BSV15 SIEMENS | Alldatasheet
Document overview
- Manufacturer or author: Provided By ALLDATASHEET.COM(FREE DATASHEET DOWNLOAD SITE)
- PDF pages: 8
Technical content
25C D MM 8235605 OOO4794 9 MBSIEG © ~~ 7<37-75- PNP Silicon Planar Transistors BSV 15 BSV 16 ———~ STEMENS AKTIENGESELLSCHAF ‘-BSV17 BSV 15, BSV 16 and BSV 17 are epitaxial PNP silicon planar transistors in TO 39 case (5 C 3 DIN 41873). The collector is electrically connected to the case. The transistors are particularly suitable for use in AF amplifiers and for AF switching applications. Type Ordering code Bsv 15") 62702-8425 BSV 15-6 Q62702-S207 BSV 15-10 Q62702-S208 BSV 15-16 Q62702-S209 BSV 161) 62702-8426 05 CEB BSV 16-6 Q62702-S210 | 3 BSV 16-10 Q62702-S211 ——| 5 3 BSV1 8 6 Q62702-S212 BSV 17 Q62702-S427 2 BsV17-6 | 62702-8213 sero! Baw ia BSV 17-10 Q62702-S214 Approx. weight 1.5 Dimensions in mm Maximum ratings BSV 15 | BSV16 | BSV17 Collector-emitter voltage Veco | 40 60 80 v Collector-emitter voltage -Vees._ | 40 60 80 v Emitter-base voltage -Veso | 5 5 5 Vv Collector current -Ic 1 1 1 A Base current —ig 0.2 0.2 0.2 A Junction temperature Tj 200 200 200 °C Storage temperature range Thea =66 to +200 °C Total power dissipation (Tease 25°C) Prot 5 [5 5 w Thermal resistance Junotion to ambient air Rina | $200 | 5200 | s200 | K/W Junction to case Rinuc $35 $35 | 335 K/w 1) in case of orders without an exact indication of the current amplification wanted, a transistor will be delivered of that current amplification group available at stock, 840 2156 6-09
25C D MM 8235605 Q004795 O MMSIEG __. oO AS 25C 04795 0 *T=.37~-/. BSV 18 BSV 16 Static characteristics (Tamb = 25°C) The transistors BSV 15, BSV 16 and BSV 17 are grouped according to the DC current gain at - J = 100 mA and marked with figures of the DIN R 5 standard series. At a voltage of Vee = 1 V the following values apply: - Type BSV 15 BSV 15 BSV 15 BSV 15 BSV 16 BSV 16 BSV 16 BSV 16 BSV 17 BSV 17 BSV 17 cd Ic hee fee Dre Vee mA Te/lg Te/Tg Ie/lg v 100 63 (40 to 100) 100 (63 to 160) 160 (100 to 250)| <1 Static characteristics (Tams = 25°C) BSV 15 | BSV 16 | BSV 17 Collector-emitter saturation voltage (-Ic = 500 mA; Ig = 25 mA) —Veesat | <1 <1 <1 Vv Collector cutoff current (Vee = 40 V) -Iees | <100 | - - nA Collector cutoff current (-Vee = 40 V; Tamb = 150°C) Ices | <60 - - BA Collector cutoff current ("Veg = 60.) Ices | - <100 | - nA Collector cutoff current (-Vog = 60 V; Tam = 150°C) -Icegg | - <50 - BA Collector cutoff current (-Vee = 80 V) Ices. | - - <100 | nA Collector cutoff current (Veg = 80 V; Tam = 150°C) -Ies | - - <50 BA Emitter cutoff current (—Veg = 4 V) —Teso <50 <50 <50 nA Collector cutoff current (Vee = 40 V; Veg = 0.2 Vi Tamb = 100°C) ~Icex | <50 - - HA Collector cutoff current (-Vee = 60 V; Vee = 0.2 V; Tamb = 100°C) ~Icex | - <50 - HA Collector cutoff current (-Vce = 80 V; —Vee = 0.2 V; Tamb = 100°C) Tcex - - <50 pA Collector-emitter reverse voltage (-Ice = 50 mA; v= 200us; 1%) -Vceo >40 >60 >80 Vv Collector-emitter voltage (elce = 10 uA) —Vees_ | >40 >60 >90 v Emitter-base reverse voltage (-leag = 10 WA) -Veso | >5 >6. >6 Vv 841
2157 G-10
2sC D M™@ 8235b05 0004756 2- mBSIEG e295 a "25C_ 04796 07+ F7-1 BSV 15 . BSV 16 SIEMENS AKTIENGESELLSCHAF BSV 17 Dynamic characteristics (Tam = 25°C) BSV 15 BSV 16 BSV 17 Transition frequency . (i = 50 mA; Veg = 10 V, f = 20 MHz) fr >bo >50 MHz Collector-base capacitance (Vcpo = 10 V; Ie = 0; f = 1 MHz) Ccao 20(<30) | 15(<25) | pF “ Emitter-base capacitance (Vego = 0.6 V; Ig = 0; f = 1 MHz) Creo | 180 180 pF ‘Small-signal current gain Uc = 1 mA; Veg = 5 V; f = 1 kHz) Ite >20 >20 - Switching times: . Turn-on time (Ic = 100 mA; Jg1 approx. —/g2 approx.5 mA) ton <600 <500 ns Storage time (Ic = 100 mA; Ig; approx. —Ig2 approx. mA) ts <500 <500 ns Fall time {ic = 100 mA; Igs approx. -Ig2 approx.5 mA) ty <150 <150 ns 882 2158 G-11
_25¢ D MM 8235605 OOO4797 4 MMSIEG 25C 04797 hy oy oe BSV15 BSV 16 Total perm. power dissipation Tosanetior ie 100m for Noe porate esvis i 4 + Vee : ot ‘REEPEEEEE ; [Je [fos bt 4 : ‘oyses (REE EE . 2, ma ppeeeNeeeece fpsTonseo > Se, oo fee [je gee) ee EEE ACE arta oo a I ek a ine a ap i eee EE PS fina TI a EEC PSS es (EEO Fs 0 cn 200° Total perm. power dissipation Total perm. power dissipation versus temperature versus temperature Pat = (7): Vee = parameter P=); Vee = parameter Wipes Bsv16 Wtee Bsv17 fore Stay RACER EEEEH LAE RE EE eae a Fk F(A EH a a ty FASE EE] fa SEE a a | RE { a a a a Fe t oy A fo s peor oN ERE NEE EEEEENEEEH a | DEEN fe 4 PS im OY oo a a a A a | ee Re ie oo oe So CoN St Fe TH a a EEEAERSSEEN BEE PRREEN Fe phe EE EES 0 », 200° 0 wo 200% 2159 6-12 ae saad
_25C D M@ 8235605 0004798 & MMSIEG | \\ 25c 04798 O-T-37-D BEV 15 : BSV 16 — SIEMENS AKTIENGESELLSCHAF ——— BSV17 Permissible pulse toad BC current gain hye =f (lc) 5 K ftuc "(iv = parameter Vee = 1V; Tame = parameter % BSV 15, BSV 16, BSV 17 o BSV 16-6, BSV 16-6, BSV 17-6 HECTIC TE CTT A { sl '7, M0 5 EES wala ITT] Eseries Avie eer ae ae Sos erm T_T NI ce AR aM TT EEE arnt eae een eee SCO HH HHH HT SEETHER HEHEHE EHH CO a Oy FAH CI TIM TT TT 9? UAC TT @ QE Tl a vt og! ow tim _ “ —t DC current gain hee = f (Ic) ‘DC current gain hpg = f (Ic) Veo = 1V; Tame = parameter Vee = 1V; Tam = parameter v BSV 15-10, BSV 16-10, BSV 17-10 e . BSV 15-16, BSV 16-16 EPH rH ite sil Sth) a wat ae ~ as Sei ai, SUI Fes ot Sl FPecroliieert ttt ett — Pe ae SOME TUTTE TIT NTI eT TT COTE CONTE Ee CCTM CONC CTT CT Co oT Co Cn a | . Conc ch 1 a a oT eT ow w etm ow w we Dm ly iy 2160 G-13 . 7a tee
25C D M™ 8235605 0004799 & MBSIEG 256 04799 OF BINS BSV 15 . _ BSV 16 . SIEMENS AKTIENGESELLSCHAF eared soe Brive wee A BSV15 A BSV 15
0 Se 1 eS ,
Ss =e HEE see eel . iT EEE EE eco a : tt Naceest icecatmea “ly KL HHRC URSIN NS ESS ly ESSN SH EC HHINNANS 9 EF CNRROSNT a N\\ Ni pi ARNT 2 of UTIINA ot LUTTMING ts ESE Toe tt SESE Se He NN EA HEH [pester HAR POT TT [| Teme= 125°C LUT LUM UT oe LLU ETT 10 5 ow 5 Vv we 5 5 wy ele Ve Permissible operating range : Permissible operating range Ie = (Vee); Tease = 60°C I= (Veg); (Tease = 125°C) A. BSV 16 A BSV 16 1 rte re pe ea: ast ae eeriiil sea ECC art | oo “ly _ . a “te se i ae { SSUNENNN Gu f a» SONEN NS kee ESS EAS ROSAS NAN SSCE
5 SKS NNT SERRE
rh LESAN Bd _ BNR NNN sa Satta 5S Fee 80°C — tN thd 5 Toop 128% —I— Sap § vue TN T Typ 9 Lali TT, ee ett i Fa pe TT en oe som 8 “ge st) 8 wy “The permissible operating ranges apply to single pulses (v= 0), For pulse sequences the power disipation hes tobe” reduced in accordance with the diagram “permissible pulse load”. a 845
2161 G-14
25C D MM 8235b05 OOO4SOO O BASIEG 25C 04800 D7 37-/1S BSV 15 BSV 16 Permissible operating range Permissible operating range I= 1 Vee) Tease = 60°C I= Weel: Tease = 125°C. A BSV17 A BSV17 0 eee 0 Coa eae a a OY * NSTI { e SAAN I SSS el © = ARRISISSOSE SS 2 SESE ASSAY SENSIS RS [7CETTINS ISR 40 ODS | SRS 2 HIS 2 F —CTIIN NN s wt LIUTIN Ss Eran tN EE erie NNR a Sa | NS p00" a COP TTT ise a oe UTE CTT ot UT TT wv 5 ow 5 wy w 5 5 1v — Vee Ne Sea To frm ope paomae ete ted “ BSV 15, BSV 16, BSV 17 mA BSV 15, BSV 16, BSV 17 SaeSSaieeumeas| ({ som Ftesnsl_f domal TY pasaeaaerie cece 4 Coy ‘sm Beceeer eZ iehaes b Pooper itm oy Cee PTT { BE /2e8 > ee wT Coe Cy ein { ®SREEH aves HAA errr ian SeSEcciminiiceaaoe Hope ow LUT sul Zeer esas Foeeeeasee HAE ee FEE Hyer eae Lay S| 40> eS LLCO] ere iS (Pao ESSSHEEEE as Hr eet i FERRER EEE HAA EEE ima] HEHEHE |! Zoe oe LOOT WZECCCCCereeereerr) 0 as 0 715 () 1 2 av — Me he 846 . .
2162 AOL -
25¢ D mm 8235605 OO04801 2 MMSIEG ~ 25C 04801 0 J FALE BSV 15 BSV16 Collector-emitter saturation voltage Base-emitter saturation voltage —Veesat = fled ~Vaesat = f (chi ‘hee = 20, Temp = parameter bre = 20; Tam = parameter mA BSV 15, BSV 16, BSV 17 m BSV 15, BSV 16, BSV 17 wv = — es ae w SREP EEE re]
5 Sansa == § EEREEEFEE AEE
4 EYdzeo ‘t SOA
te fw LAL) yee COP rrr wT TT oe LLL =.= EEEER PPPS SESS
5 SRR eS 6s BEEP eel
CTT | — average aes . REESNCOCTERNOE wo ALT | —— serait ooo [iol facofoet | LT || RPE et BEERSE REE St
6 RR 6 ERERFAE HERE
| Ge 2 ee wT TT TTT I LEE
0 OB 1v 0 05 0 1B
— Vesat —> Veteat Collector cutoff current versus Transition frequency fy = f (Ic); temperature cao = f (Tomb) —VegS 10 V (Average value) TB Toy BSv ie ™ ey BSV17 wi BSV 16, BSV 16, BSV 17 w LLL i) Sci Conn Crh EEEREEEE EEE ee ee A FREESE ET Peer wll ESAT oS SaaS SaaS 6s EC RE FREESE R EH SREE Se A TN ; Ho =e Cc Cr ONT iabisiaiansnaa LTT TTA UI we LOCO wl 0 0 100 wT © sw se 6 wm —* Tan aay . 847