200 W Active Clamp Forward DC-DC Converter
4:32
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This is a reference design for a 200 W isolated DC-DC converter using an active clamp forward topology, which uses Nch MOSFETs for the clamp switches.
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4:32
This is a reference design for a 200 W isolated DC-DC converter using an active clamp forward topology, which uses Nch MOSFETs for the clamp switches.
Introduces methods for adding features such as anomaly detection when designing DC motor control using a three-phase bridge drive circuit.
4:36
提供IH电磁炉逆变电路的各种设计信息,在根据实际规格进行设计时,可减少所需的工作量。
2:00
This explains the operational overview of the phase-shifted full-bridge circuit adopted in this design, helping to reduce the effort required for actual design work.
4:42
Introduces methods for adding features such as abnormality detection when designing DC motor control using an H-bridge driver circuit.
5:03
This is a reference design for a 1.6kW high-efficiency power supply with 1U size and 48V output for communication equipment, featuring a semi-bridgeless PFC and phase-shift DC-DC converter.
4:17
With a wide input voltage range of 36V to 75V, it can be applied to various products, especially those using 48V systems. Equipped with our new power MOSFETs, achieving high efficiency on a compact board.
4:05