2SA1538_1 SANYO
Document overview
- Manufacturer or author: Provided By digicamel.com
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Technical content
Features
+ High fp: fp=400MHz + High breakdown voltage: Vogo?120Vmin . + Small reverse transfer capacitance and excellent HF response: Cre=1.7pF/NPN, 2.2pF/PNP . Complementary PNP and NPN types + Adoption of FBET process + Micaless type: 10126 plastic package ( )3PNP Absolute Maximum Ratings at Ta=25°C unit Collector-to-Base Voltage Vepo (-)120 v Collector-to-Emitter Voltage Voro (-)120 v Emitter_to-Base Voltage Vepo (=)3 v Collector Current Ig » (=)200 ma Collector Current (Pulse) Top (-)400 mA Collector Dissipation Po 1.3 W Te=25°C 8 ow Junction Temperature Tj 150% Storage Temperature Tstg -55 to +150 % Electrical Characteristics at Ta=25°C min typ max unit Collector Cutoff Current Topo Vop=(-)80V,1,=0 (-)0.1 0 pA Emitter Cutoff Current Ippq — Vgp=(-)2V,Ip=0 (+)1.0 pa DC Current Gain bery Vog=(-)10V,Ig=(-)10mA 40# 3208 hppa —- Vgg=(-) 10V,Tc=(~)100mA 20 Gain Bandwidth Product fp Vog=(-) 10V,I¢=(-)50mA 400 MHz Output Capacitance Cob Vep(~)30V, f= 1MHz 2.1 pF (2.8) pF Reverse Transfer Cre Vog*(-)30V, f= 1MHz 1.7 pF Capacitance (2.2) pF C-E Saturation Voltage — Vor(sat) Ig=(-)30mA,Iy=(-)3mA (-)1.0 ov E-B Saturation Voltage VBE(sat) Ig=(-)30mA,Ig=(~) 3ma (-)1.0 v "hpp 1! The 2SA1538/2SC3953 are classified by 50mA hp, as follows: — 4o_¢ 80 | 60 D 120 [100 = 200 [160 F 320] = Package Dimensions 2042A 0 5-5 17, = (unit: mm) a [7p = shh SS =-8 => B: Base Fe} aX C: Collector ™ 8¢ ~ E: Britter SANYO Electric Co.,Ltd. Semiconductor Business Headquarters TOKYO OFFICE Tokyo Bidg.,1-10,1 Chome, Ueno, Taito-ku, TOKYO, 110 JAPAN N168M0/2037KLTS Ne2437-1/4 . MB 7997076 0020471 730 = 509
10) Ic_=- Vee » Ic - Vee + 00 —_—_ =0.8mA. 1 ppd 0:tmA: fy C— —0.8mA If a | fa : |= JAG Se | il et | & —0.1mA 3 O.1mA AS . | CJ 4 8 12 6 20 ° 4 8 12 6 20 Collector-to. Emitter Voltage,Vcg - V Collector-to-Emitter Voltage, Vop - V ied 7 UE 28A1538 = aon 2803953 TOTES : 200] y + 209) v ei TTT ey et ET i 2 0 ati ttf) ayy tt ) Par) el : 4 oe ee ee 5 @ 04 06 08 10. 4a Base -to-Emitter Voltage, Vpp -Vv Base-to-Emitter Voltage, Vp -V hee ~ Ic hee - Ic ECE SEH Py got tt got gyatitT TPT A TT f°) TT TNE ea | A litt trie yt - 7 HE AT a i || ae \\ ati TET TT a PT Ty 10 0 J Tit fy pry ry A ee ee Wt Collector Current,Ig - mA Collector Current,Iy = ak fr - Ic fr = Ic a 1000 BS 1000; FE PH ie] a Lt etoy| oP pas Eee et Lt NY | og DP A 3 teat tt \\ ] 3 J Te LN | é é aU ate TTT 2 10 3 10 ee eee + 2 i ptt iit PP a Po gLite | afi eT “ Collecter Current Ig - a Collector Current Ig ~ mA had 510 me 7997075 0020472 b77 .
Cob — Veg Cob — Veg 2SA1538 2SC3953 eT Tes). TTT i) 0 aiHLitiy tty Ly Tr ° Ha & tt} + PUT PRATT oo: HPT ET , \\ 3 + 3 I A Th PEN 2 11 LT Pee , 8 8 : be BUTT i Pe) “eo . Ht + Hr Cotlector-to-Base Voltage, Vop -Vv ° Contector-to- ase tee Nee -Vv Cre- V, - Vee a = < 2SA1538 2803953 stl TET Te) TTT TTT Fee 5 . 60 ¢ Ht ¢ HE a HS A i road [yy ATU PEA TT PNET < 3 =a See : Ht PS ETT QUT LTT) ETT a OO ec] TT TT Try g Her yy é ani Ho Collector-to-Base Voltage, Veg -Vv Collector -to-Base Voltage,Vcp - V , oe a oe i BSCa065 Se _ EEE | Pee PEE pee a? eee ee og EE aoe eee BB saa) [i Ti Pei 88 CTT peer i or a3 PA a3 ee
83 PP yi yt) 88 itt r+tf{t 4
” Collector Current Tg - ak Collector Current Ip - mk ASO Pe = T, = ees > [ | | SEATSIODSOIOES aly [| a t Ti mA ¢ — _t ae (Pree) iS . E ng Te=25°C \\ ES Ca a NN 3 PRS PEE . t g 2f7 | fo) F tH} tt {oS offer Pi, iow aan ae nateas| | 81 ee NN Collector-to-Eattter Voltage, Yor -v Ambient Temperature,Ta - °C ——Soitector-tovBattter VeiteserVop—¥ Ambient Tesperature,ta - °C mm 7997076 0020473 503 om 511