EPITAX!AL-BASE N-P-N & P-N-P POWER TYPES Ic to 15A...P7 to 200W... VCE to 125 V (, = -3.5 max. ig = 6 A max. Ig * 6 A max. ig= 7 A max. ig = 7 A max. ig = 15 Amex. ig = -15 A mex, le = 15 A max. te = 15 A max. Py = 10 W max. Py = 40 W max. Py = 40 W max. Py = 40 W max. Py = 40 W mex. Py = 125 Wimax. Py = 125 W max. Py = 75 W max. Py = 75 W max. (T0-39) (T0-66)** (T0-68)** VERSAWATT VERSAWATT {T0-3) (T0-3) VERSAWATT VERSAWATT (TO-220) (T0-220) (T0-220) {T0-220) 90 x 90 90 x 90 90 x 90 90 x 90 90 x 90 150 x 150 150 x 150 150 x 150 150 x 150 Family Designation 2N5781 2N6372 2N5954 2N6292 2N6107 2N6472 2N6248 2N6488 2N6491 [P-N-P] [N-P-N] [P-N-P] [N-P-N] [P-N-P] [N-P-N] [P-N-P] [N-P-N]} [P-N-P] 2N6288 2N6110 2N5783 2N6374 2N5956 2N6289 2N6111 2N6470 2N6469 2N6486 2N6489 Vcen(SUS) = -45| Vcent(Sus)= 45 Vv | VeeRiSUS)=-45V] VceRISUS)=40 Vv | VceRiSUS) = 40V Vegas 45 Vegpisus = ~45V Vege (ius 50V Vcpplsus)= -50V hee = 20-100 bre = 20-100 hpe = 20-100 hee = 30-150 hee * 30-150 heg= 20-150 he p= 20-150 he -=20-150 @-16A @3A @-3A @3A @-3A S@5A S@ -5A "*@ 5A tp = 8 MHz min. f7 = 4 MHz min. f= 5 MHz min. ft = 4 MHz min. f= 10 MHz min, ,=5 MHz typ. fy26 MHz min. f,=5 MHz typ. f= 5 MHz typ. cr cT cT cr File No, 413 File No. 675 File No.675 File No.676 File No. 676 File No. 677 File No. 677 File No. 678 File No. 678 2N6290 2N6108 2N5782 2N6373 2N5955 2N6291 2N6109 2N6471 2N6246 2N6487 2N6490 VceR(SUS) = -65V] VcER(SUS)=65V | VoeRiSUS)=-65V| Vo_eRisus) = 60 V | VceR (SUS) = -60V Vocggtsusr65V VceRISUS) = -65 V Vegg(sus)=70V Vegpisusk -70V neg = 20-100 hee = 20-100 neg = 20-100 hee = 30-160 hee = 30-150 h. = 20-150 hee = 20-150 h, = 20-150 h_ p= 20-150 @-12A4 @25A @-25A @25A @-254 Fea SA @-5A FEO SA FES 5A = ty = 4 MHZ min. ty = = i . = fy 8 MHz min. Tt jz min Te5 MHz min. ft = 4 MHz min. fr 10 MHz min, fe SMHz typ. fy = 6 MHz min. aes Miz typ. ie 5 MHz typ. cT cT cT 413E 675 675 676 676 677 677 678 678 2N6292 2N6106 2N5781 2N6372 2N5954 2N6293 2N6107 2N6472 2N6247 2N6488 2N6491 VceR{SUS) = -80V 1 VcgR{SUS} = 85 V | VcERISUS) = -86V Vcer (SUS) = 80 V Veer (SUS! = 80 V Vegptsus)=85V Vcer(SUS! = -85V Vege tus) =90V Veeep(sus) = -90V hee = 20-100 hee = 20-100 NEE = 20-100 hee = 30-150 hee = 30-150 hp p= 20-150 hpe = 20-150 hpp=20-150 ba 20-150 @-1A @2A @-2A @2A @-2A FEO sa @5A Fla 5A FE@ 5A f= 8 MHz min. f= 4 MHz min. = i f7 = 4 MHz min. = = T in. T f7 = 5 MHz min. T Zz min ty = 10 MHz min. f= 5 MH typ. f= 6 MHz min. f= 5 Mie typ. f 25 MH typ, cT cT ct ANSE 675 675 676 676 677 677 678 678 2N6473 2N6475 2N6248 Vegpitus-110V Vegpisusi lov VcERISUS) = 105 V Pellet sizevalues shown are edge dimensions he _-30-150 ne = 20-100 in thousands-of-an-inch (mits). f,=5 MHz typ. ty = 6 MHz min. T cT 676 677 ** Aca . or _ ape Available with free-air radiator Raja = 30 CAV 2N6474 2N6476 "TA" designations (e.g, TA8662) in this booklet Vege (susi=130V Vocgaiss130 are Developmentai-iype devices. h_=30-150 h..=30-150 FE, FE File No. (e.g. File No.413E), where shown, relates @1A @-1A to the data bulletin. f [= 5 MHz typ. f= 5 Milz typ. CTComplementary Type available, see matrix or 676 on Complementary-Pair Power Types.COMPLEMENTARY -PAIR POWER TYPES Pometaniat Beseieotexetae Ig 15to2A e725 A 1,3 to 3.54 I, 4to6A 1, 12t0 174 N-P-N PNP N-P-N PNP N-P-N PNP NPN P-N-P NPN PNP 2N5293 2N6106 2N5495 2N6110 2N5294 2N6107 2N5786 2N5783 2N3054 2N5955 2N5494 2N6111 2N3055 2N6247 VeeR(SUS) = 75 V | VegR(SUS) =-80 VP VoeRISUS! = 45V | Veg (SUS) = -45 VI VoeR{SUS) = 60 V | VoeRISUS) = -65V] VoeRiSUS) = 50V | VcERISUS}=-40V] VcEeRISUS) = 70V 1 VceRISUS) = ~90V Ipe BA I,=-15A Ig 225A ge -2.5A I,=3A I,=-3A CHa gi FA IQ=I2A IQ=-12A VERSAWATT VERSAWATT (70-39) (70-39) (70-66) (T0-66) VERSAWATT VERSAWATT (T0-3) {T0-3) (TO-220) {T0-220) (TO-220} T0-220} File No, 322 File No.676 File No. 413E 413E File No. 527 675 File No. 353 File No.676 File No. 524 File No. 677 2N5295 2N6106 2N5297 2N6106 2N5491 2N6106 2N5296 2N6107 2N5298 2N6107 2N5490 2N6107 2N4347 2N5954a 2N4348 2N6248 VceRtSuS) = 50 | Veep (SUS) =80V} VogRISUS) = 70V | Vee (SUS) = -80V] VceRISUS) = 50 V | VceR (SUS) = -80 VJ VceyiSUS) = 140] VcERISUS = 85 V] VegyISUS) = 140 V| VogR (SUS) = -110 Y Ige2A 1L=-2A IQ 25A \g= 256A I,=3A 1, 3A Ip=4A 1p=-4A =1 Ij=-14A VERSAWATT VERSAWATT VERSAWATT VERSAWATT VERSAWATT VERSAWATT {TO-3) (70-66) (TO-3) (TO-3) (TO-220) {T0-220) (70-220) (TO-220) (T0-220) (TO-220) 322 676 322 676 353 676 528 675 526 677 2N3441 (2N6468)t 2N5785 2N5782 40250 2N5956 2N6371 2N5956 2N3772 2N6247 Veer (Susi = 150 V1 Voeg (SUS) = 1258 VogaiSUS) = 65 V | VoeRISUS) = -65 VF VoeRiSUS} = 50V | VceRISUS) = 48 VE VogyiSUS) = 50 | Vog_SUS)=45 V9 Veep (SUS!=70V | Voge, (SUS) = -S0V IQ22A IL=-2A p= 25A IQ=-25A I, 235A Ip=-3.5A IL=6A Ip=-6A 127A [gz -I7A (TO-66) (70-66) (TO-39} (T0-39} {TO-66) (T0-66} (TO-3) (TO0-66) (TO-3) (T0-3} 529 413 E 413 112 435 607 675 525 677 2N5493 2N6108 2N5784 2N5781 2N5492 2N6109 2N3055 2N5955 * Or higher voltage VeeRtSUS) = 80V | VceR (SUS) = -80V | VceRiSUS)= 65 V | VeeR (SUS) = -60 VE VcERiSUS) = 70V | VceRISUS) = 65 V type 2N6248. Ipe25A pe -25A IG=3.5A p= 3.54 Ip=6A 1,=-B6A (70-39) {T0-39) VERSAWATT VERSAWATT {TO-3) (T0-66) {TO-220) {TO-220) 413 E 413 353 676 24 675 High-Voltage High-Speed Ig =0.2A Ig=2A I= tA N-P-N P-N-P N-P-N PNP N-P-N PNP NP-N PNP 2N3440 2N5415 2N3584 2N6212 2N3053 2N4037 2N6179 2N6181 Vee (SUS) = 250 V | Veeg (SUS) = -200 4 VoeRISUS) = 350 V/ VeER (SUS) = -325 Veer SUS) = 50V | VceR (SUS) = -60 V1 VcEeR(SUS) = 65 V | VcEeR (SUS) = 65 V 1.2 0.2A 1,=-0.2A Ipe2A i,=-2A IpzlAa IQ=-1A IgelAa Ip=-1A (70-39) {TO-39} (TO-66)} {T0-66} (TO-39) {TO-39) {Plastic TO-5) (Plastic TO-5) File No. 64E File No. 336E File No. 138 File No. 507 File No. 432 File No. 216E File No. 562 562 2N6175 BFT19A 2N3585 2N6213 2N2102 2N4036 2N6178 2N6180 Vcer(SUS) = 300 V| VoeRisus) =-300 4 VcERISUS) = 400 V | VeeR(SUS) = 375 Vi VceR(SUS) = 80V | VceR (SUS) =-85 V9) Vee R(SUS) = 90 V | Voce RISUS) = -90 V (,=O0.2A 1,2 0.24 IG=2A (,=-2A etl Ipe-tA IQzTA IgGetA (Plastic TO-5} (70-39) {T0-66) (70-66) (T0-39) (TO-39) {Plastic TO-5) {Plastic TO-5) 508E 683 138 507 106E 216E 562 562 2N3439 2N5416 BUX67 BUX66 2N5321 2N5323 VeEo(SUS) = 350 V | VceR (SUS) = 350) Veepisus) = 175V | Vogpisus) = 175V VeeRISUS) = 65 V | VceR (SUS) = -65 V I,=O2A 1p=-O.2A I= 2A Ic=- 2A IQtA Ig2-1A (TO-39) {T0-39) (TO-66) (TO-66) (T0-39) (T0-39) 64E 336 art 870 325 325 2N6176 BFT19B BUX67A BUX66A 2N5320 2N5322 VceRISUS) = 350 V | VcER (SUS) = 4008 VceRisus) = 275V | Vcep(sus) =-275V VceRISUS) =90V | VceRISUS) = -90V ct O2A 1,= O24 Ic = 2A Ics-2A (= Ihe (Plastic TO-5} (TO-39} (O-66) {TO66)} (70-39) (TO-39) 508 E 683 a7t a0 325E 325E Note: The collector current (1.) value shown is for heg of 10 min. . BUX67B BUX66B Vcertsus) = 350V | Vee pisus) = 3504 Io = 2A loz {TO66} (TO-66) 871 870 BUX67C BUX66C Vcer(sus) = 400V | Vc_erisus) = 400V Ic = 2A I=-24 File No. (e.g. File No. 322), where shown, relates to data builetin. (TO-66) {TC-66) See Epitaxial-Base and Monolithic Darlington Matrices for 71 870 additional Complementary-Pair Power Types.PLASTIC-PACKAGED POWER TYPES te = 2 A max. Ie =-2 A max. fo= 1A mex. lo =7 Amex. le = ~7 A mex. i, = 16 A max. te = -15 A max. Ig 24 Amex. ie = 3 A max. le= 7 A max. ig = 16 A max, Py * 25 W max. Py = 25 W max. Py = 20 W max. Py = 40 W max. Py = 40 W max. Py = 75 W max. Py = 75 W mex. Pr = 36 W max. Py = 36 W max. Py = 50 W max. Py = 75 W max. (Plastic TO-5) (Plastic TO-5} (Plestic TO-5) VERSAWATT VERSAWATT VERSAWATT VERSAWATT VERSAWATT VERSAWATT VERSAWATT VERSAWATT (T0-220) {70-2201 {T0-220) (T0-220) (10-220) (TO-220) (TO-220) (10-220) 42 x 424 42 x 42 32x32 90 x 90 90 x 90 150 x 150 150 x 150 130 x 130 130 x 130 150 x 150 180 x 180 HIGH- HIGH-SPEED VOLTAGE EPITAXIAL BASE HOMETAXIAL BASE Family Designation 2N6178 2N6180 2N6177 2N6292 2N6107 2N6488 2N6491 2N5298 2N6478 2N5496 2N6103 [N-P-N] [P-N-P] [N-P-N] [N-P-N] [P-N-P] [N-P-N] [P-N-P] [N-P-N] IN-P-N] [N-P-N] [N-P-N} 2N6175 2N6288 2N6110 2N5295 2N5491 2N6102 2N6179 2N6181 2N6289 2N6111 2N6486 2N6489 2N5296 2N6478 2N5490 2N6103 Plastic 2N5321" Plastic 2N5323" Plastic 2N3440"" VeeRISUS) = 40V | VcERISUS) =-40V | VogRiSUS) = 45V | Vc_eR (SUS) = =48V | VceRiSUS) = 50V | VceRISUS)=135V | VoeRISUS)=50V | VceRISUS) = 45V VcoeR(SUS) = 65V |VeeRiSUS) = -65 V FVcERISUS) = 300 V hee = 30-150 hee = 30-150 h.. = 20150 h.. = 20-150 hee = 30-120 hee = 20-80 hee = 20-100 hee = 15-60 hee = 40-250 hee = 40-250 heg = 30-190 @3A @-3A FE@SA FE@ SA @1A f7 = 1.2 MHz typ. @2A @8A @ 500 mA @ 500 mA @20mA fy = 4 MHz min. fp = 10 MHz min. f= 5 MHz typ. f, = 5 MHz typ. fp > 0.8 MHz mn. (6 = 3A max. ty = 0.8 MHz min. fy = 0.9 MHz min. f= 50 MHz min. fy = 50 MHz min. fy = 20 MHz min. I= 16 A max. cT CT cT CT CT CT - File No. 562 File No. 562 File No, 508 File No.676 File No, 676 File No.678 File No. 678 Fite No. 322 File No. 680 File No. 353 File No. 485 2N6176 2N6290 2N6108 2N5297 2N5495 2N6098 2N6178 2N6180 2N6291 2N6109 2N6487 2N6490 2N5298 2N6478A 2N5494 2N6099 Plastic 2N5320" Plastic 2N6322 EVR ISUS) = 350V | VoeRiSUS)=60V [VceRiSUS) = -60V | VcegiSUS)=65V | VcERISUS) = -65V [| VceRISUS) = 70V | VceERISUS)=150V | VcgegiSUS) = 50V | Veg (SUS) = 65 V VceR(SUS}=90V |VcER{SUS) = -90 V hee = 30-150 hee = 30-150 hee = 30-150 h_. = 20-150 ho. = 20-150 Neg = 20-80 hee = 30-120 hig g = 20-100 nee = 20-80 neg = 30-130 hee = 30-130 @20mA @25A @-25A FE@ 5A FEO SA @ISA @05A @3A @4A @ 500 mA @ 500 mA fy = 20 MHz min. fT = 4 MHz min. fz = 10 MHz min. f= 5 MHz typ. f.. = 5 MHz typ. fy = 0.8 MHe min ft = 1.2 MHz typ ty = 0.8 MHz min. ty = 0.8 MHz min fy = 50 MHz min, hee = 10min, T T l= 3A max, lg = 104 max @-1A fy = 50 MHz min. cT cT CT CT cT cT 562 562 508E 676 676 678 678 322 680 353 485 2N6177 2N6292 2N6106 2N5293 2N5493 2N6100 2N6293% 2N6107 2N6488 2N6491 2N5294 2N5492 2N6101 Plastic 2N3430" | VegRISUS)=80V [Voce qiSUS) = -80V | VcERISUS) = 85V | VcERISUS) = 85.V | Vee RISUS! = 75 V Vcer(SuS! = 65V | VcgRiSUS) = 75 Vv Veer (SUS) = 400 v hee = 30-150 hee = 30-150 ho. = 20-150 ho. = 20-150 hg g = 30-120 beg 20-100 hee = 20-80 her = 40-160 @2A @-2A Fea SA FE@sA @05A @25A @5A @20mA fy = 4 MHz min. fp = 10 MHz min. f= SMHz typ. f, = 5 MHz typ. fp > 0.8 MHz min. ty 0.8 MHz min. 7 = 0.8 MHz min fp = 15 MHz min, 1 = 10 A max cT cT cT 508E 676 676 678 678 322 353 485 2N5497 2N6473 2N6475 2N5496 Vcertsus) = 110V | Vcepisus) = 110V Veg (SUS! = 80V Reg = 15-150 hee = 15-150 hee = 20-100 @ 1.5A @ -1.54 @35A f= 5 MHz typ fy = 5 MHz typ t7 308 MHz min. lo= 4 Amax ic = -4A max cT 676 676 353 4Peliet sizevalues shown are edge dimensions in thousands-of-an-inch (mils). 2N6474 2N6476 CTComplementary Type available, see matrix Veertousl = | 130v Voen(sus) rin '30V on Complementary-Pair Power Types. fe 15A ar 5A fy = 5 MHz typ fy = 5 MHz typ Ic= 4A max Io = -4 A max 676 676POWER TRANSISTOR TYPES FOR AUDIO-FREQUENCY LINEAR AMPLIFIERS Power Output Output Transistors Class B- Driver Class B Class A Pre-Driver 1602 | 42 |(8Q imped, Circuit Pre-Driver P N-P-N P-N-P N-=-P=N P-N-P NOPLN: NEPLN PeNep IC Driving 40979 40980 . . . . _ True Comp. (2N6292) *(2N6111) . 2W 6.9 8 40816 40817 40815 True Comp. (2N5495) (2N6111) - (2N4036) - - - (2N6269) Comp. BDX 33 BDX 34 . 40360 Darlington 2N6386 TA8201 - - (2N2102) - True Comp. 40875 40876 _ 40360 16 45 25W (26269) (2N6111) 40635 40634 (2N2102) ~ = (2N2102) (2N4036) Quasi-Comp. 40632 . . 40360 : (2N5492) (2N2102) 75 True Comp. 40877 40878 - 40360 (TA8323) (TA8326) 40635 40634 (2N21 02) - 25 55 40W Quasi-Comp. 40844 (2N2102) (2N4036) 40360 (2N6103) - - (2N2102) - 50 Quasi-Comp. 2N5840 - 4087 1 40872 - 40594 40595 100 70W (2N6292 ) (2N6111) (2N6320) (2N5322) 40 Quasi-Comp. 40636 40594 40595 - 40999 40999 (2N3055) - (2N5320) (2N5322) (2N5415) (2N5415) 80 180W 120W Quasi-Comp. (4) 40983's 40871 40872 40987 Paral, out. (2N5240) - (2N6292) (2N6111) - (2N5416) 130W 300W 200W Quasi-Comp. (6) 40988's _ 40988 . 40986 40987 Paral. out. (2N5240) (2N5240) (2N3439) (2N5416) Numbers in brackets indicate number of devices used in the stage. Type numbers in parentheses indicate the transistor-family designation. 102N6033 FAMILY [n-p-n] (silicon) fy = 50 MHz min; P+ = 140 W max Veeolsus) Veent(sus) Veeylsus) le Vee Temp.C Voce le lp Ie 2N TYPES Vv V Vv A} V q 2 |150; V AA A 2N6032 High-Current, High-Speed Switch 90 110 1204 10-50 50) 268 1281745! 110 11.31 50] 5 2 150 Modified TO-3 2N6033 High-Current, High-Speed Switch 120 140 1504 10-50 40 2 | 10m) 10) 135 | 1 40 4 2 40 (0.06 in. dia. pins) 4Vcexisus) = Micey PAL VCE = 100 V 2N6079 FAMILY [n-p-n] (silicon) fr = 1 MHz min; Pv = 45 W max 2N TYPES T wT 2N6078 High Voltage, Fast Switch 250 275 2754 12-70 12| 1 ]o.osmo.25e| 250 Jos | 1.2] 02) 16 | 12 2N6077 High Voltage, Fast Switch 275 300 3004 12-70 1.2| 1 | 5m | se 1250 fo5 | 1.2] 0291.6 | 1.2 <s 2N6079 High Voltage, Fast Switch 350 375 3754 12-50 1.2) 1 705M) 5@ | 450 7057) 1.2] 0.29 1.6 | 1.2 moe OTHER TYPES 40851 Off-Line Switching-Regulator for Power Supplies 350 375 - 12min.] 1.2} 1 [osm] se |as0] 3 | 4] os] 2 | 4 TO-66 4VoEy (sus) Bloey *loEy @ 125C 2N6103 PLASTIC FAMILY [n-p-n] (silicon) ff = 0.8 MHz min; Pt = 75 W max 2N&PRO-ELECTRON TYPES 2N6102 Hometaxial-Base, TO-220 AA 40 45 - 15-60 8 |] 4 | 24/104] 40 725] 16] 3291.7} 8 2N6103 Hometaxial-Base, TO-220 AB 40 45 - 15-60 8 4 | 24/104} 40 125] 161) 329717 | 8 2N6098 Hometaxial-Base, TO-220 AA 60 65 ~ 20-80 4 4] 24/104] 65 725] 10] 2 717) 4 2N6099 Hometaxial-Base, TO-220 AB 60 65 - 20-80 4 4 [| 24/1041 65 25] 10] 2 $1.7] 4 2N6100 Hometaxial-Base, TO-220 AA 70 75 - 20-80 5 4 | 24) 10) 75 $25) 10; 2 1.74 5 2N6101 Hometaxial-Base, TO-220 AB 70 75 - 20-80 5 4 4 2m) i0M@| 75 925) 107 2 F177) 5 \ BD278 Hometaxial-Base, TO-220 AB 45 55 _ 15.75 4 4 2&1 10@| 55 1 4 o4 fis] 4 BD278A Hometaxiai-Base, TO-220 AB 45 55 ~_ 30 Min 2 3 24! 108! 55 1 4 0.4 1.8 4 eo TO-220 AA AUDIO TYPES 40884 Output, 40-W Full Comp. Univ. Amplifier 65 75 - 20-120 4 4 1 | 65 | 1 4/04] - a| e| Na 2N6107 PLASTIC FAMILY [p-n-p] (silicon) Cex CEX@S5OV SS - = MH in; Py = 2N & PRO-ELECTRON TYPES fF = 10 MHz min; T 40 W max TO-220 AB 2N6110 Epitaxial-Base, TO-220AA -30 -40 - 30-150 |--3 | 4 J-0.1 |-2@ |-35 J[-1 3 103 4-15 | 3 Bo 2N6111 Epitaxial-Base, TO-220AB -30 -40 - 30-150 | -3 | 4 [0.1 |-2@ |-35 |1 | -3 |-0.3 7-1.5 | -3 VERSAWATT 2N6108 Epitaxial-Base, TO-220AA -50 60 - 30-150 |-2.5 | 4 [-0.1 |-2@ |-55 1 |-2.5 |]-0.25]-1.5 |-2.5 2N6109 Epitaxia!-Base, TO-220AB -50 -60 - 30-150 |-2.5] 4 |-0.1 |-2@ |-55 1 2.5 |0.259-1.5 [-2.5 2N6106 Epitaxial-Base, TO-220AA -70 -80 - 30-150 2 4 70.1 |-2@ |-75 [-1 -2 | 0.2 $-1.5 | -2 2N6107 Epitaxial-Base, TO-220AB -70 -80 = 30-150 -2 4 F-0.1 |-2@ |-15 J-1 -2 | 0.2 [-1.5 | -2 BD277 Epitaxial-Base, TO-220AB ~45 _- _ 30-150 -1.75| 2 _ _- _ 0.5 |-1.75] 0.1 -1.2 | -1.75 AUDIO TYPES 40817 Output, 12-W Full Comp. Univ. Amplifier ; - | 45 J } 35-150 | -2{ -1 J05] - | 407-] -{ - | - {| - j