2N992-2N993-2N994-2N995-2N995A-2N996-thru-2N1048C

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Oct 30, 2023

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m MOTOROLA www.datasheetcatalog.com g. 2N992-2N1048C 2|= MAXIMUM RATINGS ELECTRICAL CHARACTERISTICS = E - - - - Z | = | REPLACE- Po |E| T, | Ve | Ve |2 hee @ Ic Vegsan Qe = |2 e & 5| vt REF. | USE : £ 2 A 0|5 == @25°C | Z| °C | (volts) | (volts) [ 5 | (min) (max) S| (volts) = 2 S|z 2N992 G[ P AH 6/M [ A 75 20 20 R %40 1.0M 40 | E 2N993 G| P AH 67M A 5 20 20 | R 40 1.0M 40 | E 44M | T 2N994 G| P SH 200M A| 150 15 6.0 0 45| 140 10M 0.18 10M ® 2N995 S|P AH 360M A | 200 20 15| 0 35| 140 20M 0.2 20M 100M | T 2N995A S|P 2N3250 | 2N3250 | AH 360M Al 200 20 15| 0 35| 140 20M 0.2 20M 100M| T 2N996 S| P 2N3248 | 2N3248 | AH 360M A | 200 15 12| 0 35 20M 0.3 60M 100M| T 2N997 S| N A 500M A| 175 75 40| O 35 100* 1.6 100M 2N998 S| N 2N998 AL 500M A| 200 | 100 60| O 1:2 50M | 1000 | E 2N999 S| N 2N998 AL 500M A| 200 60 60| O 1.6 100M 2N1000 G| N S 150M A | 100 40 25|10 40 10M 0.25 100M 7.0M | E 2N1003 | G| P AH | 120M | A|100]| 35 20| U 10| E 2N1004 G| P AH 120M A | 100 35 20| U 10| E 2N1005 S| N A 150M A| 175 15 15| 0 10 25 10M 0.6 10M 2N1006 S| N A 150M A 175 15 15| 0 25| 150 10M 0.6 10M 2N1007 G| P AP 35W C 95 25 20| 0 50 | 250 1.0A 1.0 2.0A 25| E 60K | T 2N1008 G| P 2N1008| A 0.3w C 85 20 L.97] R 0.25 0.1A " 40 | E 2N1008A | G| P 2N1008| A 0.3wW C 85 40 35| R 0.25 0.1A 40 | E 2N1008B | G| P 2N1008 | A 0.3wW C 85 60 55| R 0.25 0.1A 40 | E 2N1009 G| P A 0.4W C 85 35 35| R 0.25 0.1A 40 | E 7.5K| E 2N1010 G| N A 20M A 55 10 10| O 2N1011 G| P 2N1011| AP 35W C 95 80 80| S 30 75 3.0A 1.5 3.0A 20 | E 5.0K | E 2N1012 G| N S 150M A | 100 40 22 (0 40 100M 0.2 100M 3.0M| E 2N1014 G| P MP448 AP 50W C | 100 | 100 65| 0 20 50 4.0A 0.8 4.0A 0.5M | B 2N1015 S| N 2N3713 | 2N3713 | sp | 150W Cc | 150 30 30(v 10 2.0A 1.5 2.0A 2N1015A | S| N SP 150w C | 150 60 60 |V 10 2.0A 1.5 2.0A 2N1015B | S| N SP 150w C | 150 | 100 100 | V 10 2.0A 1.5 2.0A 2N1015C | S| N SP 150w Cc | 150 | 150 150 | v 10 2.0A 1.5( 2.0A 2N1015D | S| N SP 150w C | 150 | 200 200 | V 10 2.0A 1.5 2.0A 2N1015E | S| N SP 150w C | 150 | 250 250 | Vv 10 2.0A 135 2.0A 2N1015F | S| N SP 150w Cc | 150 | 300 300 |V 10 2.0A 1.5 2.0A 2N1016 S| N 2N3713 | 2N3713 | sp 150w C | 150 30 30|V 10 5.0A 2:5 5.0A 2N1016A | S| N SP 150w C | 150 60 60|V 10 5.0A 255 5.0A 2N1016B | S| N SP 150w Cc | 150 | 100 100 | Vv 10 5.0A 255, 5.0A 2N1016C | S| N SP 150w Cc | 150 | 150 150 | V 10 5.0A 245 5.0A 2N1016D | S| N SP 150w C | 150| 200 200 | V 10 5.0A 2.5 5.0A 2N1016E | S| N SP 150w C | 150 | 250 250 | Vv 10 5.0A 2.5 5.0A 2N1016F | S| N SP 150W. C | 150 | 300 300 | v 10 5.0A 2.5 5.0A 2N1017 G| P S 150M A 85 30 10| 0 70 20M 2.6 200M 15M | B 2N1018 G| P S 200M A | 100 30 6.0| 0 70 70M 2.6 200M 20M | B 2N1021 G| P 2N1021| AP 50W Cc 95| 100 100 | X 23 70 1.0A 1:0 5.0A 2N1021A| G| P MP1974 AP 150w C | 100 | 100 500 30 90 5.0A 0.5 5.0A 200K [ T 2N1022 G| P 2N1021 | AP 50W C 95| 120 120 | X 23 70 5.0A 1.0 5.0A 2N1022A | G| P MP1975 AP 150w C | 100 | 120 55| 0 30 90 5.0A 0.5 5.0A 200K | T 2N1023 G| P 2N3323 | 2N3323 | A 120M A | 100 40 40 | O 20| 175 1.5M 2N1024 S| P A 0.25W A | 175 18 15| U 9.0 | E 1.0M| B 2N1025 S| P A 0.25W A | 175 40 351U 9.0| E 1.0M| B 2N1026 S| P A 0.25W A | 175 40 35| U0 18 | E 2.0M| B 2N1027 S| P A 0.25W A | 175 18 15| U 18| E 4.0M| B 2N1028 S| P A 0.25W A 175 12 10| U 9,0| E 7.2M| T 2N1029 G| P 2N1553 | 2N1539 | Ap 90w C | 100 50 200 20 60 10A 1.0 10A 2N1029A | G| P 2N1554 | 2N1539 | Ap 90w c | 100 60 30| 0 20 60 10A 1.0 10A 2N1029B| G| P 2N1555 | 2N1539 | Ap 90w C | 100 90 60| 0 20 60 10A 1.0 10A 2N1029C | G| P 2N1556 | 2N1539 [ Ap 90w C | 100 | 100 70| O 20 60 10A 1.0 10A 2N1030 G| P 2N1557 | 2N1539 | AP 90w C | 100 50 20| 0 50| 100 10A 1.0 10A 2N1030A | G| P 2N1558 | 2N1539 | Ap 90w C | 100 60 30| 0 50 | 100 10A 1.0 10A 2N1030B | G| P 2N1559 [ 2N1539 | Ap 100 90 60| O 50 | 100 10A 1.0 10A 2N1030C | G| P 2N1560 | 2N1539 | Ap 100 |. 100 701 0 50| 100 10A 1.0 10A 2N1031 G| P 2N1553 | 2N1539 | Ap 9OwW C | 100 50 30| S 20 60 10A 1.0 10A 10| E 2.0K| E 2N1031A | G| P 2N1554 | 2N1539 | Ap 90W Cc | 100 60 40| S 20 60 10A 1.0 10A 10| E 2.0K| E 2N1031B| G| P 2N1555 | 2N1539 | Ap 90w C | 100 90 70| S 20 60 10A 1.0 10A 10 E 2.0K| E 2N1031C | G| P 2N1556 | 2N1539 | AP 90w C | 100 | 100 80| S 20 60 10A 1.0 10A 10| E 2.0K| E 2N1032 G| P MP327 AP 90w Cc | 100 50 30| S 50| 100 10A 1.0 10A 25| E 2.0K| E 2N1032A | G| P MP328 AP 90W C | 100 60 40 S 50| 100 10A 1.0 10A 25| E 2.0K| E 2N1032B | G| P MP329 AP 9owW C | 100 90 70| S 50| 100 10A 1.0 10A 25| E 2,0K| E 2N1032C | G| P MP330 AP 90W Cc | 100 | 100 80| S 50 | 100 10A 1.0 10A 25.1'E 2.0K| E 2N1034 S| P A 250M A | 160 50 40| 0 0.5 8.0M 9.0 E 150K | B 2N1035 S| P A 250M A | 160 50 35| 0 0.4 8.0M 18| E 200K | B 2N1036 S| P A 250M A | 160 50 30| 0 0.3 8.0M 34| E 300K | B 2N1037 S| P A 250M A | 160 50 3510 0.5 8.0M 9.0| E 150K | B 2N1038 G| P 2N1038 | AP 20W C 95 40 40|V 20 60 1.0A 0429 1.0A 18| E 8.0K| E 2N1039 G| P 2N1038 | AP 20w C 95 60 60 | V 20 60 1.0A 0.25 1.0A 18| E 8.0K| E 2N1040 G| P 2N1038 | AP 20w Cc 95 80 80|V 20 60 1.0A 0.25 1.0A 18| E 8.0K| E 2N1041 G| P 2N1038 | AP 20w Cc 95| 100 100 | v 20 60 1.0A 0.25 1.0A 18| E 8.0K| E 2N1042 G| P 2N2143 | 2N2137 | AP 20w Cc | 100 40 40| v 20 60 3.0A 0.75 3.0A 2.0| E 250K | T 2N1043 G| P 2N2144 | 2N2137 | AP 20W C | 100 60 60|V 20 60 3.0A 0325 1.0A 250K | T 2N1044 G| P 2N2145 | 2N2137 | AP 20W Cc | 100 80 80|V 20 60 3.0A 0.25 1.0A 250K | T 2N1045 G| P 2N2146 | 2N2137 | AP 20W C | 100 | 100 100 | Vv 20 60 3.0A 0.25 1.0A 250K | T 2N1046 G| P MP1046 AHP 50W C | 100| 100 50| 0 40 5.0A 0.2 500M 15M| T 2N1046A [ G| P MP1046 AHP 50W C | 100 | 130 50| 0 40 5.0A 0.4 5.0A I5SM| T 2N1046B | G| P MP1046 AHP 50W Cc | 100 | 130 50| 0 20 10A 0.4 5.0A 15M| T 2N1047 S| N AP 40W Cc | 200 80 12 | 36 500M 745 500M 2N1047A | S| N AP 40W C | 200 80 80| O 12| 36 500M 15D 500M 75K | E 2N1047B| S| N AP 40W Cc | 200 80 80| 0 12 | 36 500M 2.0 500M 125K | E 2N1047C | S| N AP 40W C | 200 80 80| O 12 | 36 500M 1.0 500M 125K | E 2N1048 S| N AP 40W C | 200 | 120 12| 36 500M 745 500M 2N1048A | S| N AP 40W Cc | 200 120 120 | O 12 | 36 500M T3 500M 75K | E 2N1048B | S| N AP 40w C | 200 | 120 120 | 0 12 | 36 500M 2.0 500M 125K | E 2N1048C | S| N AP 40W C | 200 | 120 120 0 12 | 36 500M 1.0 500M 125K | E 117

@ MOTOROLA www.datasheetcatalog.com NUMERICAL INDEX Numerical Listing of EIA-Registered 2N and 3N Type Numbers and Short-Form speci- fications for Bi-Polar Transistors. This table serves two functions. It provides a complete listing of ElIA-registered 2N and 3N type numbers, for device identification, and gives short-form specifications for bi-polar transistors. Type numbers for devices other than bi-polar transistors (i.e. thy- ristors, field-effect transistors, etc.), may be listed in blocks (2N — thru 2N —) with reference to subsequent tables where such devices are sequentially tabulated and short-form specifications are given. Collector-Emitter Saturation Voltage at Specified Collector Current Ic Units: KEY A = Amps M = milliamps s MAXIMUM RATINGS ELECTRICAL CHARACTERISTICS | H 1 - - &= law | ) - TYPE £ [ |RePLACE: REF. | USE g H h H as E ; MENT . Po I:.S T | Vewo [Vee- S| hee @ e g Veesan @ le é 2|2 :§ = = @ 25°G:°‘ °C | (volts) (volts):"’ (min) (max) = (volts) = :3 > fi Numerical Common-Emitter DC Short- Listing Circuit Forward-Current of 2N and 3N Transfer Ratio at Specified Registered Collector Current Type Numbers Ic Units: A = Amps M = milliamps S = Silicon * — microamps G = Germanium N = nanoamps o 7 Maximum Collector-Emitter Voltage . (Subscript Identifies Condition) Type number of recommended Subscript: ‘| replacement or of nearest -~ 0 = Vceo — Base Open electrical equivalent fully R = Vcer = Specified Resistance characterized in this book $ = Vces — Base Shorted V = Vcev = Used when only Reference device number indicates voltage bias is used specific Data Sheet on X=Veex = que-Emﬂter Back which device is characterized Biased U=Vce — Termination Undefined Small-Signal Forward-Current Transfer Ratio (E, B or C defines the parameter) E = hs. = Common-Emitter Current Transfer Ratio APPLICATION CODE A = Amplifier AH = Amplifier, High frequency AHP = Amplifier, High frequency power AL = Amplifier, Light sensitive AM = Amplifier, Multiple device __AP = Amplifier, Power S = Switch SC = Switch, Chopper “~SH = Switch, High speed SHP = Switch, High speed power SP = Switch, Power Power Dissipation at 25°C Units: M = milliwatts W = Watts B = hss, = Common-Base Current Transfer Ratio € = hsc = Common-Collector Current Transfer Ratio CUTOFF FREQUENCY Units: K= KHz M = MHz G = GHz (B, E, M or T Indicate the Parameter) B = fnib — fab = Common-Base Cutoff Frequency E = fate = fae = Common-Emitter Cutoff Frequency M = fmax = Maximum Frequency of Oscillations T = fr = Current Gain - Bandwidth Product Ref. Point: A, C, J, Indicates Ambient, Maxlmum Coflsctor- Base ¥oitago Case, or Junction Maximum Operating Junction Temperature 1N

2N992-2N993-2N994-2N995-2N995A-2N996-thru-2N1048C

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