I'm an EE who's been in software for the last 11 years. My apologies if this is a dumb question.
I need a really high current H bridge. > 10 kA. Voltage is small. Say, less than 1 V. Turn on time has to be << 1 us. On time is a few us, followed by several ms of off time.
There does not seem to be any transistor *currently made* that does this. I found a few legacy products but none currently manufactured.
Here is my question:
"Suppose I make a custom transistor. My transistor has more doping than a typical power transistor. Let's also suppose that I can accept any additional leakage that comes with. By how much, if at all, does max drain current go up?"
I need a really high current H bridge. > 10 kA. Voltage is small. Say, less than 1 V. Turn on time has to be << 1 us. On time is a few us, followed by several ms of off time.
There does not seem to be any transistor *currently made* that does this. I found a few legacy products but none currently manufactured.
Here is my question:
"Suppose I make a custom transistor. My transistor has more doping than a typical power transistor. Let's also suppose that I can accept any additional leakage that comes with. By how much, if at all, does max drain current go up?"