Features: SpecificationsDescription The KBPC1010P is designed as 10 AMP silicon bridge rectifier. KBPC1010P has six features.The first one is that its rating would to be 1000V PRV.The second one is that it would be ideal for printed circuit board.The third one is surge overload rating would to be ...
KBPC1010P: Features: SpecificationsDescription The KBPC1010P is designed as 10 AMP silicon bridge rectifier. KBPC1010P has six features.The first one is that its rating would to be 1000V PRV.The second one is ...
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Specifications TypeTyp max. alternating input voltagemax. EingangswechselspannungVVRMS [V]...
Specifications TypeTyp max. alternating input voltagemax. EingangswechselspannungVVRMS [V]...
The KBPC1010P is designed as 10 AMP silicon bridge rectifier.
KBPC1010P has six features.The first one is that its rating would to be 1000V PRV.The second one is that it would be ideal for printed circuit board.The third one is surge overload rating would to be 150 amperes peak.The next ine is it would have reliable low cost construction utilizing molded plastic technique results in inexpensive product.The next one UL recognized file #E106441.The next one is UL recognized 94V-O plastic material.
Some maximum ratings and electrical characteristics of KBPC1010P have been concluded into several points as follow.The first one is about its maximum recurrent peak reverse voltage would be 1000V.The second one is about its maximum RMS voltage which would be 700V.The next one is about its maximum DC blocking voltage which would be 1000V.The next one is about its maximum average forward output current which would be 10.0A @Ta=50°C unit mounted on metal chassis and would be 8.0A @Ta=50°C unit mounted on P.C. board.The next one is about its peak forward surge current 8.3ms singal half-sine-wave superimposed on reted load which would be 150A.The next one is about its maximum DC forward voltage drop per element at 5.0A DC which would be 1.1V.The next one is about its maximum reverse current at reted DC blocking voltage per element which would be 1.1uA @Ta=25°C and would be 1mA @Ta=100°C.The next one is about its typical thermal resistance which would be 5°C/W.The next one is about its operating temperature range which would be from -55 to +125°C.The next one is about its storage temperature which would be from -55 to +150°C.
Something should be noted that ratings at 25°C ambient temperature unless otherwise specified.Single phase, half wave, 60Hz, resistive of inductive load.For capacitive load, derate current by 20%.And so on For more information please contact us.