BSX45 SIEMENS | Alldatasheet
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25C D MM 8235605 0004807 3 MMSIEG © %- 35-17 NPN Silicon Planar Transistors BSX 45 D . BSX 46 SIEMENS AKTIENGESELLSCHAF -==-- ——— BSX47 . BSX 45, BSX 46, and BSX 47 are epitaxial NPN silicon planar transistors in TO 39 case (5 C 3 DIN 41873). Their collectors are electrically connected to their cases. The transistors are particularly suitable for AF amplifiers and AF switching applications up to 1A. Type Ordering code . BSX 451) 060218-x45 ces : BSX 45-6 Q60218-X45-V6 05 BSX45-10 | Q60218-X45-V10 —| B 3 # BSX 45-16 Q60218-X45-V16 —4. 4 BSX 461) Q60218-X46 BSX46-6 | 060218-X46-V6 TBs Io Bog ae BSX 46-10 Q60218-X46-V10 Approx. waight 1.5 g Dimensions in mm BSX 46-16 Q60218-X46-V16 BSX 471) Q60218-X47 BSX 47-6 Q60218-X47-V6 . BSX47-10 | Q60218-X47-V10 Maximum ratings BSX45 | BSX46 | BSX47 Collector-emittar voltage Veco | 40 60 80 Vv Collector-emitter voltage Voces | 80 100 120 v Emitter-base voltage Veso (| 7 7 7 v Collector current Ig 1 1 1 A Base current Ih 0.2 0.2 0.2 A dunotion temperature 7 200 200 200 °C Storage temperature range Tg ~65 to +200 °C Total power dissipation (Tease 25°C) Phot 5 [5 [5 w Thermal resistance Junction to ambient air Rita | $200 | $200 | $200 | Kw Junction to case Rie | $38 $365 $35 Kw Static characteristics (Tamp = 25°C) Lo Transistors BSX 45, BSX 46, and BSX 47 are grouped according to their DC current gain he at Ic = 100 mA and Vce = 1 V. The different groups are marked by figures of the DIN-R 5 standard series. Type BSX 45 BSX 45 BSX 45 BSX 45 BSX 46 BSX 46 BSX 46 BSX 46 BSX 47 BSX 47 - BSX 47 Ic ee ee hee Vee mA Ie/Ig Te/Ig Ic/lp v 100 63 (40 to 100) 100 (63 to 160) | 160(100to 250) | <1 500 26 (> 15) 40 (> 25) 60 (> 35) 0.76 to 1.6 1000 15 20 30 1.3 (<2) 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. ° . 853
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25C D M@ 8235605 0004808 5. BMSIEG 7 25C 04808 = U~T-3S-/ BSX 45 BSX 46 SIEMENS AKTIENGESELLSCHAF BSX 47 Static characteristics (Tamp = 25°C) BSX 45. BSX46 | BSX47 Collector-emitter saturation voltage Uc =1A; hee = 10)” Veesat 0.7 (<1) | O7(<1) | - Vv Collector-emitter saturation voltage . Ug = 0.5 A; hee = 20) Veesat | - - 0.6 (<0.9)| V : Collector cutoff current . (Vees = 60 V) Tees 1(<30) | 1(<30) | - nA Collector cutoff current (Voes = 60 V; Tamb = 150°C) Tees 1(<10) | 1(<10) | - HA Collector cutoff current (Vces = 80 V) Tees - - <30 nA Collector cutoff current (Vces = 80 V; Tam = 150°C) Ices - - <10 BA Collector cutoff current (Voce = 60 V; Vag = 0.2 V; Tamb = 100°C) Torx <50 <50 - BA Collector cutoff current (Veg = 80 V; Vag = 0.2 V; Tamb = 100°C) Teex - - <50 BA Emitter cutoff current (Veno = 5 V) Teso <10 <10 <0 nA Collector-emitter breakdown voltage (ce = 50 mA; pulse length = 200 us; duty cycle 1%) Viariceo | >40 >60 >80 Vv Collector-emitter breakdown voltage (Ices = 100 uA) Vierices | >80 >100 >120 v Emitter-base breakdown voltage (lego = 100 nA) Viereso | >7 >7 >7 v Dynamic characteristics (Tamb = 25°C) Transition frequency . Ug = 50 mA; Veg = 10 V; f= 20 MHz) fr >50 >50 >60 MHz Collector-base capacitance (Vego = 10V; f = 1 MHz) Ccg0 <25 <20 <15 pF Emitter-base capacitance (Vego = 0.5 V; f= 1 MHz) Ceso <80 <80 <80 pF Noise figure {Ig = 100 BA; Voge = 10 V; f= 1 kHz; Af = 200 Hz; Rg =1kQ) NF 35 3.5 35 dB ‘Switching times . Te = 100 mA; Tg approx. a2 approx.6 mA ton <200 <200 <200 ns tort <850 <850 <850 ns 854 ~ — on
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esc D MM@ 8235605 0004809 7 MESIEG ~ 25C 04809 | DTTR95-/2 BSX 45 SIEMENS AKTIENGESELLSCHAF —_____—- BS 48 ‘Total perm. power dissipation Pas= (Vee = paremeter . Teatclroultforswitching times Y Ves 88K 45 say . “(g) INO) RACER EEE a EA Pe []uo { joo SEE REE EERE x fo BRA hh #2 | “Pp a atv 4 K) FY fers SN Bin Bae EPR EEE js [] BAYES A010 EREEENEEEH Arbo oe
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CO ine | ¥ a A EEGEE RENCE TST Aan A FEES SM p@ Oss 0 0 200°C —er Total perm. power dissipation ‘Total perm. power dissipation vertus temperature versus temperature Pox ™ 1 (0: Vee ™ parameter Pat= (1: Vee = parameter t Yes BSK 46 ‘ Voes BSX 47 Fo peor pr <r AREER a pa
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| BERENS | Bee REE EES EEE ENE EERE EE a a a 2 EEE CEN ae 4 a aL ria a a a a er CeCe eee) TSE ra SER Ts} Ama TA ee eee a os = | oe ee Fs a 0 100 200° 0 100 200°C er er - JON 888
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25c) ml 8235605 O004810 3 MESIEG © Be 25c 04810 0-1-35-17 BSX 45 SIEMENS AKTIENGESELLSCHAF ~~~~~~—dBSX 46 “grove = 10; = parameter Ventv ane te) ¥ 88K: 48, BEX 47 o BSX 45-6, BSX 46-6, BSX 47-6 w CCE ATT we CUM ecard Goa siilieetine Get Setiaetl LAI TT TIT TT { pelea I ill ] | I oe Ill SAH ta 5 CCA STING aia a a aS Nicci ee CTA NN et tL ail NN wo? LT TC all Mil wt wi wt ot ot 105 wo oe oy we tm waren id vate : Py BSX 45-10, BSX 46-10, BSX 47-10 e BSX 45-16, BSX 46-16 Sea Veeeet eee ase ESA a oe A . a S| { HN t eT pe tH - TTT ] ET =| aN « Fifi TENG Paina CN FAI =—secnitrta 28 a UAL Imi CUT I i i i mail ml a TIMI TI a Cr a 2172 A-11 .
25C D MM 8235605 OO04811 S MESIEG SIEMENS AKTIENGESELLSCHAF 2 7-35'-/7 BSX 45 BSX 46 Permissibie operating range Permissible operating range Ie = 1 Vee): Tease = 60°C) Ie # Ve): (Tease = 125°C) Deer pre —eperey a a | a a | » RI & REE : ER NESTSEH =e RSSOS EG, SN E-ECBSINESSESTTI ET SNS SENN ow LUTINAE LUI Sas perm eas EE HEN’ a A SL F "Tam-e5%s —t {| Ns mar ammantig Tews TTT, oT CT ot LTE TTT we 5 ow 5 wy 5 ow 5 1 — Ne — Ve Permissible operating range Permissible operating range Ie =f Vee): (Tease = 60°C) Ig = t Wee): (Tesse = 125°C) 8 eee 8 ee a A | a a |
6 ET 6 EE
ESSEASUSSSSENTRE Sa Niassa SEER ERS SSA? SE[FANSTISSISOSTA (7 TTENTTINATSESS 1h} 36 FECES NEG [COT NANT ECU TINSNSSI » et LITTINAS of LUIS eo Coin, Cece Cal 3 oe oT TI w ‘7° w svt ‘The permissible operating ranges apply to single pulses ( v= 0). For pulse sequences the power dissipation has to be reduced in accordance with the diagram “permissible pulse load”. ~ 857
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25C D Mm™ A235b05 aoo4are pmsics ‘ E TE LscHaF | © 95- BSX 45 SIEMENS AKTIENGESEL BSX 45 A BEX AT Permissible operating range Permissible operating range: k Te=t Vee): (Tease = 60°C) asxa? 4 Fo=t Wed: Teme = 128°C) a :
0 Fae
a ae a A | : MI CE h ROARS : SERS NESS 0 SEER RTISSISE NGA PTAA NS 0 PTA SRT NY i a) CCCI SANS » HRA ‘2 ea ESSER HESS io 6 tees rs EN as SEEE tae PSNI a a aS | TCE Feo Ceint Cres oe LUTTE TT oe LUT TUT ow 5 wt 5 1 w 5 wl 5 Wy — Vee —_ Vor Collector current Ic = f (Vee) Output cheracteriatice Te=t (Vee) (Gramon emir coniurtion former omer configration) a BSX 45, BSX 46, BSX 47 4 BSX 45, BSX 46, BSX 47
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25C D MM 4235605 0004813 9 MBSIEG : 25c 04813. OT- 35-17 BSX 45 BSX 46 Output characteritles Je = Vee) Output characteriatis lc = (Vox) . Jg = parameter Jy = parameter {common emitter configuration) (common emitter configuration) A BSX 45, BSX 46, BSX 47 m BSX 45, BSX 46, BSX 47 Wr am Per aim T Mer ® Bie zecaee aa eae eerie TH : BME tina || HACE eH . wl CYC Ener | ol DORE EE sna :
4 MOO eer 4 SCC
t Coe { Ee REREREREEERRS we OAEeC ee aC EERE EEE SE 745> one HCE ek aa aan == aD EEEEEREE EE CO eee cee Oye Hee wo FEE Eases] Un 2cceene . SOE re! /7 cee aC eee ee ccee rats Here HACE Hate ACEC EEE EE Hae ot cane l WCCECCCPeee WCC errr} 0 1 2 wv 0 1 2 av —> Ne —> Ne Saturation voltage Vera f Ul) : + Saturation voltage Vacant = (Zc) fre = 10; Tame = parameter pe = 10; Voge = 1V; Tam = parameter m BSX 45, BSX 46, BSX 47 ™ BSX 45, BSX 46, BSX 47
8 Eee ee 5 ——Sominiat TAZ ET
' LW ttt | LI AAT eH AA TT | TTT SAS GEER EEER BEE ttt tt EERE AEE Hie ree Leese CET a ot GP 8 "AREER eeceeet cimeenee t 10 10! 0 eg 0 06 Bey * - 859
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‘ 25C D Mm 8235605 0004814 0 MESIEG ~ _ "25C 04814 O0-F-35-/7_ BSX 45 BSX 46 fompersture ne =e Tranation frequency f= 110) jernpereture long = . -
4 Ver ey BOK ae a : segiaston BSX 45, BSX 46, BSX 47
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