Many high power applications require a MOSFET to operate at very high continuous current for normal operation and/or expected fault conditions. Nexperia MOSFETs show how high continuous current such as 380A in 5x6mm & 425A in 8x8mm can be achieved with LFPAK package as opposed to other packages such wire-bond where the limits are much lower. For more information visit
High Power applications are becoming ever more demanding, resulting in larger current requirements. With higher current comes less margin for errors in protection circuit design. In turn, becoming critical that designers makes the right MOSFET […]
#foolishengineer #MOSFETdriver #gateresistor 0:00 Skip Intro 00:34 Importance of gate resistor 01:10 1. Switching speed 01:34 2. Voltage overshoot 02:00 3. Switching Loss 02:14 4. Reverse recovery of diode 03:10 5. EMI 03:34 6. Gate […]
Copyright © 2025| All Needs General Store | Hosted by EWS
So in liner 5v 190 is 960watt this is crazy wattage for one mosfet
What is the Vds in this setup?
Is the 200 A continuous or RMS?? Are you using a standard AC amp meter or does it measure DC field flux density?? As an electrician and using #4/0 wire to handle 200 A at 80% duty cycle, I have difficulty wrapping my brain around such a small device and terminals handling so much current. I want to power 4 motors of 36 ampere at 36 volts each motor. I would expect the TO-220 package to only handle 12 ampere continuous?? If the TO-220 package are rated at 80 A, can I get away with using only one MosFET per motor?? Since I am using 18,000 CPS +, I am using Shottky diodes to protect the MosFETs. Maybe I am being picky, but I am using high frequency cycle above the hearing levels to eliminate the audio noise of the electric components. I am powering the MosFETs with a PWM. Do I need to keep each motor on a separate circuit or can I parallel the MosFETS and have all 4 motors draw the 144 A through one MosFET circuit??
I had a bad heart attack and my memory has big holes in it like Swiss cheese. I would appreciate some clarity. I contacted a couple MosFET manufacturers and could not get straight answers. They gave me the run around. If you can help and answer all my questions, I would simply use your electronics.
Hallo mein Freund
Ich will bei 200 V Max. 10A schalten.
Es dürfen also nicht mehr als 10A fließen.
Wie mache ich das?
Danke, Grüße Helmut
Either u teach something valuable or make the music video, why are mixing both?
However, i am thankful to the knowledge you have shared, thanks for that!