2SC5592

The 2SC5592 is designed as silicon NPN epitaxial planer type for DC-DC converter and various driver circuits.

2SC5592 has four features. The first one is it would have low collector to emitter saturation voltage VCE(sat). The second one is it would have high-speed switching. The third one is mini3-G1 type package, allowing downsizing and thinning of the equipment and automatic insertion through the tape packing. The fourth one is complementary pair with 2SA2010. That are all the main features.

Some absolute maximum ratings of 2SC5592 have been concluded into several points as follow. The first one is about its collector to base voltage which would be 15V. The second one is about its collector to emitter voltage which would be 15V. The third one is about its emitter to base voltage which would be 5V. The fourth one is about its peak collector current which would be 10A. The fifth one is about its collector current which would be 2.5A. The sixth one is about its collector power dissipation which would be 600mW. The seventh one is about its junction temperature which would be 150°C. The eighth one is about its storage temperature which would be from −55 to +150°C.

Also some electrical characteristics about 2SC5592. The first one is about its collector cutoff current which would be 0.1 A. The second one is about its collector to base voltage which would be min 15V. The third one is about its collector to emitter voltage which would be min 15V. The fourth one is about its emitter to base voltage which would be min 5V. The fifth one is about its forward current transfer ratio which would be min 400 and max 1000 with condition of Vce=2V and Ic=100mA and it would be min 280 with condition of Vce=2V and Ic=2.5A. The sixth one is about its collector to emitter saturation voltage which would be typ 110mV with condition of Ic=1A and Ib=10mA and would be typ 20mV and max 320mV with condition of Ic=2.5A and Ib=10mA. The seventh one is about its collector output capacitance which would be typ 30pF. And so on. For more information please contact us.