800 450 T03 10TIPL 753 A 150.N 400. 1000. 8. 5 8 15 60 0.500 5. 8

30-04-25800 2SC 2580 90. T0218 74II 120. 9. 30 3. 4.

30-02-11050 2SA 1105 9. 90. 3. T0218 74P 120. 30 4.

30-18-01130 AU 113 AU 106

5. 1500 T03 10250. 250. 10. 0.800 5 15 40 2. 1.3P

30-18-01060 5. T03 1010. 6 2. 750P 320. 320. 1 15 40 1.3 2

124

6.2. Transistors - Currenttl/ Uceo Ucbo !c Ptot Uce(sat) 0 Ic

(A) (W) (V) (A)hFE 0 IC 0 Uce F l tOH tOFf

(ns) (ns)ElData code S Type (V) (V)p (V)o (A) (HHZ) Case no.min. max.

30-18-01120 AU 112 320.P 320. 10. 5. 1. 6. 15 40 2. 1.3 2. 750 T03 10

30-18-01030 AU 103 P 155. 155. 10. 10. 15 10. 1. 0.500 T03 10

30-18-01100 AU 110 P 140. 140. 10. 30. 0.500 5. 20 90 T03 102000

30-09-01420 AD 142 P 80. 80. 10. 30. 0.300 5. 30 200 2. 0.45 T03 101.

30-18-01070 AU 107 P 200. 200. 10. 30. 35 120 2. 2. T03 100.700

30-09-01660 AD 166 32. 36.P 10. 40 0.350 T03 10

30-30-00910 BOY 91 80. 100. 10.N 40. 1. 10. 30 100 5. 5. 70. 350 1500 T03 10

30-30-00900 BOY 90 N 100. 120. 10. 30 120 T03 1040. 1. 10. 5. 5. 70. 350 1500

30-70-01620 TIP 162 N 380. 380. 2.9 10. 2.2 1500 2600 T0218 7410. 50. D 200 4.

30-59-00270 BUX 27 450.N 10. 60. 7 20. 1000 T03 10

30-60-00720 BUY 72 200. 10. 60. 2000 6000 T03 10N 280. 1.5 7. 25 160 2. 1.5 1.5

30-01-63870 2N 6387 T0220 33N 60. 60. 10. 65. 3. 0 1000 20000 5. 3. 1000 350010. 1.

30-69-84870 TA 8487 T0220 33P 60. 60. 10. 65. 2. 5. 0 1000 20000 5. 3. 50.

30-01-66670 211 6667 T0220 33P 60. 60. 10. 65. 2. 5. 1000 20000 5. 3. 50.D

30-01-63880 T0220 332N 6388 80. 80. 65. 3. 3. 1000 3500II 10. 10. D 1000 20000 5. 1.

30-01-66680 T0220 33211 6668 600 2000P 80. 80. 10. 65. 2. 1000 20000 5. 3. 2.5. 0

30-70-07901 160 250 T0218 74TIPL 790 A 150.N 200. 10. 70. 2. 10. 0 60 500 0.500 5. 10.

30-79-00333 BOX 33 C 1000 3500 10720 33100. 100. 10. 70. 2.5 3. 0 750 3. 3.N 1.

30-29-00343 1000 3500 T0220 33BDX 34 C P 100. 100. 2.5 3. 750 3. 3.10. 70. 0 1.

30-69-83510 T03 10TA 8351 P 40. 40. 10. 70. 2. 1000 20000 5. 3. 50.5. 0

30-01-66480 211 6648 600 200 103 1040. 1000 20000 5. 3. 2.P 40. 10. 70. 2. 5. 0

30-01-66490 600 2000 T03 10211 6649 P 60. 60. 10. 70. 2. 5. 0 1000 20000 5. 3. 2.

30-01-66500 600 2000 T03 10211 6650 P 80. 80. 10. 70. 2. 1000 20000 5. 3. 2.5. D

30-01-61000 T0220 332» 6100 70. 80. 10. 75. 2.5 10. 20 80 5. 4. 0.800N

T0220 3330-01-61010 0.800211 6101 70. 80. 2.5 20 80 5.II 10. 75. 10. 4.

30-70-00330 600 1000 T0218 74TIP 33 40. 80. 80. 20 100 3. 4. 3.N 10. 4. 10.

T0218 7430-70-00340 400 700TIP 34 P 40. 80. 10. 20 100 3. 4. 3.10. 80. 4.

30-70-00331 600 1000 10218 74TIP 33 A 60. 3. 3.N 100. 10. 80. 4. 10. 20 100 4.

30-70-00341 400 700 T0218 743.TIP 34 A P 60. 80. 10. 20 100 3. 4.100. 10. 4.

30-70-00332 600 1000 T0218 74TIP 33 8 80. 3. 4. 3.II 120. 10. 80. 4. 10. 20 100

600 1000 10218 7430-70-00333 TIP 33 C 3. 3.N 100. 140. 10. 80. 10. 20 100 4.4.

30-70-00343 3. 400 700 T0218 74TIP 34 C 100. 80. 10. 20 100 3. 4.P 140. 10. 4.

30-70-00335 3. 600 1000 T0218 74TIP 33 E 3. 4.II 140. 180. 10. 80. 4. 10. 20 100

30-70-07851 10. 160 250 T0218 740.500 5.TIPL 785 A 150. 200. 80. 2. 10. D 60 50010.

2.230-70-06600 1500 2600 T03 10TIP 660 320. 320. 80. 2.9 10. D 200 4.H 10.

30-70-06610 2.2 1500 2600 T03 10TIP 661 2.9 10. D 200 4.N 350. 350. 10. 80.

125

6.2. Transistors - Current11/ Uce(sat) 0 Ic

(V) (A)Uceo Ucbo (V) (V)

1c Ptot hFE Ft tON tOFF (ns) (ns)

Ic 0 Ucc(A) (W) (A) (V) (HHZ) Case no.P 0 min. max.ElOata code S Type

380. 380. 10. 80. 2.9 10. 0 200 2.2 1500 2600 T03 1030-70-06620 TIP 662 4.N60. 60. 10. 90. 3. 10. 10. 500 2000 T0220 3330-26-00910 8DT 91 N 5 -1. 4

10126 1630-25-02070 B0 207 60. 70. 10. 90. 1.1 4. 15 4. 2. 1.5N

60. 70. 10. 90. 2. 1.5 T0126 1630-25-02080 00 208 P 1.1 4. 15 4.

1000 500080. 80. 10. 90. 2.5 8. 0 1000 3. 3. 0.050 T0220 3330-26-00631 BOT 63 A M6 1000 T03 10BU 626 A 400. 1000. 10. 100. 3.3 8. 10 10. •1.530-54-06261 N

10. 30 T03 1030-04-11150 2SC 1115 80. 100. 3. 4.tl

103 1030-02-07460 2SA 746 P 80. 10. 100. 30 3. 4.

10. 100- 30 3. T03 1030-04-11160 2SC 1116 120. 4.n

3. T03 1030-04-11161 2SC 1116 A 140. 10. 100. 30 4.N

T0218 7430-04-25810 2SC 2581 140. 10. 100. 30 3. 4.NT0218 7430 3.30-02-11060 2SA 1106 P 140. 10. 100. 4.

T03 102SA 747 A P 140. 10. 100. 30 3. 4.30-02-07471T0218 742SA 1186 P 150. 10. 30 3.30-02-11860 100. 4.

300 T03 10400. 800. 100. 3. 8. 30 1.2 5. 6 35030-59-00800 BUX 80 N 10.500 800 T03 108UX 81 450. 1000. 10. 100. 3. 8. 30 1.2 5. 630-59-00810 N

T03 102N 6383 40. 40. 10. 2. 1000 20000 3. 1000 350030-01-63830 N 100. 5. D 5. 1T03 1060. 3. 1000 350030-01-63840 2N 63B4 N 60. 10. 100. 2. 5. 0 1000 20000 5. 1

3. 1000 3500 T03 1030-01-63850 2N 6385 80. 80. 10. 100. 2. 5. 0 1000 20000 5. 1N

0.080 T03 1030-01-34420 211 3442 II 140. 160. 10. 117. 3. 20 70 3.1. 4.

T03 10211 6248 P 100. 110. 125. 3.5 10. 20 100 15 300 120030-01-62480 10. 5. 4.

T0218 7460. 900 110030-70-01400 TIP 140 N 60. 10. 125. 3. 10. 0 500 10. 4,

900 1100 10218 7430-70-01450 TIP 145 P 60. 60. 10. 125. 3. 10. D 500 10. 4.

T0218 74TIP 142 100. 100. 10. 125. 3. 10. 900 110030-70-01420 » 10. D 500 4.

10218 74P 100. 100. 10. 125. 3. 10. 10. 900 110030-70-01470 TIP 147 D 500 4.

2000 4500 T03 10BUX 17 C 350. 10. 150. 3. 3. 2.530-59-00173 N 450. 8. 15 4.

T03 100.80030-01-62620 211 6262 150. 170. 10. 150. 0.500 3. 20 70 3. 2.NT03 102N 3789 60. 2.30-01-37890 P 60. 10. 150. 1. 4. 25 90 4

30-01-37900 2. T03 102N 3790 P 80. 80. 10. 150. 25 90 41. 4.T03 1030-01-37910 2N 3791 P 60. 60. 10. 150. 1. 5. 50 150 2. 4

450 350 T03 1030-01-37150 2N 3715 60. 80. 10. 150. 0.800 5. 50 150 2. 5N

800 T03 1030-01-37920 150. 2. 3502N 3792 P 80. 80. 10. 1. 5. 50 180 4

450 350 T03 1030-01-37160 2N 3716 150. 0.800 5. 50 150 2. 580. 100. 10.N

30-67-87664 6. T03 10RCA 8766 0 10. 150. 1.5 6. 100 3. 10450. 450. DN

30-01-62510 6 50 10. 3. 800 500 T03 102N 6251 175. 1.5 10. 2.5350. 450. 10.N30-01-62500 800 2300 T03 102N 6250 8 50 1. 10. 2.510. 175. 1.5 10.275. 375.N

126


(ns) (ns)H/ Uce(sat) e Ic

(V) (A)hFE 0 Ic 0 UceUceo Ucbo Ic Ptot

(A) (V) (KHz)ElOata code S Type (V) (V) (A) 00 Case no.P 0 min. max.

30-70-07551 5. 10. 750 500 T03 10T1PL 755 A N 420. 1000. 10. 180. 5 10 15 60 0.500

0.700 50. 500 2000 T0126 1630-25-02870 00 287 36. 200 0.100P 25. 30. 12.30-25-02880 0.700 50. 500 2000 T0126 16BD 288 P 45. 45. 12. 36. 200 0.100

25. 1000 T03 1030-54-04120 8U 412 10N 175. 12. 50.

2. 7. 1000 2000 T0220 3330-25-02020 30 3.80 202 P 45. 60. 12. 60. 1.5 6

1000 2000 T0220 3330-25-02040 3. 2. 7.BD 204 60. 60. 12. 60. 1.5 6 30P

T0220 333. 10.30-25-06510 B0 651 12. 62.5 2 3 750 3.N 120. 140. D

T0220 333. 3. 10.30-25-06520 80 652 120. 62.5 2 3 0 750P 140. 12.

450 200 T0220 334.30-62-13009 100. 1.5 8 6 30 8. 5.HJE 13009 N 400. 700. 12.

1500 1500 T03 101.530-01-65690 15 200 4. 3.2H 6569 40. 45. 12. 100. 4 12N

T0218 743.30-02-11870 2SA 1187 120. 30 4.P 150. 12.800 2000 T03 100.2006. 3.30-29-00873 120. 2 6 0 750 18000BOX 87 C N 100. 100. 12.800 2000 T03 100.200750 18000 6. 3.30-29-00883 12. 120. 2 6 0BOX 88 C P 100. 100.450 400 T03 1060.6 40 8. 3.30-59-00332 8UX 33 B 12. 150. 8500. 1000. 1N

T03 10750 18000 6. 3. 4.30-01-60570 60. 150. 2 6 0211 6057 N 60. 12.10T033.750 18000 6. 4.30-01-60500 60. 150. 2 6 0211 6050 60. 12.P

T03 103.750 18000 6. 4.30-01-60580 150. 2 6 02N 6058 80. 80. 12.N10T03750 18000 6. 3. 4.630-01-60510 2N 6051 80. 12. 150. 2 0P 80.

10T03750 18000 6. 3. 4.30-01-60590 2N 6059 100. 100. 12. 150. 2 6 O

T03 10750 18000 6. 3. 4.30-01-60520 2M 6052 100. 12. 150. 2 6 0P 100.T03 10700 80020 100 6. 4. 4.160. 1230-01-58810 2N 5881 60. 60. 12. 4N

T03 100.500 0.30020 40 5.30-09-01333 - AO 133 III 15. 36. 0.300 15P 32. 50.10T030.500 0.30020 40 5.30-09-01334 36. 0.300 15AD 133 IV P 32. 50. 15.

700 T03 1015.3.530-54-04142 900. 15. 60.BU 414 8 H

1000 T03 1025.30-54-04130 60. 5BU 413 175. 15.II

T0220 334. 5.20 150 5.30-01-64890 75. 3.5 152N 6489 P 40. 50. 15.T0220 335.20 150 5. 4.30-01-64870 3.5 152N 6487 60. 70. 15. 75.N

300 1200 T0220 335.20 150 5. 4.3.5 1530-01-64880 2N 6488 80. 90. 15. 75.N

300 1200 T0220 335.20 150 5. 4.3.5 1530-01-64910 80. 75.2N 6491 P 90. 15.T0220 333.4.15 150 5.30-25-09110 BO 911 100. 100. 15. 90. 1NT0220 333.4.15 150 5.90.30-25-09120 BO 912 P 100. 100. 15. 1

600 1000 T0218 743.4.3 10 20 70 4.30-70-30550 TIP 3055 15. 90.70. 100.3. 400 700 TQ218 744.10 20 70 4.30-70-29550 90. 3TIP 2955 70. 100. 15.P

500 T03 1030-04-14400 2SC 1440 100.150. 15.N500 T03 1030-04-14410 2SC 1441 100.N 200. 15.500 T03 1030-04-14360 2SC 1436 230. 15. 100.N

127

6.2. Transistors - CurrentIc Ptot uci;r’ <»>Hl Uceo Ucbo

(V) (V)0 Ic hFE 0 Ic 0 Uce Ft

(V) (MHz)tON tOFF

(ns) (ns) Case no.(A) 00 (A)Type D min. max.ElOata code S P

«5. 55. 15. 3. 0.8002N 6253 115. 4 15 20 70 4. T03 1030-01-62530 N

60. 100. 15. 115. 20 70 0.800 T03 1030-01-30550 2N 3055 1.1 4 4. 4.N

40363 15. 115. 1.1 20 70 4. 0.700 T03 1030-06-03630 N 70. 4 4.

20 70 0.800 T03 102N 6254 80. 100. 15. 115. 4 15 5. 2.30-01-62540 N

BUY 73 200. 280. 15. 117. 1.4 10 10 12. 1.5 1700 1000 T03 1030-60-00730 N

35. 35. 15. 117. 1.5 8 12 60 8. 0.750 T03 1030-06-03250 40325 4.N

125. 150. 15. 117. 1.3 10 12 1.5 1600 1600 T03 1030-60-00570 BUY 57 10.NT03 1080 183 80. 85. 15. 117. 20 70 3. 4. 0.80030-25-01830 N

300 1200 T03 1060. 70. 15. 125. 2.5 15 20 100 7. 1530-01-62460 2N 6246 P 4.

T03 10BDW 52 8 80. 80. 15. 125. 5 20 150 5. 330-28-00522 P 1 4.

300 2200 T03 3380. 90. 15. 125. 3.5 15 20 150 5. 1030-01-64720 2N 6472 ti 4.

125. 3.5 20 100 6. 15 300 1200 103 102N 6247 P 80. 90. 15. 15 4.30-01-62470500 500 T03 10110. 150. 15. 140. 8 12 100 8. 2. 6030-01-64960 211 6496 N 1400 T03 102SC 1579 400. 15. 150.30-04-15790 N

T03 103502SC 2306 400. 15. 150.30-04-23060 N

T03 10150. 40030-04-15800 2SC 1580 H 500. 15.T03 1060. 20 7030-61-02955 HJ 2955 P 100. 15. 150. 1.1 4 4. . 4. 4

103 10100. 15. 302SC 1584 N 150. 5. 4.30-04-15840T03 102SA 907 P 100. 15. 150. 30 5. 4.30-02-09070T03 102SC 1585 N 150. 15. 150. 30 5. 4.30-04-15850T03 102SC 1586 200. 15. 150. 30 5. 4.30-04-15860 N

T03 102SC 2607 200. 15. 150. 30 5. 4.30-04-26070 HT03 1030-02-09090 2SA 909 P 200. 15. 150. 30 5. 4.T0218 742SA 1169 P 200. 15. 150. 30 5. 4.30-02-11690T03 102SA 1116 200. 150. 3030-02-11160 P 15. 5. 4.

6 T03 102SB 554 P 180. 15. 150. 40 14030-03-05540800 1700 T03 10BU 932 N 450. 500. 15. 150. 1.8 8 0 250 5. 2.30-54-09320

1000 800 T03 10BUX 48 A 450. 1000. 175. 1030-59-00481 N 15. 5 12 5

6 1000 700 T03 102N 6547 N 400. 850. 15. 175. 5 15 6 30 10. 2.30-01-65470600 500 T03 102N 6675 650. 175. 8 20 10. 2. 5030-01-66750 H 400. 15. 1 10

3. 50 600 500 T03 1030-01-66780 2N 6678 650. 15. 175. 8 15.N 400. 1 15103 10200. 15 60 1230-70-07571 TIPL 757 A 420. 1000. 15.N

0.800 T0220 3330-01-61030 2N 6103 16. 75. 2.3 16 15 60 8. 4.N 40. 45.3 800 3700 T03 1030-01-37730 2N 3773 150. 15 60 8. 4.140. 160. 16. 1.4 8N0.2008. T03 1030-30-00370 BOY 37 16. 150. 8 15 60 4.140. 160. 1.4N

15 60 8. 2 400 2000 T03 1030-01-66090 2N 6609 16. 150. 16 4.140. 160. 4P

128


(ns) (ns) Case no.Uce(sat) 0 Ic

(V) (A)hFE 0 IC 0 UceH Ucbo Ic P totUceo

(HHz)(V)(A)(V) V) (A) w min. ma*.ElOata code S Type p 0

1000 3500 T03 103. 0.05010. 10.30-29-00672 BOX 67 8 100. 16. 150. 2. D 1000N 100.

0.060 1000 3500 T03 103.10. 1000 10.30-29-00662 BOX 66 8 100. 100. 16. 150. 2. 0P

T03 102. 1.16. 15 60 8.30-01-56310 2N 5631 140. 16. 200. 2.N 140.

T03 102. 1.16. 15 60 8.30-01-60310 2N 6031 140. 140. 16. 200. 2.P

T03 1020 80 8. 2. 1.16. 200. 2. 16.30-01-56300 2N 5630 120. 120.N

103 102. 1.16. 20 80 8.30-01-60300 2N 6030 120. 16. 200, 2.P 120.

T03 102. 1.16. 25 100 8.30-01-56290 16. 200. 2.2N 5629 100. 100.N

T03 100.2002.15 60 8.30-01-62590 250. 2.5 16.2N 6259 N 150. 170. 16.

T03 1020.8. 15 60 8. 4.30-61-15022 250. 1.4HJ 15022 200. 350. 16.

T03 1020.15 60 8. 4.250. 8.30-61-15024 HJ 15024 250. 400. 16. 1.4N

T03 108. 4.20200.30-04-26080 2SC 2608 N 200. 17.

T0218 748. 4.2030-02-11700 17. 200.2SA 1170 P 200.

T03 1020 8. 4.30-02-11170 17. 200.2SA 1117 P 200.

700 T03 1015.430-54-04152 900. 20. 120.BU 415 B N

T03 1015.1020. 120. 1.5 15.30-58-00580 BUW 58 160. 250.N

500 2000 T03 1060.50 250 12.30-01-50380 20. 140. 2.5 20.2N 5038 90. 150.N

103 103.15 60 10. 4.10.30-01-37720 2H 3772 60. 100. 20. 150. 1.4N

220 1300 T03 105.0 500 10000 5.3. 20.30-70-06630 TIP 663 300. 400. 20. 150.N

220 1300 T03 100 500 10000 5. 5.30-70-06640 20. 150. 3. 20.TIP 664 350. 450.N

3000 3000 T03 103.D 750 18000 10. 4.160. 2. 10.30-01-62820 2N 6282 60. 60. 20.H

3000 3000 103 103.D 750 18000 10. 4.160. 2. 10.30-01-62850 2N 6285 60. 60. 20.P

3000 3000 T03 103. 4.D 750 18000 10.2. 10.30-01-62830 80. 20. 160.2N 6283 80.

3000 3000 T03 103.0 750 18000 10. 4.10.30-01-62860 160. 2.2N 6286 80. 80. 20.P

3000 3000 T03 103.0 750 18000 10. 4.160. 2. 10.30-01-62840 2H 6284 100. 100. 20.H

3000 3000 T03 103.0 750 18000 10. 4.160. 2. 10.30-01-62870 ZN 6287 100. 100. 20.P

T03 1060.4.10.20 6030-06-10120 20. 175. 1.4 10.41012 80.N

T03 102. 45.10 60 8.0.600 8.30-59-00111 20. 200.BUX 11 A 190. 250.N

350 250 T03 102. 100.20 80 10.1.5 20.30-01-66880 200. 300. 20. ZOO.2N 6688

400 2000 T03 102. 2.25 150 5.1. 5.30-67-91164 120. 20. 200.RCA 9116 D P 120.

T03 105. 4.20.1000200. 3. 20. 030-61-11016 120. 120. 20.HJ 11016 N

T03 104.5.20.3. 20. D 100030-61-11015 200.HJ 11015 P 120. 120. 20.

T03 100.2004.1.4 10. 15 60 10.250.30-67-02580 RCS 258 60. 100. 20.N

T03 100.2004.10.4. 20. 20 60250.30-01-62580 2N 6258 80. 100. 20.N

3. 1100 800 T0218 744.15.4. 25. 10 50125.30-70-00360 TIP 36 80. 25.P 40.

3. 1200 900 T0218 744.15.4. 25. 10 50125.30-70-00351 TIP 35 A 60. 100. 25.N

3. 1100 800 T0218 744.4. 25. 10 50 15.125.30-70-00362 TIP 36 8 P 80. 120. 25.

129

6.2. Transistors - Current»/ Uce(sat)

(V) (A)Uceo Ucbo Ic Ptot 0 Ic hFE Q Ic 0 Uce Ft

(V) (MHz)tON tOFF

(ns) (ns) Case no.ElData code (V) (V) (A) 00s Type P D min. max. (A)

30-70-00353 TIP 35 C 100. 140. 25. 125. 4. 25. 10 50 3.15. 4. 1200 900 T0218 7430-70-00363 TIP 36 C 25.P 100. 140. 125. 2 10 50 3.15. 4. 1100 800 T0218 7430-25-02501 BO 250 A 60. 70. 25. 125. 4. 25 25II 1.5 4. 3. 200 500 T0218 74

30-25-02503 BD 250 C 100. 115. 25. 125.N 25 25 1.5 3. 200 500 T0218 744.30-25-02493 BD 249 C 100. 115. 25. 125. 25N 25 1.5 3. 300 900 T0218 744.

30-59-00100 BUX 10 125. 160. 25. 150. 0.300 10N 20 60 10. 2. 8. 500 850 T03 1030-30-00580 BDT 58 125. 160. 25. 175. 0.500 10N 20 60 10. 7. 1000 2000 T03 104.30-01-58860 2N 5886 80. 80. 25. 200. 20N 20 100 3. 700 800 T03 104. 4.30-01-58840 211 5884 P 80. 80. 25. 200. 4. 20 800 T0320 100 3. 4. 4. 700 10

2N 6338 100. 25. 200.30-01-63380 N 30 120 10. 40. T03 1030-01-63390 2N 6339 II 120. 140. 25. 200. 30 120 10. 2. 40. 300 T03 10

2N 6340 140. 200.30-01-63400 N 25. 30 120 10. T03 1040.

30-01-63410 2N 6341 150. 25.N 200. 30 120 10. 40. T03 10

30-01-56720 2N 5672 120. 150. 30.N 140. 0.750 15 20 100 15. 2. 50. 500 500 T03 10

30-01-37710 2N 3771 H 40. 50. ,30. ISO. 2. 15 1015 60 15. 4. 3. T03

90.30-06-04110 40411 N 30. 150. 0.800 4 35 100 T03 104. 4. 0.800

2SC 276130-04-27610 H 400. 30. 200. 400 T03 10

30-01-63270 2N 6327 H 80. 80. 30. 200. 3. 30 6 30 30. 3. 450 900 T03 104.30-01-43980 2N 4398 40.P 30. 200. 15 15 60 400 600 T03 1015. 2. 4.

2N 4399 60.30-01-43990 P 30. 200. 1. 15 15 60 15. 2. 400 600 T03 104.2N 5301 40. 40.30-01-53010 II 30. 200. 3. 30 50 60 1000 T0315. 2. 2. 1000 10

30-01-53020 2N 5302 60. 60. 30. 200. 3. 30 50 60 15. 2. 2. 1000 1000 T03 1030-30-00290 BDY 29 N 75. 100. 30. 220. 1.2 15 15 60 15. 0.200 103 102.30-56-00140 BUS 14 850.II 400. 30. 250. 1.5 20 105 1000 4000 T03

2N 603330-01-60330 H 120. 150. 40. 140. 1. 40 10 50 40. 2. 1000 2000 T03 1050.30-55-00210 BUR 21 200.H 40. 250. 0.600 12 20 60 1012. 6. 1200 T0330-01-60320 2N 6032 90. 120. 50. 140. 1.3 50 10 50 50. 2.6 50. 1000 2000 T03 10

30-04-14370 2SC 1437 230.N 50. 200. 1000 T03 10

30-04-21470 2SC 2147 200.H 400. 50. 300 T03 1030-01-62740 2N 6274 N 100. 120. 50. 250. 30 120 20. 30. T03 104.30-01-62750 2N 6275 120. 140. 50. 250.II 30 120 20. 104. 30. T0330-01-62760 2N 6276 250.140. 160. 50.N 30 120 20. 30; T03 104.30-01-62770 2N 6277 180. 50. 250.N 150. 30 120 20. 104. 30. T0330-01-56850 300.2H 5685 60. 60. 50. 5. 50N 15 60 25. 2. 2. T03 1030-01-56830 2N 5683 300.60. 50. 5. 50 15 60P 60. 25. 2. 2. T03 1030-01-56860 300.2N 5686 50. 5. 5080. 80. 15 60 25. 2. 2. T03 10N

130

6.2. Transistors - CurrentUce(sat)

(V) (A)M/ tON tOFF

(ns) (ns)Ucbo Ic Ptot <? Ic hFE e ic Q Uce FtUceo

ElData code (A) 00 (A) (V) (MHz) Case no.S (V) (V)Type P D min. max.

T03 1030-01-56840 300. 2.2N 5684 P 80. 80. 50. 5. 50 15 60 25. 2.

30-61-11032 T03 10HJ 11032 120. 50. 300. 400 50. 5. 30. 250120. 0H

30-61-11033 T03 10250HJ 11033 P 120. 120. 50. 300. 0 400 50. 5. 30.

500 1000 T03 1030-55-00500 350. 20 100 16.BUR 50 125. 200. 70. 1. 35 5. 4.H

T03 1030-01-55750 0.4002N 5575 50. 70. 80. 300. 2. 60 10 40 60. 4.N

131I

7. FET’s sorted

by electrical

specifications

7.1. FET’s - VoltageH/ Uds |Y|fs Ctss Crss 0 M

pF G F Caseld Ptot Rds

ElOata code S Type P mS pFV A W Ohm DO.

30-96-00466 40.VM 46 AF H 1.6 15. 3. T0202A

30-87-00100 BUZ 10 N 50. 19. 0.085 4800 1500 200 T022075. N 101

30-87-00110 BUZ 11 30. 1500 250N 50. 75. 0.030 8000 H T0220 101

30-87-00150 50. 45. 125. 0.025 18000 1600 500 T03BUZ 15 N H 102

30-96-00109 VII 10 KM 60. 0.300 5. T0237N 1.

30-85-01700 60. 0.500 25 T092BS 170 N 0.830 5. H 57

30-81-05220 80 522 60. T0202 841.5 10.II

30-96-00664 60. 20. 3. T0220 101VII 66 AD II 1.9

T022030-90-05130 60. 3.5 20. 0.800 101IRF 513 II K

SOT89 10430-85-00800 BST 80 80. 0.500 1.000 2. 300 45 HII

T0202A30-96-00886 VII 88 AF 80. 1.5 15. 4.II

S0T89 10530-85-12300 BSS 123 100. 0.170 0.360 6. 120 20 MII

K 011430-91-00100 IRFD 1Z0 100. 0.500 1. 2.4tl

DIL430-91-00110 100. 0.600 HIRFD 110 N 1. 1.

0IL430-91-91200 0.600 HIRFO 9120 P 100. 1. 1.

T0220 101M30-92-02110 RFP 2 P 10 100. 2.0 3.5P

T0220 1012030-93-02100 25. 1.75 150RFP 2 H 10 100. 2.0N

T0220 10130-90-95200 0.600 HIRF 9520 P 100. 6. 40.

T03 102H0.30030-90-01200 IRF 120 100. 8. 40.II

TO220 1010.300 H30-90-05200 IRF 520 100. 8. 40.N

T03 102800.150 4000 1500 N30-87-00230 BUZ 23 100. 10. 78.N

T0220 101M30-90-95300 40. 0.300IRF 9530 P 100. 12.

T0220 101100 H0.200 65030-93-12100 RFP 12 N 10 100. 12.0 60.tl

T0220 1014000 1500 80 H30-87-00200 12. 0.150BUZ 20 100. 75.

101T02201500 240 H12.0 0.30030-92-12110 RFP 12 P 10 P 100. 75.

T03 1020.18 H30-90-01300 IRF 130 100. 75.14.

101T0220H30-90-05300 IRF 530 75. 0.18100. 14.

T0220 1018000 1500 15030-87-00210 100. 19. 75. 0.090BUZ 21

102T031500 300 H32. 0.045 1000030-87-00240 BUZ 24 100. 125.N

103 1020.055 N30-90-01500 100. 40. 150.IRF 150

103650 T056 N30-93-04150 150. 4.0 0.45RFL 4 N 15

T03 102700 105,0 N30-92-05150 RFN 5 P 15 P 150. 75. 1.

600 10 T03 102100030-76-01350 2SK 135 160. 7. 100. 1.

600 10 T03 1021000160. 7. 100. H30-75-00500 2SJ 50 P 1.

0IL8-4200. 1.0 0.800 H30-88-08220 082 CN 2 N

133

7.1. FET’s - VoltageN/ ld Ptot Rds |Y|fsUds Ciss Crss D M

E lOata code S Type P Ohm mSV A W Pf PF G F Case no.

30-90-06200 IRF 620 200. 40. 0.800 T0220 101N 5. M

30-90-02300 IRF 230 200. 9. 25. 0.400 T03 102N M

30-93-12200 RFM 12 N 20 200. 100.12. 0.250 1250 125 T03 102H

30-87-00360 BUZ 36 200. 22. 125. 0.090 102N 13000 1500 200 T03H

30-90-03200 IRF 320 T03 102400. 3. 40. 1.8 M

30-90-03300 IRF 330 400. 5.5 75. 1.0 T03 102N H

30-90-03500 IRF 350 T03 102II 400. 15. 150. 0.300 H

T0220 10130-87-00400 BUZ 40 N 500. 2.5 75. 3.0 1600 30 H

30-87-00411 BUZ 41 A 500. 4.5 75. 1.4 2500 1500 40 T0220 101N H

10230-87-00441 BUZ 44 A 500. 4.8 78. 1.4 2500 1500 30 T03N M

30-87-00440 BUZ 44 500. 5.6 78. 1600 30 T03 102N 1.1 M

30-90-08400 IRF 840 II 500. 8.0 125. 0.85 1225 T0220 101H

8.330-87-00451 BUZ 45 A N 500. 125. 0.700 5000 3800 100 H T03 102

094 FR 4 500. 18.0 0.250 T0220 10130-88-09440 N 630 M

30-88-09840 098 GR 4 500. 36.0 0.12 1400 T0218 74M

30-87-00800 BUZ 80 800. 2.6 75. 3.5 1600 30 T0220 101N 1800 H

BUZ 88 A 800. 5.0 83.3 10030-87-00881 N 1.3 3000 3900 80 T0238H

800.30-87-00840 BUZ 84 II 5.3 125. 1.6 300 3900 80 T03 102H

134

7.2. FET’s - Current«/ ld |Y|fsUds Ptot Rds Ciss Crss 0 H

C FElOota code S Type P V' nS PfA U Ohn FF Case no.

30-96-00109 VN 10 KH 60. 0.300 1.II 5. T0237

30-91-00100 IRFD 1Z0 100. 0.500 1. 2.4N 0114H

30-88-00220 082 CN 2 200. 1.0 0.800N 0118-4N

30-91-00110 IRFD 110 100. 1. 0.600N 1. DIL4H

30-91-91200 IRFO 9120 P 100. 1. 1. 0.600 0114

30-81-05220 80 522 60. 1.5 10. T0202 84N

30-96-00886 VN 88 AF 80.II 1.5 15. T0202A4.

30-96-00466 VII 46 AF 40. l.GII 15. 3. T0202A

30-96-00664 VN 66 AD 60. 1.9 20. 3. T0220N 101

30-92-02110 RFP 2 P 10 P 100. 2.0 3.5 T0220M 101

30-93-02100 RFP 2 II 10 2.0 20 T0220N 100. 25. 1.75 150 H 101

30-87-00400 2.5 75. 1600 30 T0220 101BUZ 40 500. 3.0 HII

30-87-00800 BUZ 80 2.6 1800 1600 30 T0220 101800. 75. 3.5 KN

T0330-90-03200 IRF 320 3. 102II 400. 40. 1.8 N

30-90-05130 T0220 101IRF 513 60. 3.5 20. 0.800 HII

30-93-04150 650 60 105 103RFL 4 II 15 150. 4.0 0.45 HN

T02Z0 10130-87-00411 BUZ 41 A 500. 4.5 75. 2500 1500 40 XII 1.4

T03 10230-87-00441 78. 2500 1500 30 HBUZ 44 A 500. 4.8 1.4II

T0220 10130-90-06200 HIRF 620 200. 5. 40. 0.800II

T03 10230-92-05150 700 100RFH 5 P 15 150. 5.0 75. 1. KP

T0238 1008030-87-00881 BUZ 88 A 800. 5.0 83.3 1.3 3000 3900 NN

10280 T0330-87-00840 125. 1.6 300 3900 NBUZ 84 II 800. 5.3

102T0330-90-03300 1.0 MIRF 330 400. 5.5 75.N

T03 10230-87-00440 78. 1600 30 HBUZ 44 500. 5.6 1.1N

10220 101H30-90-95200 IRF 9520 100. 6. 40. 0.600P

T03 102600 1030-76-01350 2SK 135 160. 7. 100. 1000 HN 1.

T03 102600 10 N30-75-00500 2SJ 50 160. 7. 100. 1000p 1.

T0220 10130-90-05200 8. 0.300 MIRF 520 N 100. 40.

102T0330-90-01200 IRF 120 0.300 N100. 8. 40.II

T0220 101122530-90-08400 IRF 840 500. 8.0 125. 0.85 KN

3800 100 103 10230-87-00451 125. 0.700 5000 MBUZ 45 A 500. 8.3N

102T0330-90-02300 IRF 230 200. 9. 75. 0.400 NN

1500 80 T03 10230-87-00230 0.150 4000BUZ 23 100. 10. 78. HII

T0220 10130-90-95300 IRF 9530 100. 12. 40. 0.300 HP

650 100 1022030-93-12100 RFP 12 N 10 N 100. 12.0 60. 0.200 101N

135

7.2. FET’s - CurrentN/ Uds ld Ptot |Y|fsRds Clss Crss D H

EIData code S Type P V A W Ohm mS Pf GPF F Case no.

30-87-00200 BUZ 20 100.N 12. 75. 0.150 aooo 1500 80 T0220 101M

30-92-12110 RFP 12 P 10 100.P 12.0 75. 0.300 1500 240 T0220 101H

30-93-12200 RFM 12 N 20 200.N 12. 100. 0.250 1250 125 T03 102M

30-90-01300 IRF 130 100.N 14. 75. 0.18 T03M 10230-90-05300 IRF 530 100.N 14. 75. 0.18 H T0220 10130-90-03500 IRF 350 400. 15. 150.N 0.300 H T03 10230-88-09440 094 FR 4 N 500. 18.0 0.250 630 T0220 101H

30-87-00100 BUZ 10 50. 19.N 75. 0.085 4800 1500 200 T0220 101H

30-87-00210 BUZ 21 100. 19. 75.N 0.090 8000 1500 150 T0220 101M

30-87-00360 BUZ 36 200. 22. 125.N 0.090 13000 1500 200 T03 102H

30-87-00110 BUZ 11 50. 30.N 75. 0.030 8000 1500 250 T0220 10130-87-00240 BUZ 24 100. 32.N 125. 0.045 10000 1500 300 H T03 102

30-88-09840 098 GR 4 500. 36.0N 0.12 1400 T0218 74M

30-90-01500 IRF 150 100.N 40. 150. 0.055 T03 102M

30-87-00150 8UZ 15 N 50. 45. 125. 0.025 18000 1600 500 T03 102H

136

8. Cases

and outlines

137

8.1. List with outline numbersNo.Case20356A220470

80A2 205200150A2

193- 03194- 02 263-03 267-01 A0500

20120236522330134B2430281000

B1280 BY164 C1000 Cl 500 C2000 C3700 C5000

304309303308305307306369CS1368CS06190, 197, 213, 216, 217, 224D

DIN41892-202A3 358 0IN41892-204A3 359 0IN41893-205A4 360 DIN41893-207A4 361

230004244D04R23300522500132270021246D021R232004122600201314G3207HS1208HS2209HS3210HS4211HS5212HS6214HS7215HS8218HS9219HS10220KS11221HS12

138

8.1. List with outline numbersCase No.

ISO-FLANGEISO-PRESSIS0-RD101ISO-STUDIS0-T048IS0-T0220ABKBPC6K8PC10R0102S0018S0D33S0D34SOD57S0064S0T112S0T112S0T143

375, 410376407374, 378. 408, 412 373, 405403311312379236238239240241310313121

SSI6 315SSIB06SSIC11SSIC12

250251252

STUD 242, 243, 270, 271, 273, 274, 276, 377, 411 245, 247, 248STUDR

STUD-M5STUD-M7STUD-M8STUD-M8

370371414413

T03 10, 33, 102, 266, 267, 351 364, 401T05

T08 372T018 380T048 348, 404

373, 405 31362, 416 9, 350, 409

IS0-T048T060T064T066

357T072T092 352, 415

16, 79, 353 84, 88, 366, 406 349, 400 74. 262

T0126T0202T0203AAT0218T0220AAT0220A8IS0-T0220ABT0220ACT0238

35533, 101, 264, 354, 367, 402403263100

139

8.2. Package outlines9

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140

8.2. Package outlines

41.5'M*

141

8.2. Package outlines188 190

D18 .8«251 :Lr *uiiïx& "| £Ljr iiiiw-o. «s

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197 200D 150A2

201 202

193-03 194-02

p 5*4 «18H 8.fl« r-j-y

5* TYP'" S.94 .63M625

1m=L sV“» 5.53

DIATEMPERATUREREFERENCEPOINT

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56A2 70GmiM (Ml 1,4 g8 69 MA* |l _JIM*B« In mm

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o»263 264 $ im min nm «mui uoui/

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ORDERFORM BESTELFORMULIERStuur mij uitgebreide technische gegevens over de (het) volgende componenten):

Please send me detailed technical data about the following device(s):

EIData code

All datasheets are each Hfl. 3,-, or Bfr. 55, or DM 3,-, or U.K.£ 1,- for mailing to European countries.Means of payment:

De kosten per datasheet bedragenHfl. 2,50 of Bfr. 50 voor verzending binnen de Benelux.Betaalwijze:

| | Ik heb het bedrag ad___________overgemaakt op rekening 48.18.92.265 van de Amrobank t.n.v. Eldata

[■ | Ik heb het bedrag ad___________overgemaakt op rekening 4599303 van de Postbank t.n.v. Eldata

[ ~| Een betaalcheque is bijgesloten.

□ I transfer the amount of _______to the Amrobank accountNo. 48.18.92.265 of ’Eldata-sheet’

□ I transfer the amount of ___to the Postbank account No 4599303 of ’Eldata-sheet’Q.

Jé

® | | Eurocheque enclosed.5

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Suggesties ten aanzien van de opzet van deze selector guide stellen wij op prijs:

o We do appreciate suggestions about the '3 concept of this selector guide:9-5Q.

O<0© Stuur uw bestelling en/of suggesties

naar:£ Send your order and/or suggestions to:Eo

EldataWeteringschans 129

NL - 1017 SC AMSTERDAM

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159

The use of this guide is twofold: you can use it to select readily available power devices on the base of Technical data, case and use; you can also tracé the specifications of a known device in order to select a replacement.This selector guide offers a unique combination of an alphabetical list of common used devices, combined with several different, manufacturer- independant, selection tables.

Het gebruik van deze selector guide is twee-voudig: U kunt ze gebruiken om gemakkelijk en snel courante vermogens- componenten te selecteren op basis van technische gegevens, behuizing of toepassing; ook is het mogelijk om aan de hand van specificaties van een bekende component een vervanging te zoeken.Deze selector guide biedt een unieke combinatie van een alfabetische lijst van algemeen gebruikte componenten, gecombineerd met verschillende, fabrikant onafhankelijke, selectietabellen.

N'V

Bibliotheek Ned. Vel

i' power selector guidenvhrbiblio.nl/biblio/boek/ven - power selector guide.pdftabook with an...

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