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.