ST BZV 47 C 3V3 - 200 handbook
Contents
1. 47 C 91 P BZV 47 C 100 BZV 47 110 BZV 47 120 P BZV 47 C 130 P BZV 47 C 150 BZV 47 C 160 BZV 47 180 P BZV 47 C 200 1 Pulse test lt 50 5 6 lt 2 2 On infinite heatsink d 10mm 3 Rectangular waveform 1 10 The regulation voltages are defined according to the E24 seres Preferred voltages Forward voltage drop lt 12V Tams 25 lF 500 gt 214 __ 57 SGS THOMSON meroeLcrRones 88 Mounting Mounting 01 2 0 25 50 75 100 105 150 175 219 1 Power dissipation versus ambient temperature Bab ur a o a r a a TaS A 0 AE E E kaia 10 ee E 9 aA 8 102 0 1 10 102 103 219 3 Transient thermal impedance junction ambient for mounting n 2 versus pulse duration L 10 mm i 10 19 4 Capac tance versus reverse 11 voltage Ren C W Moun2. O O 47C SCS MOMSON FIIS MICROELECTRONICS BZV 47 C 3V3 200 5 6 S THOMSON ZENER DIODES a VOLTAGE RANGE 3 3V TO 200V HERMETICALLY SEALED PLASTIC CASE PACKAGE ACCORDING TO NORMALIZATION CCTU F 126 PRO ELECTRON REGISTRATION a HIGH SURGE CAPABILITY 55W 10ms F 126 DESCRIPTION Plastic 2W silicon Zener diodes ABSOLUTE RATINGS limiting values Parameter Vawe unt A lzm Continuous Reverse 55 See 2 Sema m Peak Reverse Current 2 2 Storage Junction Temperature Range 65 to 175 KA Maximum Lead Temperature for Soldering during 3s at 5mm from case THERMAL RESISTANCE 9 heatsink with 10mm tead length July 1989 1 4 ELECTRICAL CHARACTERISTICS Tams 25 C unless otherwise specified 1 2 12 Vz min max max typ 1072 0 1 BZV 47 3V3 BZV 47 3V6 BZV 47 3V9 BZV 47 4V3 BZV 47 4V7 BZV 47 5V1 BZV 47 5V6 BZV 47 6V2 BZV 47 6V8 BZV 47 7V5 BZV 47 8V2 BZV 47 9 1 BZV 47 10 BZV 47 11 P BZV 47 12 BZV 47 13 P BZV 47 15 BZV 47 16 P BZV 47 18 P BZV 47 20 P BZV 47 22 P BZV 47 24 BZV 47 27 P BZV 47 C 30 BZV 47 C 33 P BZV 47 C 36 BZV 47 C 39 BZV 47 43 BZV 47 C 47 BZV 47 51 BZC 47 56 P BZV 47 C 62 P BZV 47 C 68 BZV 47 75 BZV 47 C 82 BZV
3. ting 1 Mounting Thermal resistance versus lead length Mounting n 4 Mounting n 2 INFINITE HEATSINK PRINTED CIRCUIT L lt 4 Test point of Soidering Fig 5 Peak forward current versus peak forward voltage drop typical values SCS THOMSON _ YA mcrorecTRoNies 89 2 lt N 39 6 current versus regulation Fig 7 Differential resistance versus voltage typical values regulation voltage typical values 59 initial 25 C HH 102 1 11 ii Oo j SH TEON 10 1072 40 1 102 Fig 8 Peak pulse power versus pulse duration rectangular wave form maximum values PACKAGE MECHANICAL DATA F 126 Plastic Cooling method by convection method Mark ng clear ring at cathode Weight 0 4g 4 4 SGS THOMSON YA MICROELECTRONICS 90
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ST BZV 47 C 3V3 200 handbook