HIGH-VOLTAGE N-P-N & P-N-P POWER TYPES Ic to30A... fF to 20MHz... PT to 175 W J 1g=10A le peak = 124 Ig peak = 16A ie 15 A Ig 30A cpa 04 =795- - Py = 125 W Py = 110 W max. Py = 175 W max. =160w Pr=75- 100W Pr=eow Pr=1z0w T10:3) (To.3) (70.3) (10.3) T.V.Application Switching Linear Switching 130 x 130 130 x 130 130 x 130 180 x 180 180 x 180 210 x 210 260 x 260 260 x 260 BU106 2N5840 2N5240 2N6510 2N6308 2N5805 2N6251 2N6251 [N-P-N} [N-P-N] [N-P-N]} (N-P-N] [N-P-N] [N-P-N] [N-P-NJ [N-P-N] BU106 2N5838 2N5239 BUX18 2N6510 2N6306 2N5804 2N6249 BUX17 = = = Veer = 250V Veer = 250 V _ VceR=175V Vegolsus) = 140 Vcer (sus) 275V | Veer isus) = 250 v CER ff CER Ao min VceR = 350 V Vcer(sus) = 300V | Veg pisus = 225 V hee = 20 min ve, hee = 20 min. hee = 20 min. nrE FE ' = hg = 25-250 = 10: h_. =8 min, FE hee = 15-75 FE hee = 10-50 @4A FE 4 A @0.5 A @2A @6A @3A @3A @05A @10A te = 3.5 ps t = 1.5 ps min, hee = 8-40 heg = 20-80 t,= 1.5 us fT = 3MHz!min fp =5 MHz heg = 10-100 1 =9.8 pS typ. say p oft @3A @04A =04 rT @5A ty = 0.8 Hs vp to Ths Pp = 75W t, = 0.8 ps typ. fy = S MHz min, t= O4 Us 1, = 0.4 ps typ. * : ty = 0.4 ps typ. ty = 1.2 bs typ. File No. 716 File No. 410 File No. 321 862 848 File No. 407 File No. 523 618 BU120 2N5839 2N5240 BUX18A 2N6511 2N6307 2N5805, 2N6250 BUX17A v =200V | Vcertsus) = 300V | Vcegisus} = 350 V Veer = 326 V Vcer = 300 V _ Veentsus) = 375 V | Veegisus)= 300V | VcER=275V ceo) fig g = 20 min. hee = 20 min, hpe=7 hep = 10min Vcer = 400 V hee = 25-250 nrg = 8-50 hep = 20 min eo ta @0.5A @2a @5A @4A nee te 75 @05A @10A @4A & . heg = 10-50 hee = 20-80 = f= 3 MHz min s hee = 10-100 1, = 0.8 ps tye =35 7 = 6 MHz min. @2A @O4A so yete T fp =5 MHz @5A ty = 0.5 ps typ. eta P, = 100W t, = 0.6 Ms typ, ty = 5 MHz min, 4= 0.4 ys t, 70.4 ps.typ. f t = 0.35 ps typ. ty = 1.2 pis typ. 410 321 862 848 407 523 818 BU126 2N5840 BUX16,A,B,C BUX18B 2N6512 2N6308 40853 2N6251 BUX17B Voce = 750 V Voenlsus) = 375 v Vecggisus) =225-400V VceR = 375 V VceR= 360 V = 480V Voen'sus) = 376 v Veer (sus) =375V Vcer = 325 V hee = 15-60 hee = 20 min. ho. =5 min hee = 10 hee = 10min Vcer = 45 FET 10min. hpe = 6-50 hee = 15 min @1A @05 A FE@4.5A @4A @ 4A nee 260 @5A @108 @4A fy 3.5 MHz Nee = 10-50 = i = = i ty = 0.4 ps typ. 1, = 0.8 us typ =35 Bo aow cA f= 5 MHz min. t= 1.8us f7 =3MHz min f7 25 MHz f= 1.2 us typ. 1h = 0.5 bs tP s* 3 Hs | - Y= 0.4 ys te= FMS {180 x 180) 1, = 0.6 us typ. ty = 0.35 pus typ. 410 800 862 848 498 $23 818 40852 BUX18C 2N6513 BUX17C Veer (sus) = 375 V VcER = 425V VceR = 400 V Voertsus) = 328Y | VceR = 375C hee = 12 min. hre = 10 hee = 10 min hee = 8 min. npg = 15min @12A @4A @4A 010A @4A t, = 0.5 Us typ ty= 1.5 ps f= 3MHz min Cosmin 1, = 3.5 ys ty = 0.35 ps typ. ty= 0.4 ps t= tps 498 862 848 498 B18 4Pellet sizevalues shown are edge dimensions oNe514 "Type with a factory-attached heat clip in thousands-of-an-inch (mils) Veer = 350V File No. (e.g.File No 508 E}, where shown, relates * Available with: hee = 10min to the data bulletin. a. flange for easy heat sinking Ra jc = 15 C/W @5A CTComplementary Type available, see matrix b. free-air radiator Raja = 45 CW fp = 3. MHz min on Complementary-Pair Power Types. ** Available with free-air radiator Rg ja = 30 C/AW #F or new equipment design onlynot recommended for retrofit. 848 PRO-ELECTRON TYPES BU106 Horizontal deflection type for small screen B/W PRO-ELECTRON TYPES BU120 BU126 2N6306 2N6307 2N6308 High Voltage, Fast Switch High Voitage, Fast Switch High Voltage High Voltage High Voltage BU106 FAMILY |[n-p-n] (silicon) Pr = 75W _ Gain Bandwith = 3 MHz min 140 - 325 8 min 5 2 | 5%! 325 4 | 05 @100C BU120 FAMILY [n-p-n] (silicon) PT =100W fr = 6MHz min 200 - 4008 30-100 50] 2*| - | 400 4! o8 *Vces CE 300 ~ 750 15 - 60 5.0} 5%! 2@! 750 2.5 | 0.25 lces 2N6308 FAMILY [n-p-n] (silicon) PT =125W 250 350 500 15-75 3 5 | osl a5! sootogs!3 | og 114.3] 3 300 400 600 15-75 3 5 | O5f 25 | 600} 1.0] 3 06], 14.31 3 350 450 700 12-60 3 5 | o5/ 25] 700)15]}3 | o6 | 1.3] 3 *VcHO