Engineering guides for MOSFET fundamentals, N-channel and P-channel operation, gate drive, RDS(on), switching loss, thermal design, SOA, and power electronics applications.
6 available guides
Measure Eon and Eoff with aligned voltage and current probes, controlled double pulses, and documented operating conditions.
Design parallel MOSFET banks using static conductance spread, source ballast, common-source inductance, individual gate resistors, thermal coupling, symmetric layout, and measured branch current.
Design MOSFET power stages using complete loss budgets, junction temperature, thermal paths, transient Zθ, linear and pulsed SOA, avalanche limits, derating, and measurement.
Design MOSFET gate-drive loops across charge, Miller plateau, source/sink current, resistance, switching loss, false turn-on, layout, EMI, and verification.
Choose MOSFETs by application, VDS, drain current, actual gate voltage, RDS(on), gate charge, switching frequency, driver capability, power loss, thermal design, package, SOA, and layout.
Learn how MOSFETs work, including N-channel and P-channel operation, gate threshold voltage, RDS(on), drain current, VGS, switching losses, power dissipation, gate charge, body diode behavior, thermal limits, SOA, and key datasheet parameters.
