BDX27 SIEMENS | Alldatasheet
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25C D MM 4235605 GOO444D 7 MMSIEG - 72 33-z/ i PNP Silicon Planar Transistors BDX 27 j . BDX 28 | STEMENS AKTIENGESELLSCHAF c 04440 D-——— BDX 29 { BDX 30 : BDX 27, BDX 28, BDX 29, and BDX 30 are epitaxial PNP silicon power transistors ‘ in SOT 9 case (9 A 2 DIN 41875). The collector is electrically connected to the case. i The transistors are particularly suitable for use in high Q AF output stages and for { switching applications. Type Ordering code Type Ordering code | BDX 27 Q62702-D162 BDX 29 Q62702-D160 ‘ BDX 27-6 Q62702-D162-V6_ _ BDX 29-6 Q62702-D160-v6 ; BDX 27-10 Q62702-D162-V10 — BDX 29-10 Q62702-D160-V10 : BDX 27-16 Q62702-D162-V16 —BDX 30 62702-0163 % BDX 28 Q62702-D159 BDX 30-6 Q62702-D163-V6 : BDX 28-6 Q62702-D159-V6_ BDX 30-10 Q62702-D163-V10 t BDX 28-10 62702-D159-V10 Mica washer Q62902-B16-A z BDX 28-16 Q62702-D159-V16 —_ Insulating nipple | 062902-B60 : oY 8 ors 42°08 : ) = Z ule AeX 252 fie] : Paws, : oj— od. A a 005 el! goss | yim ie _ ae, Leassel ° bai hq ang : Approx. weight 8.3 g. Dimensions in mm Mica washer Insulating nipple scale 2:1 dry: Ath= 2.5 K/W greased: Rth = 1 KW 3 Maximum ratings BDX 27 | BDX 28 | BDX 29 | BDX 30 Collector-emitter voltage Veco |40 60 80 126 |v * Collector-emitter voltage ~Vces | 40 60 80 1280 «|v > Collector-base voltage -Veao |40 60 80 126 «|v : Emitter-base voltage ~Veso |5 5 5 5 v Collector peak current (ts 1 ms) -Iem {7 , 7 7 7 A ; Collector current -Ig [6 5 5 5 A i Emitter current -k {6 6 6 6 A : Base current - {1 1 1 1 A Junction temperature yj 200 |200 |200 |200 |*c Storage temperature range Tog ~65 to +200 . °C Total power dissipation | - (Tease < 45°C; Veg < 13 V) Poor | 50 50 50 | 50 w . Thermal resistance ; : ; Junction to ambient air Rinsa | 585 | $85 | $85 | $85 [ky Junction to case Rinse 1538 1535 1536 |s35 IKW 486 tt
1863 G-10 ©
- 25C D MB 8235605 OOO444, 9 MSIEG, 25 04441 0 BDX 27 STENENS AKTIENGESELLSCHAF —?~ 33-22] __BOX28 BDX29— | BDX30. Static characteristics (Tease = 25°C) i BDX 27| BDX 28| BDX 29| BDX 30 4 Collector-emitter breakdown i voltage { Collector-emitter breakdown 7 ! voltage : Emitter-base breakdown voltage 3 (le = ~10 pA) —Veenreso | >5 >5 > >. ov i Collector cutoff current Hi (“Vee = 40 V) ~Icso <1 - - - BA : (-Vog = 40V; Tease = 150°C) lego | <100 | - - - HA : (-Vce = 60 V) —Iceo - <1 - - HA 1 (Vee = 60V; Tease = 160°C) -logo | - <100 | - - BA ! (-Veg = 80 V) Ico | - - <1 - HA (Veg = 80V; Tease = 160°C) —log0 | - - <100 | - HA : (-Vee = 125 V) —Iceo - - - <1 HA (Veg = 126 V; Tease = 180°C) -lcao | - - - <too | A Collector cutoff current (“Vee = 40 V; ~Vae = 0.2 V: i Tease & 100°C) =Ieex | <300 | - - - HA i (-Vc_e = 60 V; —Vge = 0.2 V; : Tease = 100°C) lox | - <300 | - - HA : (Vee = 80 V: ~Vag = 0.2 V: Tease = 100°C) -Iex | - - <300 | - HA : (“Vee = 100 V; ~Voe = 0.2 V: Tease = 100°C) lex | - - - <300 | pA : : ~ - 487 - 1864 G-11 . ™
| 25C D MM 8235605 OOON442 O MBSIEG . 7-33-24 —... 25€ 04442 BDX 27 BDX 28 SIEMENS AKTIENGESELLSCHAF ——W____payog BDX 30 Static characteristics BDX 27 | BDX 28| BDX 29| BDX 30 Emitter cutoff current (-Vea = 4V) ~Tepo <1 <1 <1 <1 pA t Base-emitter forward voltage | (HI = 1A; “Vee =1V) Var <t1 [<td f<ta [<a fv | (-Ig = 5 A; ~Voe = 2V) Vat <a70[<17) | <t7 f<iz |v : Collector-emitter saturation { voltage | The transistors are grouped according to the DC current gain hre and marked by numerals of the German DIN R 6 standard. ‘ Type BDX 27 BDX 27 BDX 27 | BDX 28 BDX 28 BDX 28 BDX 29 BDX 29 - | tre group Ce ce ! ~Ie —Vee fee fee bee Hl mA v To/Ig Telly To/lg | 1000 63 (40-100) 100 (63-160) 160 (100-250) : Type [| Bpx30 BDX 30 heqroup | fe [40 1000 63 (>40-100) 100 (63-160) BDX 27 | BDX 28 | BDX 29| BDX 30 Transition frequency (-Ig = 200 mA; —Vce = 10 V; f= 20 MHz) fr 60 50 50 50 MHz i Output capacitance (-Veg = 10.V) Cob 130 |130 |100 |100 | pr Switching times: Operating point: (-Ie=2A;-Igy approx.Ig2=200MA) ton | <0.5 |<06 |<05 |<05 | us (-1c=2A;-Ig approx.fg2=200mA) to | <2 <2 <2 <2 us | 48 e :
1865 G~-12
25C D MM 8235605 OOO4443 2 MESIEG T- 33-2] _ 25€_ 04443. 0 BDX 27 BDX 28 BDX 30 : Total perm. power dissipation Total perm. power dissipation versus temperature versus temperature: Prot = # (Tease): Vee * parameter Prot = # (Tease): Vee = parameter . Ww BDX 27 W BDX 28 . “EEE “SOE Prot Evga w 0 +++} Fit [eeote Wv-}-}-}--- { FORE : COREE oe » COC] . COPRECECT ey COON CEC i CoeACCeecce a : COE REEreCe COCR : CEN Cree Ch i Fo a oe, COCO ey EERE : A Crave kr . a Crrrrriy yi) : a a : » COC EEN pea : Era tre rr Exe EPPA EEE EEA = — : ea a ! Ceee eee ern COC CeCeeenN i Cn a s9COE ETC % 0 100 200°C . 0 100 200°C ‘ - —e hee — hea 4 Total perm, power dissipation Total perm. power dissipation versus temperature eraus temperature Pre ™ # (Teasali Vee ™ parameter Prot = # (Tease); Vee = parameter . W BDX 29 W BDX 30 . 40 40 A a Fab EET fet a Pat a . COREE CORTE Cee : ps { »FER EEE : COON CoeNeeerrr) CoO cs . a COCR 4 Chat Chey CC : | = SCC i Saeeeheeee Sapa eeee : a Lew EI i a a t Cay hy CCC] j wo Etsy A === : ror Se j Ue =o j FR eR i CCoCCeeceern CCCCCeeern) { oCOEPr errr DCE CCC eee ; 0 ‘00 m0°t a) 00 mo — lan —F hee ‘ . ~” 489 \\ 1866 6-13 4
ee p mm a2ase0s onowwws 4 MESTEG => B52) 0° a _.. 25€° 04444 0 BDX 27 BDX 30 Permissible operating range Permissible operating renge Ig 1 (Ves); Tease 45°C Tg ™t Wee); Tease * 45°C. Aa BDX 27 A BOX 28 ° SSS el * =a C—SASCUSSUTAANASAT ST c TASSORATIORE STN Pry + EASA pe { CYS RNGHS EEC SN 10ms 11} EHH SS CTT INS, H} 20 FA TS ite 2 wd eee is lees LNs ESS ee 7 EEF EH a Ci TT oC TT wo LUM TTT wo 5 10! 5 wy ow. 65 lot 5 wy — ee — Ne Permissible operating range Permissible operating range A Tg t Vee) Tease ™ 45°C BDx 29 k Te = 1 Wes) Tease = 46°C apx 30 10) ara Se 10 eRSR ES o 6” AANA hk” ASRS Cot { LANE St { ASE A uit : ESCH SANA, NEST EEC HHT SAAN At NN ns Niet ULE AANA ON soll eal St mE cal \\ TE COTTA Sat a a Ai a mT wo LTE TTT TT 10" vw 10? wy r ) wo! cy w? vv —> Ve 7 , 1867 6-14 wee
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