Also while reading online, people say that it has something to do with gate limiting resistor and bootstrap cap also. The only thing which strikes me is that I didn't place some ceramic decoupling caps close to the MOSFET driver supply voltage, even though I have nF decoupling cap on the 12 volt rail. Note: I think I know the reason for the blowing up, but I am not sure on this and I cannot test since my IC stock is empty. So if anyone has any concrete solutions to my problem then my humble request, please help me! But now after building the entire circuit with the MOSFETs in place and attaching the supply voltage for load, the grounds of the load supply voltage and the other 12 volt and 5 volt for the logic supply are separatedthe circuit works fine at a frequency of 10 kHz and supply voltage up to 30 volts since that's the maximum my supply can output.ДЄnd I want to use the H-bridge for my Tesla coil at 1. I am currently building an H-bridge for my Tesla coil with this video as reference: H bridge.ДЄfter building it, it worked fine without the MOSFETs, I verified the high and low output signals with my oscilloscope and they looked fine.

Gate driver MOSFET dan IGBT IR2110Д®lectrical Engineering Stack Exchange is a question and answer site for electronics and electrical engineering professionals, students, and enthusiasts. By using our site, you acknowledge that you have read and understand our Cookie PolicyPrivacy Policyand our Terms of Service.

Ir2110 mosfet driver circuit diagram