Zener Diodes Features Silicon Planar Power Zener Diodes For use in stabilizing and clipping circuits with high power rating e The Zener voltages are graded according to the international E standard. Replace suffix "C" with "B" for ± % tolerance Lead (Pb)-free component Component in accordance to RoHS /9/EC and WEEE /96/EC Applications Voltage stabilization Mechanical Data Case: DO Glass case Weight: approx. mg Cathode Band Color: black Packaging Codes/Options: TR/ k per " reel ( mm tape), k/box TAP/ k per ammo pack ( mm tape), k/box Absolute Maximum Ratings T amb = C, unless otherwise specified Parameter Test condition Symbol Value Unit Zener current (see Table "Electrical Characteristics") Power dissipation P tot. ) W ) Valid provided that leads at a distance of mm from case are kept at ambient temperature Thermal Characteristics T amb = C, unless otherwise specified Parameter Test condition Symbol Value Unit Thermal resistance junction to ambient air R thja ) K/W Junction temperature T j C Storage temperature T stg - to + C ) Valid provided that leads at a distance of mm from case are kept at ambient temperature
Electrical Characteristics Partnumber Range ) Dynamic Resistance Temperature Coefficient of Reverse Leakage Current Admissible Zener Current ) V Z at I ZT ) rzt at I ZT ) rzk at I ZK α VZ at I Z = I ZT at I R at V R I Z V Ω ma Ω ma %/ C µa V ma min max min max BZX8CV..9 < 8 < -.8 -. < 6 BZX8CV.8. < 8 < -.8 -. < BZX8CV.. < 8 < -.8 -. < BZX8CV6..8 < 6 < -.8 -. < 9 BZX8CV9.. < 6 < -. -. < 8 BZX8CV.6 < < -.. < BZX8CV. < < 6 -.. < BZX8CV.8. < < -.. <. BZX8CV6. 6 < <. < 9 BZX8C6V.8 6.6 < <.. < BZX8C6V8 6.. <. <..6 < BZX8CV.9 < <...6 <. BZX8C8V. 8. < <... < 6. BZX8C9V 8. 9.6 < <... < 6.8 BZX8C 9..6 < <...8 <.. BZX8C..6 < 8 <...8 <. 8. 9 BZX8C.. < 9 <...8 <. 9. 88 BZX8C.. < <...8 <. 9 BZX8C.8.6 < <...9 <. BZX8C6.. < <...9 <. 66 BZX8C8 6.8 9. < <..6.9 <. 6 BZX8C 8.8. < < 6..6.9 <. 6 BZX8C.8. < < 6..6.9 <. 6 BZX8C.8.6 < < 6..6.9 <. 8 BZX8C. 8.9 < 8 <..6.9 <. BZX8C 8 < 8 <..6.9 <. 6 BZX8C < 8 <..6.9 <. BZX8C6 8 < 8 <..6.9 <. BZX8C9 < 6 <..6.9 <. 8 BZX8C 6 < 6 <..6.9 <. 6 BZX8C < 9 <..6.9 <. 6 BZX8C 8 < <..6.9 <. 9 BZX8C6 6 < <..6.9 <. 9 BZX8C6 8 66 < <..6.9 <. 6 BZX8C68 6 < <...9 <. BZX8C 8 < <...9 <. 6 BZX8C8 8 <. <...9 <. 6 BZX8C9 8 96 <. <...9 <. 68 BZX8C 96 6 <. <...9 <. 9. ) Measured with pulses t p = ms ) Valid provided that leads are kept at ambient temperature at a distance of mm from case ) Measured with f = khz
Electrical Characteristics Partnumber Range ) Dynamic Resistance Temperature Coefficient of Reverse Leakage Current Admissible Zener Current ) V Z at I ZT ) rzt at I ZT ) rzk at I ZK α VZ at I Z = I ZT at I R at V R I Z V Ω ma Ω ma %/ C µa V ma min max min max BZX8BV.6.6 < 8 < -.8 -. < 6 BZX8BV.9.6 < 8 < -.8 -. < BZX8BV..6 < 8 < -.8 -. < BZX8BV6..6 < 6 < -.8 -. < 9 BZX8BV9.8.98 < 6 < -. -. < 8 BZX8BV..9 < < -.. < BZX8BV.6.9 < < 6 -.. < BZX8BV. < < -.. <. BZX8BV6.9. < <. < 9 BZX8B6V 6.8 6. < <.. < BZX8B6V8 6.66 6.9 <. <..6 < BZX8BV..6 < <...6 <. BZX8B8V 8. 8.6 < <... < 6. BZX8B9V 8.9 9.8 < <... < 6.8 BZX8B 9.8. < <...8 <.. BZX8B.8. < 8 <...8 <. 8. 9 BZX8B.8. < 9 <...8 <. 9. 88 BZX8B.. < <...8 <. 9 BZX8B.. < <...9 <. BZX8B6. 6. < <...9 <. 66 BZX8B8.6 8. < <..6.9 <. 6 BZX8B 9.6. < < 6..6.9 <. 6 BZX8B.6. < < 6..6.9 <. 6 BZX8B.. < < 6..6.9 <. 8 BZX8B 6.. < 8 <..6.9 <. BZX8B 9..6 < 8 <..6.9 <. 6 BZX8B.. < 8 <..6.9 <. BZX8B6. 6. < 8 <..6.9 <. BZX8B9 8. 9.8 < 6 <..6.9 <. 8 BZX8B..9 < 6 <..6.9 <. 6 BZX8B 6..9 < 9 <..6.9 <. 6 BZX8B < <..6.9 <. 9 BZX8B6.9. < <..6.9 <. 9 BZX8B6 6.8 6. < <..6.9 <. 6 BZX8B68 66.6 69. < <...9 <. BZX8B. 6. < <...9 <. 6 BZX8B8 8. 8.6 <. <...9 <. 6 BZX8B9 89. 9.8 <. <...9 <. 68 BZX8B 98 <. <...9 <. 9. ) Measured with pulses t p = ms ) Valid provided that leads are kept at ambient temperature at a distance of mm from case ) Measured with f = khz
Typical Characteristics T amb = C, unless otherwise specified r tha C/W.... t P t v = P. T P I T. - - - - - s t P 88 Figure. Pulse Thermal Resistance vs. Pulse Duration R tha C/W max. typ. mm lead length 86 Figure. Thermal Resistance vs. Lead Length r zj Ω P tot W 6. ma I Z 89 C T amb 86 Figure. Dynamic Resistance vs. Zener Current Figure. Admissible Power Dissipation vs. Ambient Temperature r zj Ω 6 8 ma r zj Ω V 8 V 6V V ma I Z 86 I Z 86 Figure. Dynamic Resistance vs. Zener Current Figure 6. Dynamic Resistance vs. Zener Current
ma V9 V T j = C I Z 6 V6 6V8 8V 8 6 8 9 V V 86 Z Figure. Breakdown Characteristics ma 6 8 T j = C I Z 9 V V 8 Z Figure 8. Breakdown Characteristics Package Dimensions in millimeters (inches) 9 968
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