2SA1624 SANYO
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No.3103A 2SA1624 PNP Epitaxial Planar Silicon Transistor Color TV Chroma Output, High-Voltage Driver Applications Features ff = oe + High breakdown voltage fs © & of - Small reverse transfer capacitance and excellent high frequency clafactezistiog as + Adoption of FBET process fe er’ fe Absolute Maximum Ratings at Ta= 25°C fe GX, Bw” o¢ unit Collector to Base Voltage Veso ff & 4 #300 OV Collector to Emitter Voltage Vcoro saa > as _f #300 Vv Emitter to Base Voltage VeBo ff €& “Ny, ¥ ve 5 Vv Collector Current Ig ff Ran. a yg ~100 mA Peak Collector Current icp ff Fn Wal og -200 mA Collector Dissipation Po o? ar" we ff 500 mW Junction Temperature Tj oe oy . f¢ 150 °C Storage Temperature Tstg of ae fs -55t0+150 °C Electrical Characteristics atTa=25°C fatty min typ max unit Collector Cutoff Current Icpo Vop# ~ 200V,Ig= 0," / -O.1 pA Emitter Cutoff Current Igpo Veg= 4Vso= 00° ~01 pA DC Current Gain bee’ Yess 10V,I¢="1mA 60 320 Gain-Bandwidth Product fr VCR, 3B0V [gs 10mA 70 MHz C-E Saturation Voltage Vegan, 1e&—10mAjp = —1mA -06 V B-E Saturation Voltage NViseiay Soa 10mA,ig= ~1mA -10 v C-B Breakdown Voltage v Nearcady, 16? — 10945 1g = 0 —300 v C-E Breakdown Voltage’ * Viarisos Te = —linA,Rpg= © —300 v E-B Breakdown Voltage / ViBR EBay, Ip= 10pA,Ig= -5 v OutputCapacitance Gov _—~ Vops'~30V,f= 1MHz 2.4 pF Reverse Transfer Capatitance’'¢rgm, = Vép= —30V,=1MHz 1.5 pF ¥ : The 25A1624 is cléssificdyyslanAthre as follows :
60 D 120-",F 100%%E, 300 | 160° F 320
oe at - if Case Outline 2003A oe rN tf 2.0 0.46 a a re ry 0.48 l ee ee Se — = sy, é? a3 mn [rec ose eet. _| lo JEDEC: TO-92 B: Base EIAJ : SC-43 C: Collector SANYO: NP EB: Emitter Specifications and information herein are subject to change without notice. SANYO Electric Co.,Ltd. Semiconductor Overseas Marketing Div. Natsume Bidg., 18-6, 2.chome, Yushima, Bunkyo-ku, TOKYO 113 JAPAN 5070MO/N149MO,TS No.3103-1/3
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60 +000, is CO esr py aa uiasimantimtai F ett Ty H 1 asa |— 4 Fy At _ JT PTT TT 8 aco aa SST En f Soi Li TT at PANN O| PASSA ROCCE | Sipe “CET | TICS . ol Hele TT -04 -05 -06 -07 -08 -09 -10 9S Toy 2 3 Shy 2 S749 2 3 57 Base to Emitter Voltage, Vne - V ae Collesigr Ottrent te ~ mae 2 fo Vor= av oe Cob ie Ven S ico lth F ToC Yee te CECE Bee PSE
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Collector Current = pKa” gy, A Collector to Bene Voltegs.Ven—V we? erat 24 Veet = le gto 7 ra or ae aN 38-04 oe <— 1.0" 3 S70 ae 02 a, 3 8 7_ 23 ff Coles ace VolgeVen - V NO" Collector Current — mA i ome Mactan! Ie ASO i AAI. ft CSRet P| ape be on = FSA do) TTT) | eS Beto} |— 2 4 a oe ss i CCeCrere @ EEE “TRTTOE EA JS 40. 2 2 5 7.49 2 3 #57 “0 ee 2 Baie _ Collector Currentg — mA Collector to Emitter Voltage, Vice — V No.3103-2/3
a Pc_- Ta & NX The spplication circuit diagrams fi and cirouit constants béfein are ay 400 included as on oxaniple.ands.. ry provide no quarantégor Ss, “od 3 designing equipment to 6S. fs, 2 300 mass-produced © ge PAS i The information herein i iy, 4 beheved 19°be accurate ane, Ny. 9 20 rolable..<Howover, nq. Ws fé rosponsibilty is by ] gt i IN Siig Seen | / 100 ~ ingingdments of patents a oe
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IN wtih may, result tain ite use.) 0 : sfoout ee dy 0 20 40 60 80 100 120 MO 160 oF ae i ay Ambiont Temperaturo,Ta — °C fe & — ° éf it ois fi Sr f/ Jf Pe if, a if oe S < é ff o¢ & a of és ae “Sag ge ae . ae fe Sy “ ig ae rs ? Ma No.3103-8/3