VPH01 SANYO | Alldatasheet
Document overview
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Technical content
Features
+ High performance -Up to 100Vp-p output voltage +1 8MHz= typical bandwidth +Simplifies circuit design + Compact package «Metal casing reducos EMI Absolute Maximum Ratings at Ta=25T unit Maximum Supply Voltage veo 230 V vBB 20 Vv Allowable Power Dissipation PD (Ta*25t ) 3.5 W PD (Tc#28t ) 20 W Junction Teaperature TJ 150 T Operating Teaperature Ta(op) 85 T Storage Teaperature Tstg -20 to 110 T Connection and Outline aT (unit jam) VGEI GNV NY \\ | | BN- N-O @ ¢ Ng =, BDPN Dou ¢ e \\ a : CDISSSDD lle . : if ¥ hi Te a | j 0.6 ot 0 i | oo | a_i pee Specifications and information herein are subject to change without notice. SANYO Electric Co.,Ltd. Semiconductor Overseas Marketing Div. . Natsume Bldg., 18-6, 2-chome, Yushima, Bunkyo-ku, TOKYO 113 JAPAN
VPHO1 (Video Pack) — SS Recommended Operating Conditions at Ta=25t unit Condition 1 * veo Cc Vout ~100Vp-p 150 V ves Vin(DC)#3.1V 2Vv Condition 2 vec Vout -150Vp=p 200 V ‘VBB Vin(0C)=4.1¥ 12 Vv Electrical Characteristics at Ta=25t . . ain typ max unit Frequency Bandwidth £ o(-3dB) Condition 1 Vout=100Vp-p 15 18 MHz Condition 2 Vout*1SOVp-p 13 15 MHz Voltage Gain voq(Dc) 26 29 32 times Current Dissipation ICC(1) Condition 1 f#10 MHz clock 29 mA 1CC(2) Condition 1. f#18 MHz clock 35 mA 1cc(3) Condition 2 f#10 MHz clock 43 mA 1cc(4) Condition 2 f#1S MHz clock 47 mA Equivalent Circuit VPHO 1 INTERNAL CICUIT s3+vce = | : a) seNC or Ori eueul | Su FON vap oly+—{ Jaz E> Exteraal enitter . peakiag circail ; : i ina y Oscilloscope VPHO1 TEst CIRCUIT an a (3.0 0MHZ) High-Voltage vis FET probe ur, : a Vie INPOT oUuTPUT tor i} ip yun slas ar (§] ale + Gntereal emitter peatiag circuit Precautions 1) Do not short the pins, or degradation may occur. 2) On heat sink design and test board condition,refer to the technical document “Sanyo Video Pack". 3) Case is connected to the internal GND. 4) The mounting torque should be in the range of 4 to 6Kg-am
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200 Vout t 60
out=150Vp ~ : OF S150Vp- or Notenter)=105V 50} - oicenter)=105¥ i Pes LET z* op | | [ore £ x A poe Be Foot if LS] 2s oC et é lVec=1S0V.VBB=12 °c = VYouts!00Vp-p 2 Mt [ Vee =150V.VBB=1:
40 Wotenter}=80V £ 10 out = 100Vp -
VIN(OC)=3.1V 3 Yl Seo A io a VINO! a) 1 2 3. 5 7 10 2 0K 0K 23 57 qq 23 571m 235 . frequency Wt Bt Uotia clock frequency 22> 7 Mmm — fclock -He . 20 Vout = Vin(DC) © lee = Vin(DC) > t Vor =200V ‘ 1 $0 VBB=12V aN eLLET TT Ve tee NULL TTL L e+ 2 2H sol | ON r| |A Vee =150V PONSA det 3k = 3% Botta + EEE 4eeeee wyePNTTT) Pc may IN rf IAT TT TT - 50 aN 3 Z| PCNA De C) Ds yl old 1 36 5 6 7 8 3S 10 o 1 2 3 4 5 6 7 8 9 10 Input Voltage ARE Vin - Vv Input Voltage A DRE Vin -v =25 POmax = _T s 26 a @ R15 Sey aw N 210 hs aa § 5 0 2 40. 6 80 00 120 Ambient Temperature REE Ta-°c