MCC BZT52C2V4S THRU BZT52C39S handbook
Contents
1. T X z 1 ra 150 gt o 5 B oo 25 oo uj 0 0001 55 C 0 00001 0 NOMINAL ZENER VOLTAGE Vlots TYPICAL LEAKGE CURRENT Ww ww mccsemi com2. FORWARD CURRENT mA o z lt 2 2 gt lt 2 5 10 05 06 07 08 09 10 14 NORMAL ZENER VOLTAGE Volts FORWARD VOLTAGE Volts EFFECT ZENER VOLTAGE ZENER IMPEDANCE TYPICAL FORWARD VOLTAGE 50 OF Vz NOM CAPACITANCE pF POWER DISSIPATION Watts TEMPERATURE NOMINAL ZENER VOLTAGE Volts STEADY STATE POWER DERATING TYPICAL CAPACITANCE www mccsemi com MCC BZT52C2VAS thru 52 95 100 100 TA 25 C Ta 25 C 0 1 ZENER CURRENT mA ZENER CURRENT mA on 0 2 4 6 8 10 12 0 01 10 30 50 70 90 ZENER VOLTAGE Volts ZENER VOLTAGE Volts ZENER VOLTAGE V S ZENER CURRENT ZENER VOLTAGE V S ZENER CURRENT
3. BZT52C108 00 AAP BZT52C2V4S THRU Phone 818 701 4933 BZT52C39S Fax 818 701 4939 PEW KA 200 mw BEAM WED ak TR ee Planar Die construction 200mW Power Dissipation Zener Diodes Zener Voltages from 2 4V 39V Ideally Suited for Automated Assembly Processes 2 4 to 39 Volts Case SOD 323 Molded Plastic SOD323 Terminals Solderable per MIL STD 202 Method 208 Approx Weight 0 008 gram Mounting Position Any Storage amp Operating Junction Temperature 55 C to 150 C Maximum Forward oltage Power Dissipation Notes A Peak Forward Surge Current Notes B NOTES A Mounted on 5 0mm2 013mm thick land areas DIM ES T B Measured 8 3ms single half sine wave or equivalent NAX square wave duty cycle 4 pulses per minute maximum SUGGESTED SOLDER PAD LAYOUT www mccsemi com BZ152C2V4S thru BZT52C39S 99 ESSE NORMAL MAXIMUM ZENER ZENER TEST IMPEDANCE MAXIMUM REVERSE TYPICAL TEMP MCC PART VOLTAGE CURRENT Izt B SUFFIX ONLY LEAKAGE CURRENT COEFFICIENT NUMBER Marking Vz Izt Zzt Izt Zzk 12 0 25 Ir Vr 2752 2 45 wi 24 5 600 10 40 0075 1 0 78 BzTs2c6veS 68 2 52 7 55 BZIS2CeViS WF 91 BZTS2C108 Bzreces w 1 5 4 e 7900 0 090 29 0 110 NOTE 1 Tolerance and Type Number Designation The type numbers li
4. sted have a standard tolerance on the nominal zener voltage of 5 2 Specials Available Include A Nominal zener voltages between the voltages shown and tighter voltage tolerances B Matched sets 3 Zener Voltage Vz Measurement Guarantees the zener voltage when measured at 90 seconds while maintaining the lead temperature TL at 30 C from the diode body 4 Zener Impedance Zz Derivation The zener impedance is derived from the 60 cycle ac voltage which results when an AC current having an rms value equal to 10 of the dc zener current Izt or Izk is superimposed on Izr or Izk 5 Surge Current IR Non Repetitive The rating listed in the electrical characteristics table is maximum peak non repetitive reverse surge current of 1 2 square wave or equivalent sine wave pulse of 1 120 second duration superimposed on the test current Izr per JEDEC registration however actual device capability is as described in Figure 5 Ww wWww mccsemi com BZT52C2VAS thru BZT52C39S zx e o TEMPERATURE COEFFICIENT mV C TEMPERATURE COEFFICIENT mV C A A NOMINAL ZENER VOLTAGE Volts NOMINAL ZENER VOLTAGE Volts TYPICAL REVERSE CURRENT STEADY STATE POWER DERATING 25 12 0 112 0 1 kHZ
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