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How to optimize the layout of common mode inductors in switching power supplies to reduce parasitic capacitance?

How to optimize the layout of common mode inductors in switching power supplies to reduce parasitic capacitance?

2025-10-23

Increasing the winding spacing or using insulating medium isolation can reduce the inter-turn capacitance.

How to balance the losses caused by skin effect and proximity effect in high frequency transformer design?

How to balance the losses caused by skin effect and proximity effect in high frequency transformer design?

2025-10-11

The losses from skin effect and proximity effect increase with increasing frequency, but reducing the frequency may affect the dynamic response of the power supply.

How to Improve Coupling Efficiency and Energy Conversion Performance of SMD Transformers through Winding Structure Optimization?

How to Improve Coupling Efficiency and Energy Conversion Performance of SMD Transformers through Winding Structure Optimization?

2025-09-24

In modern electronic devices, SMD transformers, as core components in switching power supplies, isolation circuits, and signal transmission systems, directly impact the efficiency, stability, and size of the entire power module.

How does the low-loss design of a high-frequency transformer reduce heat generation and extend the lifespan of electronic products?

How does the low-loss design of a high-frequency transformer reduce heat generation and extend the lifespan of electronic products?

2025-09-10

In modern electronic devices, the efficiency and stability of the power supply system directly impact the performance and lifespan of the entire device.

How do SMD transformers achieve low leakage inductance and distributed capacitance?

How do SMD transformers achieve low leakage inductance and distributed capacitance?

2025-08-27

In modern high-frequency switching power supplies, communications equipment, and high-speed digital systems, SMD transformers serve as core components for voltage conversion, signal isolation, and impedance matching.

How does planar transformer technology achieve an ultra-thin, low-profile design through PCB coils and flat magnetic cores?

How does planar transformer technology achieve an ultra-thin, low-profile design through PCB coils and flat magnetic cores?

2025-08-14

As modern electronic devices increasingly pursue miniaturization, efficiency, and intelligence, the importance of high-frequency transformers

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