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 selection for the application.
Join Stein as he takes Nexperia’s high continuous current one step further by demonstrating how LFPAK88 can reliably conduct and switch high currents.
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#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 […]
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 […]
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Yay
Is it possible to control/bias the gate with a linear voltage if you want a specific drain – source current to flow, for example 0-10 Amp at 24V fixed drain voltage?
What is that copper contraption that the mosfet is mounted on? Because I assume that the little legs cannot handle such high currents right? So the 300 amps is going through the copper pieces. Is this available for purchase or is there some documentation on measurements at least?
Is it applied in motherboards laptop
Can you explain how you have soldered the MOSFET into the copper?