7 Ordering number: EN 2437A No.2437A Applications - High-definition CRT display video output, wide-band amp Features . High fp: fp=400MHz - High breakdown voltage: Vorg= 120Vmin - Small reverse transfer capacitanee and excellent HF 2SA1538/2SC39 33 PNP/NPN Epitaxial Planar Silicon Transistor High-Definition CRT Disp lay Video Output Applications response: Cre=1.7pF/NPN, . 2. 2pF/ PNP - Complementary PNP and NPN types . Adoption of FBET process - Micaless type: T0126 plastic package ( ):PNP Absolute Maximum Ratings at Ta=25C unit Collector-to-Base Voltage Vopo (=-)120 V Collector-to-Emitter Voltage Vcp (-)120 Vv Emitter_to-Base Voltage VeRO (~)3 Vv Collector Current I , (=)200 mA Collector Current (Pulse) Top (-}400 mA Collector Dissipation Po 1.3 W Te=25C 8 WwW Junction Temperature Tj 150 (C Storage Temperature Tstg -55 to +150 % Electrical Characteristics at Ta=25C min typ max unit . Collector Cutoff Current Togo Vop=(-) 80V, I,=0 (-)0.1 pa Emitter Cutoff Current TeBo Ven? (-) 2vV, Tp=0 (=) 1 e 0 pa DC Current Gain hep4 Vog=(~) 100, Ip=(~) 10maA 4o# 320* hero Vog=(-) 10V, In=(~) 100mA 20 Gain Bandwidth Product fp Vog=(-) 10V,Ip=(-)50mA 400 MHz Output Capacitance Cob Vop=(-) 30V, f= MHz 2.1 pF (2.8) pF Reverse Transfer Cre Vop=(-)30V, f= 1MHz 1.7 pF Capacitance (2.2) pF C-E Saturation Voltage = Von(sat) Ic=(-)30mA,I,=(-)3mA (-)1.0 Vv E-B Saturation Voltage Van(sat) Ic=(-)30mA,Ig=(-)3mA (-)1.0 Vv *hep 4? The 28A1538/2SC3953 are classified by 50mA hey as follows: [40 c 80] 60 D 120 [100 E 200] 160 F 320 | Package Dimensions 2042A [1-0 a 17 (unit : mm) AS te [7-53 i i 2F5 ho === }, bs === 43 B: Base . e C: Collector . E: Emitter . SANYO: rose, if4 3 SANYO Electric Co.,Ltd. Semiconductor Business Headquarters TOKYO OFFICE Tokyo Bldg.,1-10,1 Chome, Ueno, Taito-ku, TOKYG, 110 JAPAN N168M0/2037KI,TS No2437-1/4 . Me 7997076 OOF0471 730 | VERT TEET M 2SA 1538/2SC39 53 lc - Vee. le = Vee 2SA1538 . 4a _0.9mA a 0. '- 0.8mA ' 0.7mA & 4 0.7mA 2 --0.6mA e. 0.6mA 2 0.5mA z 6 0.4mA a 0.4mA to 8 -0. 8 0.3mA & -0 3 0.2mA a7 a & -~0.1mA 3 0.1mA -4 -8 32 -16 20 4 8 12 1% 20 Collector-to- Emitter Voltage, Vop -V Collector-to-Emitter Voltage, Vop -V 260 C BE 20 C BE 28A1538 2SC3953 a Voe= 10V 4 Vop=10V La t 20 oO . 2 / 2 | ~ | 3 -150 10 & Ss 3 5 oS o 10 & -100 8 8 9 3 9 A a a) a 2 8 3 J a 0 ~ 0 -A2 -04 +06 -03 -1.0 -12 0 02 OA 0.6 08 10 12 Base -to- Emitter Voltage, Var - Vv : Base-to-Emitter Voltage,Vpp ~ V hre - Ic hee - Ic 8 DC Current Gain, bpp 3S 8 Gain-Bandwidth Product f, - MHz 8 2SA 1538 Vop=-10V DC Current Gain, bpp 3S -10 = 100 Collector Current ,I; ~ mA Ic fr - 8 25A1538 Vor= 10V Gain-Bandwidth Product fp - MHz 8 00 -1 Collecter sig - mA 28C3953 Vog= 10V 0 100 Collector Current,I, - mA , to 80O 100 Collector Current,I - mA oS mm 7997076 0020472 677 Collector-to-Emitter Saturation Voltage, Vor(sat) - Vv 28A1538/28C3953 Cob - Veg 285A 1538 f=1MHz 3 Output Capacitance, Cob - pF 6 -10 -10 Collector-to -Base Voltage, Vop - Vv Cre Veg -100 2SA1538 f=1MHz 6 Reverse Transfer Capacitance, Cre pF 5 ~10 ~ Collector.-to-Base Voltage, Vop - V Vee(sat) Ic ~ 10 28A 1538 Ic/lp= 10 tL o e i & 10 -100 Collector Current,I - mA ASO 2SAl 2 OQ. e , -) DC operation se Te=25C Collector Current ,I ~ mA For PNP, minus sign is omitted, 10 100 Collector-to-Emitter Voltage, Ver -V M@ 7997076 0020473 s5o3 | Collector-to-Emitter Cob - Vee 2503953 f=1MUz S Output Capacitance, Cob - pF bd 10 10 1 Collector -to-Base Voltage, Vop -V Cre - Veg 2803953 f=1MHz 3 Reverse Transfer Capacitance, Cre pF & 10 10 Collector -to-Base Voltage ,Vop - Vv Vece(sat) Ic 10 28C3953 I/IB=10 6 Saturation Voltage, Vor(sat) ~ Vv 10 10 Collector Current ,Ip - mA Pc - Ta . 2SA1538/2SC3953 = Po - W No heat Sink Collector Dissipation Ambient Temperature,Ta - C