[ Ordering number: EN 17204 2SA1415/28C3645 PNP/NPN Epitaxial Planar Silicon Transistors High-Voltage Switching, Predriver Applications Features . Adoption of FBET process - High breakdown voltage (Vogo= 160V) . Excellent linearity of hpg and small cyp - Fast switching speed - Very small size marking it easy to provide high-density, small-sized hybrid ]Cs ( ):2SA1415 Absolute Maximum Ratings at Ta= 25C unit Collector to Base Voltage Vcso ()180 Vv Collector to Emitter Voltage Vero ()160 - V Emitter to Base Voltage VEBO {)5 Vv Collector Current Ic (-}140 mA Collector Current(Pulse) Icp (}200 mA Collector Dissipation Pel) 500 mW Pc(2) Mounted on ceramic board (250mm2x0.8mm) 1.3 W Junction Temperature Tj 160 C Storage Temperature Tstg 65te+150 C Electrical Characteristics at Ta=25C min typ max unit Collector Cutoff Current Ecso Vop=(-)80V Ing=9 (-)100 nA Emitter Cutoff Current lEBO Vep=(-)4V,Ic=0 (-)100 nA DC Current Gain hpr Vee =()5V,I=()10mA 100% 400% Gain-Bandwidth Product fp Vog=()10V Ic=()10mA 150 MHz Output Capacitance Cob Vcep=()10V,f=1MHz (4.0) pF 3.0 C-E Saturation Voltage Vorsat) Ic=()}50mA,Ip=()5mA (0.14) (-0.4) Vv 0.07 0.3 Turn-on Time ton See specified Test Circuit. 0.1 ps Storage Time tstg 4 1.5 ys Fall Time te * 0.1 HS *: The 25A1415/25C3645 are classified by 10mA hpr as follows : 100 R 200 | 140 5s 280 | 200 T 400 | Marking 2SA1415: AA. sh ik: R,S,T . arene 2803645: CA FE ran 8,1 Package Dimensions 2038 | funit:mm) . Switching Time Test Circuit 4.5 1s 'B1 out a nf 0.4 | o + Ta it | 1 a 30 ak Ig= 01g) = 10Ip2= |onA (For PNP, the polarity is reversed.) Unit (Resistance : Q, Capacitance : F) E: Emitter C: Collector B: Base SANYO: PCP (Bottom View) SANYO Electric Co.,Ltd. Semiconductor Business Headquarters TOKYO OFFICE Tokyo Bidg., 1-10,1 Chome, Ueno, Taito-ku, TOKYO, sLOROE Uy - 3277K/2145MW,TS No.1720-1/4 28A1415/25C3645 Ic - VCE 140 ' 2SA1415 4 ~120 oe ; ah i 1-100 (| oa 04 F oO Le _ = | anh 5 ~8 | 0: oe -60 0.2m AL . aa 8 of pe 5 0o. oh Ig=o 0 ~~. 0 -40 -50 - - Collector to Emitter Voltage, Vcp V Ic - 140 C BE PSAi als < -120 | -%00 - 2 q 8 a 2 | 3-60 :=T 3 2-40 3 | Y -20 Of TOE 88 Base to Emitter Voltage,Vpp V Are - Ic 28A1415 DC Current Gain,hrp 8 Vop= 5V 1 -10 10 ~100 Collector Current, mA ft - I - OSAP ats Leeann ~~ a \ 8 . ~ Py * Gain-Bandwidth Product,fp MHz Ww Yor= = 1OV ent lO 2 42: 5 3 a0 2 ~ Golisetor Current, mA ay o 1 z o DC Current Gain,hpp Collector Current,l> mA Gain-Bandwidth Product,fp MHz E 8 &0 Collector Current,[ mA 20 8 Ic - VCE Ns 2803645 o bok Q. ama, 0. 2mA Q.1mA ip=0 wg 0 #0 7 Collector to Emitter Voltage,Vog V Ic - VSE 2803645 ; o | 20 | 6 o2 04 06 04 Lo Base to Emitter Voltage, Va_ V hee - Ic 2803645 Noo On 5 1.0 10 100 Collector Current,l_ mA fT - I 3 4 2803645 2 Le nm | 7 \ 100 a 4 \ 7 4 2 Vog= 10V 10 2 3 5 Ti 2 38 5 ? 2 Collector Current Ig mA_ No.1720-2/4- 25A1415/28C3645 - cob - VcB wo ZBAl 415 f= 1 MHz to oa It ao f 3 8 2 vp a mw ow oO 3 & =) o > 1eo 5 ~=10 100 Collector to Base Voltage,Vcog - V Vce{sat) - Ic 28A1 415 Ic/ Ip=10 > H1.6 Saturation Voltage, Vereay F o Collector to Emitter wo 10 -f00 Collector Currenti mA 1.0 Vpefsat) - Ic 2541415 Ie ins ] 0 ' = o Saturation Veltage,Varicay V ' 5 Base to Emitter -10 -100 Collector CurrentJ mA Ao Po - Ta 28A1415,7 2803645 reo yw an > o Collector Dissipation,Pp W peo oe pin on 2 ey o Ambient Temperature,Ta C Collector to Emitter Base to Emitter Cob - VCB 8 2803645 f= (MHz Tt Output Capacitance,c,, pF s 10 100 Collector to Base Veltage,Vcog V Vee(sat) - Ic 2803645 I/Ig=10 o1 Saturation Voltage, Vertes) V 1.0 100 10 Collector CurrentI mA VBE(sat) - Ic 2803645 Ic Ip=) Saturation Voltage, Vgzicat) V - 10 Collector CurrentIp mA AS 28Al 415, 2803645 4, a, a