Pulsed $- Indicates min. valves given for BY cb, EV ceo, and BV abo, 45 XA702 28D31 GT1609 28C36t 28D19 2SD22 NKT774 SYL1591 JAN2N2426 NKT751 NKT701 2$D11 280105 GT904 GT167 TK33C SYL1327 SFT298t 2N955t 2N649/22 NKT753 AC157t ASY89t 280100 28D127A 2SD100A 2N1585 D.A.T.A. 0.0 1.0D 20uD |1.0 40um |1: 100u IN ORDER OF (1) MAX COLLECTOR DISSIPATION SYMBOLS AND CODES EXPLAINED IN INTERPRETER Cob |STRUC|Y200 jE 0 -TURE s/a |AD TO200|D RO7 TO1 TO9 R9 45 b> CQew + LINE No. Vv - - #- SYMBOLS & CODES COMMON TO MORE THAN ONE TECH New Type Revised Specifications Non-JEDEC type manufactured outside U'S.A. TYPE No. SYMBOLS & CODES EXPLAINED Switching type, also listed in Section 12 Chopper, also listed in Section 13, Category 10 These types also included elsewhere with other characteristics. See Type No. Cross Index for alternate line number. Radiation Resistant Devices, also listed in Section 13, Category 13. ICAL SECTION wo fa, Gain bandwidth product (f-) Maximum frequency of oscillation Figure of merit (fre
Pulsed $- Indicates min. valves given for BY cb, EV ceo, and BV abo, 45 XA702 28D31 GT1609 28C36t 28D19 2SD22 NKT774 SYL1591 JAN2N2426 NKT751 NKT701 2$D11 280105 GT904 GT167 TK33C SYL1327 SFT298t 2N955t 2N649/22 NKT753 AC157t ASY89t 280100 28D127A 2SD100A 2N1585 D.A.T.A. 0.0 1.0D 20uD |1.0 40um |1: 100u IN ORDER OF (1) MAX COLLECTOR DISSIPATION SYMBOLS AND CODES EXPLAINED IN INTERPRETER Cob |STRUC|Y200 jE 0 -TURE s/a |AD TO200|D RO7 TO1 TO9 R9 45
J TO* 1 TO*22 Can TO*22 TO*l N/A TO*22var TO*5 TO*5 TO*l ~gg j +g:~ 100 J 100 J 100 J 100 J 75 J 75 J 75 J 75 TO*5 TO*5 TO*5 TO*5 N/A N/A N/A Can Max eC) Package Style D vices Under 1 Watt, (Co nt' d) 5 . 10 2S0195 2N1431 OC140 2N1251 2S0186 2Nl00 2N169A 2N1585 2N1302 2SC180 ~~~g 15 20 2SC90 2SC91 2SC91 2SC91 TR182 TR182 TR182 2N182 ~+~g; 25 30 40 45 50 60 ~~ 2N1624 TR184 TR184 TR184 2Nl84 2N385 NKT736 NKT736 70 SK3011 2Nl091 2N1308 2S072 2S072 2S077 HSEl15 2S064 ~~~~~ 75 . 80 2N1605 2N1808 2S0187 2S0187 2S030 2S030 2N388 2N636A ~g~~;~ 85 90 AC157 ASY88 ASY89 2N167 2N364 2N97 2N356A GT364 ~+~: 95 888 ASY73 ASY73 2N357A 2N358A 2N438 R Gain Elee Trans Genrl Diode SemieonTeeh Germanium CentralSemi Solid Stine ~eelndex See Index See Index SemieonTeeh Genrl Diode Hybrid Semi See Index See Index Hybrid Semi NthAmerSemi See Index SemieonTeeh GE Solid St See Index See Index Elee Trans Solid Stine Solid Stine Hybrid Semi Solid Stine ~e-,"dex NthAmerSemi See Index See Index Solid Stine Elee Trans Solid St
Ltd ThomCSF Com 2N1566 CSR Indus Inti Diode PhilipsElec SALTT Tadiran Isr TexslnstLtd ThomCSF Com 2N1566A EChTfes SAL Tadiran Isr TexslnstLtd 2N1572 New Jersey RTC-Compelc Texas Instr 2N1573 New Jersey RTC-Compelc Texas Instr 2N1574 New Jersey RTC-Compelc 2N1585 2N1586 New Jersey Semitronics 2N1587 New Jersey Semitronics 2N1588 New Jersey Semitronics 2N1589 New Jersey Semitronics 2N1590 New Jersey Semitronics 2N1591 New Jersey Semitronics 2N1592 New Jersey Semitronics 2N1593 New Jersey Semitronics 2N1594 New Jersey Semitronics 2N1605 Generallnst Precsn Semi Semitronics Texas Instr 2N1605A Generallnst Semitronics 2N1606 2N1607 2N1608 2N1609 2N1610 2N1611 2N1612 2N1613 Burns Towne Carter Tran Echanges Emihus Micr Generallnst Horizon Inti Diode Lucas Semi Natl Trans PhilElecsON RTC-Compelc Semi Device SiliconTran CSR Indus Natl Semi RTC-Compelc Semitronics Texas Instr ThmsnCSFEFC TRW Optron Burns Towne Echanges Natl Semi RTC-Compelc Semitronics Texas Instr ThmsnCSFEFC TRW Optron CSR Indus Inti Diode
| 175 80 60 | 0 60 | 200 5.0M] 0.95 10M 80 | E 100M | T 2N1572 S| N AFA 600M ; A | 175 125 80/0 15 50 5.0M 1.0 10M 20|E 2N1573 s|N AFA 600M | A j 175 125 80/0 30 | 100 5.0M 1.0 10M 40 ,E 2N1574 S| N AFA 600M } A | 175 125 80/0 60 } 200 5.0M 1,0 10M 80] E 2N1585 | GIN RFA} 750M | A | 100 25 10,0] 20 10M 2N1586 S| N AFA 125M] A 85 15 10 | 0 | 5.0 27 1,0M 1.5 5.0M | 9.0/E 5.0M|B 2N1587 S|] N AFA 125M] A 85 30 20)0 15.0 27 1.0M 1.5 5.0M |] 9.0j/E 5.0M } B 2NL588 S|N AFA 125M | A 85 60 40 |0 15.0 27 1.0M 1.5 5.0M 9.0]JE 5.0M |B 2N1589 S| N AFA 125M; A 85 15 10/0 20 75 1.0M 1.5 5.0M 25 |E 5.0M/B 2N1590 S|N AFA 125M | A 85 30 20]0 20 75 L.0M 1.5 5.0M 25 ]/E 5.0M |B 2NL591 s)N AFA 125M) 4 85 60 40)0]) 20 75 1.0M 1.5 5.0M 25 ],E 5.0M]B 2N1592 SIN AFA 125M 1A 85 15 10/0 40 | 210 1.0M 1.5 5.0M JOE 5.0M 1B 2N1593 S|N AFA 125M} A 85 30 20,0} 40] 210 1.0M 1.5 5.0M 70 |E 5,0M | B 2N1594 s|N AFA 125M | A 85 60 4010] 40 | 210 1.0M 1.5 5.0M 7O|E 5.0M |B 2N1595 thru Thyristors, see Table on Page 1-154 2N1604 2N160
| 175 80 60 | 0 60 | 200 5.0M] 0.95 10M 80 | E 100M | T 2N1572 S| N AFA 600M ; A | 175 125 80/0 15 50 5.0M 1.0 10M 20|E 2N1573 s|N AFA 600M | A j 175 125 80/0 30 | 100 5.0M 1.0 10M 40 ,E 2N1574 S| N AFA 600M } A | 175 125 80/0 60 } 200 5.0M 1,0 10M 80] E 2N1585 | GIN RFA} 750M | A | 100 25 10,0] 20 10M 2N1586 S| N AFA 125M] A 85 15 10 | 0 | 5.0 27 1,0M 1.5 5.0M | 9.0/E 5.0M|B 2N1587 S|] N AFA 125M] A 85 30 20)0 15.0 27 1.0M 1.5 5.0M |] 9.0j/E 5.0M } B 2NL588 S|N AFA 125M | A 85 60 40 |0 15.0 27 1.0M 1.5 5.0M 9.0]JE 5.0M |B 2N1589 S| N AFA 125M; A 85 15 10/0 20 75 1.0M 1.5 5.0M 25 |E 5.0M/B 2N1590 S|N AFA 125M | A 85 30 20]0 20 75 L.0M 1.5 5.0M 25 ]/E 5.0M |B 2NL591 s)N AFA 125M) 4 85 60 40)0]) 20 75 1.0M 1.5 5.0M 25 ],E 5.0M]B 2N1592 SIN AFA 125M 1A 85 15 10/0 40 | 210 1.0M 1.5 5.0M JOE 5.0M 1B 2N1593 S|N AFA 125M} A 85 30 20,0} 40] 210 1.0M 1.5 5.0M 70 |E 5,0M | B 2N1594 s|N AFA 125M | A 85 60 4010] 40 | 210 1.0M 1.5 5.0M 7O|E 5.0M |B 2N1595 thru Thyristors, see Table on Page 1-154 2N1604 2N160
SGSI 2N1180 1 LTE MP603 1 LTE 2SB503A 28B521 DE176 3 DGE BDx96 3 PHIN DE126A 3 DGE 7 2N5955 1 RCA TIP42A 1 APX 28B241 0E121 3 DGE | 2SB368 MP3730A 1 LTE 2N6317 a MOTA MOTA 2N2566 1 LTE 28B284 2N2289 1 LTE 9 DE218 a DGE SGsI DE176 a DGE 2N3614 1 LTE 28B359 2N1585 1 LTE SOT3576 a SOD BD204 3 PHIN 2SB241A BOx92 1 PHIN 2N2290 1 LTE 28B451 SOT3702 a SOD BD244A a RCA 2N2567 1 UTE 2N4905 a RCA DE121 a DGE 2N527 1 LTE $OT3704 3 SOD D45VM7 3 GESY DE176 3 DGE BOW22A a SGSI B360 DE102 3 DGE SDT3707 3 SOD STD3702 a SOD 28B242 DE121 3 DGE 2N2528 1 LTE 28B452 SDT3708 3 SOD STD3704 3 SOD 2N1038 1 LTE 288285 B361 2N3428 1 LTE $DT3710 3 SOD STD3708 3 SOD 8D434 t PHIN 2N1541 1 LTE MPI + LTE DE176 a DGE SDT9711 3 SOD STD9711 3 SOD DE176 3 DGE BDX96 1 PHIN | 28B362 28B453 S0T3713 a SOD $TD3713 3 SOD 28B242A BOwW22C a SGSI MP 1 LTE 2N3427 1 LTE SDT3716 3 SOD STD3714 3 SOD 2N1039 1 LTE 0E121 3 DGE | 266363 DE176 3 DGE $DT3722 a SOD STD3717 a SOD DE176 3 DGE | 286266 MP2400B 1 LTE 2SB456 $DT3727 3 SOD STD3722 3 SOD 28B
Pulsed $- Indicates min. valves given for BY cb, EV ceo, and BV abo,45 XA702 28D31 GT1609 28C36t 28D19 2SD22 NKT774 SYL1591 JAN2N2426 NKT751 NKT701 2$D11 280105 GT904 GT167 TK33C SYL1327 SFT298t 2N955t 2N649/22 NKT753 AC157t ASY89t 280100 28D127A 2SD100A 2N1585 D.A.T.A. 0.0 1.0D 20uD |1.0 40um |1: 100u IN ORDER OF (1) MAX COLLECTOR DISSIPATION SYMBOLS AND CODES EXPLAINED IN INTERPRETER Cob |STRUC|Y200 jE 0 -TURE s/a |AD TO200|D RO7 TO1 TO9 R9 45b> CQew + LINE No. Vv - - #- SYMBOLS & CODES COMMON TO MORE THAN ONE TECH New Type Revised Specifications Non-JEDEC type manufactured outside U'S.A. TYPE No. SYMBOLS & CODES EXPLAINED Switching type, also listed in Section 12 Chopper, also listed in Section 13, Category 10 These types also included elsewhere with other characteristics. See Type No. Cross Index for alternate line number. Radiation Resistant Devices, also listed in Section 13, Category 13. ICAL SECTION wo fa, Gain bandwidth product (f-) Maximum frequency of oscillation Figure of merit (freq
Ltd ThomCSF Com 2N1566 CSR Indus Inti Diode PhilipsElec SALTT Tadiran Isr TexslnstLtd ThomCSF Com 2N1566A EChTfes SAL Tadiran Isr TexslnstLtd 2N1572 New Jersey RTC-Compelc Texas Instr 2N1573 New Jersey RTC-Compelc Texas Instr 2N1574 New Jersey RTC-Compelc 2N1585 2N1586 New Jersey Semitronics 2N1587 New Jersey Semitronics 2N1588 New Jersey Semitronics 2N1589 New Jersey Semitronics 2N1590 New Jersey Semitronics 2N1591 New Jersey Semitronics 2N1592 New Jersey Semitronics 2N1593 New Jersey Semitronics 2N1594 New Jersey Semitronics 2N1605 Generallnst Precsn Semi Semitronics Texas Instr 2N1605A Generallnst Semitronics 2N1606 2N1607 2N1608 2N1609 2N1610 2N1611 2N1612 2N1613 Burns Towne Carter Tran Echanges Emihus Micr Generallnst Horizon Inti Diode Lucas Semi Natl Trans PhilElecsON RTC-Compelc Semi Device SiliconTran CSR Indus Natl Semi RTC-Compelc Semitronics Texas Instr ThmsnCSFEFC TRW Optron Burns Towne Echanges Natl Semi RTC-Compelc Semitronics Texas Instr ThmsnCSFEFC TRW Optron CSR Indus Inti Diode
Pulsed $- Indicates min. valves given for BY cb, EV ceo, and BV abo,45 XA702 28D31 GT1609 28C36t 28D19 2SD22 NKT774 SYL1591 JAN2N2426 NKT751 NKT701 2$D11 280105 GT904 GT167 TK33C SYL1327 SFT298t 2N955t 2N649/22 NKT753 AC157t ASY89t 280100 28D127A 2SD100A 2N1585 D.A.T.A. 0.0 1.0D 20uD |1.0 40um |1: 100u IN ORDER OF (1) MAX COLLECTOR DISSIPATION SYMBOLS AND CODES EXPLAINED IN INTERPRETER Cob |STRUC|Y200 jE 0 -TURE s/a |AD TO200|D RO7 TO1 TO9 R9 45b> CQew + LINE No. Vv - - #- SYMBOLS & CODES COMMON TO MORE THAN ONE TECH New Type Revised Specifications Non-JEDEC type manufactured outside U'S.A. TYPE No. SYMBOLS & CODES EXPLAINED Switching type, also listed in Section 12 Chopper, also listed in Section 13, Category 10 These types also included elsewhere with other characteristics. See Type No. Cross Index for alternate line number. Radiation Resistant Devices, also listed in Section 13, Category 13. ICAL SECTION wo fa, Gain bandwidth product (f-) Maximum frequency of oscillation Figure of merit (freq
Pulsed $- Indicates min. valves given for BY cb, EV ceo, and BV abo,45 XA702 28D31 GT1609 28C36t 28D19 2SD22 NKT774 SYL1591 JAN2N2426 NKT751 NKT701 2$D11 280105 GT904 GT167 TK33C SYL1327 SFT298t 2N955t 2N649/22 NKT753 AC157t ASY89t 280100 28D127A 2SD100A 2N1585 D.A.T.A. 0.0 1.0D 20uD |1.0 40um |1: 100u IN ORDER OF (1) MAX COLLECTOR DISSIPATION SYMBOLS AND CODES EXPLAINED IN INTERPRETER Cob |STRUC|Y200 jE 0 -TURE s/a |AD TO200|D RO7 TO1 TO9 R9 45b> CQew + LINE No. Vv - - #- SYMBOLS & CODES COMMON TO MORE THAN ONE TECH New Type Revised Specifications Non-JEDEC type manufactured outside U'S.A. TYPE No. SYMBOLS & CODES EXPLAINED Switching type, also listed in Section 12 Chopper, also listed in Section 13, Category 10 These types also included elsewhere with other characteristics. See Type No. Cross Index for alternate line number. Radiation Resistant Devices, also listed in Section 13, Category 13. ICAL SECTION wo fa, Gain bandwidth product (f-) Maximum frequency of oscillation Figure of merit (freq
Pulsed $- Indicates min. valves given for BY cb, EV ceo, and BV abo,45 XA702 28D31 GT1609 28C36t 28D19 2SD22 NKT774 SYL1591 JAN2N2426 NKT751 NKT701 2$D11 280105 GT904 GT167 TK33C SYL1327 SFT298t 2N955t 2N649/22 NKT753 AC157t ASY89t 280100 28D127A 2SD100A 2N1585 D.A.T.A. 0.0 1.0D 20uD |1.0 40um |1: 100u IN ORDER OF (1) MAX COLLECTOR DISSIPATION SYMBOLS AND CODES EXPLAINED IN INTERPRETER Cob |STRUC|Y200 jE 0 -TURE s/a |AD TO200|D RO7 TO1 TO9 R9 45SYMBOLS & CODES EXPLAINED IN TYPE No. CROSS-INDEX & TECHNICAL SECTIONS A Z % RT ... Replacement Type; consult manufacturer. Indicators of separate manufacturers producing same type number (non-JEDEC) whose characteristics are not the same. This manufacturer-identifying symbol (assigned by D.A.1.A.) is an integral part of the type number {in Type No. Cross Index, Technical Data Sections) to avoid the possibility of confusing the devices of one manufacturer with the devices of others. SYMBOLS & CODES COMMON TO MORE THAN ONE TECHNICAL SECTION LINE No. Vv New
| 175 80 60 | 0 60 | 200 5.0M] 0.95 10M 80 | E 100M | T 2N1572 S| N AFA 600M ; A | 175 125 80/0 15 50 5.0M 1.0 10M 20|E 2N1573 s|N AFA 600M | A j 175 125 80/0 30 | 100 5.0M 1.0 10M 40 ,E 2N1574 S| N AFA 600M } A | 175 125 80/0 60 } 200 5.0M 1,0 10M 80] E 2N1585 | GIN RFA} 750M | A | 100 25 10,0] 20 10M 2N1586 S| N AFA 125M] A 85 15 10 | 0 | 5.0 27 1,0M 1.5 5.0M | 9.0/E 5.0M|B 2N1587 S|] N AFA 125M] A 85 30 20)0 15.0 27 1.0M 1.5 5.0M |] 9.0j/E 5.0M } B 2NL588 S|N AFA 125M | A 85 60 40 |0 15.0 27 1.0M 1.5 5.0M 9.0]JE 5.0M |B 2N1589 S| N AFA 125M; A 85 15 10/0 20 75 1.0M 1.5 5.0M 25 |E 5.0M/B 2N1590 S|N AFA 125M | A 85 30 20]0 20 75 L.0M 1.5 5.0M 25 ]/E 5.0M |B 2NL591 s)N AFA 125M) 4 85 60 40)0]) 20 75 1.0M 1.5 5.0M 25 ],E 5.0M]B 2N1592 SIN AFA 125M 1A 85 15 10/0 40 | 210 1.0M 1.5 5.0M JOE 5.0M 1B 2N1593 S|N AFA 125M} A 85 30 20,0} 40] 210 1.0M 1.5 5.0M 70 |E 5,0M | B 2N1594 s|N AFA 125M | A 85 60 4010] 40 | 210 1.0M 1.5 5.0M 7O|E 5.0M |B 2N1595 thru Thyristors, see Table on Page 1-154 2N1604 2N160
| 175 80 60 | 0 60 | 200 5.0M] 0.95 10M 80 | E 100M | T 2N1572 S| N AFA 600M ; A | 175 125 80/0 15 50 5.0M 1.0 10M 20|E 2N1573 s|N AFA 600M | A j 175 125 80/0 30 | 100 5.0M 1.0 10M 40 ,E 2N1574 S| N AFA 600M } A | 175 125 80/0 60 } 200 5.0M 1,0 10M 80] E 2N1585 | GIN RFA} 750M | A | 100 25 10,0] 20 10M 2N1586 S| N AFA 125M] A 85 15 10 | 0 | 5.0 27 1,0M 1.5 5.0M | 9.0/E 5.0M|B 2N1587 S|] N AFA 125M] A 85 30 20)0 15.0 27 1.0M 1.5 5.0M |] 9.0j/E 5.0M } B 2NL588 S|N AFA 125M | A 85 60 40 |0 15.0 27 1.0M 1.5 5.0M 9.0]JE 5.0M |B 2N1589 S| N AFA 125M; A 85 15 10/0 20 75 1.0M 1.5 5.0M 25 |E 5.0M/B 2N1590 S|N AFA 125M | A 85 30 20]0 20 75 L.0M 1.5 5.0M 25 ]/E 5.0M |B 2NL591 s)N AFA 125M) 4 85 60 40)0]) 20 75 1.0M 1.5 5.0M 25 ],E 5.0M]B 2N1592 SIN AFA 125M 1A 85 15 10/0 40 | 210 1.0M 1.5 5.0M JOE 5.0M 1B 2N1593 S|N AFA 125M} A 85 30 20,0} 40] 210 1.0M 1.5 5.0M 70 |E 5,0M | B 2N1594 s|N AFA 125M | A 85 60 4010] 40 | 210 1.0M 1.5 5.0M 7O|E 5.0M |B 2N1595 thru Thyristors, see Table on Page 1-154 2N1604 2N160
2N1585 2N1586 2N1587 2N1588 2N1589 2N1590 2N1591 2N1592 2N1593 2N1594 2N1605 2N 16054, 2N 1606 2N1607 2N1608 2N1609 2N1610 2N1611 2N1612 2N1613 2N16134 2N1613B 2N1613S 2N1613-46 2N1614 2N1615 2N1616 2N16164 2N1617 2N1617A 2N1618 2N1618A 2N1619 2N1620 2N1622 2N1623 2N1624 2N1631 2N1632 2N1633 2N1634 2N1635 2N1636 2N1637 2N1638 2N1639 2N1640 2N1641 vuvuvy vw2u22 22222 z22z202 Z2zz220 vvvryxvn V2Z2Z22 2227272 22222 22222 VRDVVGD VVVTYV VPVVVY VUuVIV/roOV aANRYaAD QARHHD OOOHH HHOHH HHAHHH HwWHHAHNH NHHHHNNH NOOO ape aAaDaAaA vpyvU ANDADH AOA DOAaAD QaAOaRnD ANHHnON NAKA PACK- | LEAD | Vcs Vee Veo AGE | INFO |] MAX | MAX | MAX TO3 105 100V 50V Ss0V TO3 Los 100V 50V 50V TO3 LoS | 40V 20V 20V TO3 LOS | 40V 20V 20V TO3 Los 60V 30V 30V TO3 Los 60V 30V 30V TO3 Los 80V 40V 40V TO3 (a5 | 80Vv 40v 40V TO3 LOS 100V 50V 50V TO3 Los 100V 50V 80V TO3 LOS | 40V 20V 20V TO3 LO5 | 40V 20V 20V TO3 Los 60V 30V 30V TO3 Los 60V 30V 30V TO3 Los gov 40V 40v TO3 Los 80V 40V 40V TO3 Los TOOV 50V 50V TO3 Los 100V 50V 50V TO