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High Frequency DC-DC Converter Design: Switching Frequency, Efficiency, and EMI
Increasing switching frequency is one of the most effective ways to reduce the size of magnetic components in a DC-DC converter and…
High Voltage DC-DC Converter Power Rating: How to Size a Converter for Industrial Applications
Selecting the correct power rating is one of the most important steps when choosing a high-voltage DC-DC converter for an industrial application.…
Choosing Between AC-DC and DC-DC Power Modules
Introduction: AC-DC or DC-DC — Where Should the Power Conversion Start? Choosing between an AC-DC power module and a DC-DC power module…
High Voltage Power Supply Design Guide
Introduction: What Does High-Voltage Power Supply Design Involve? High-voltage power supply design is more than simply converting one voltage to another. For…
Isolation Transformer vs Isolated DC-DC Converter: Which Is Right for Your Application?
When an industrial system requires electrical isolation between the input and output, engineers may consider either an isolation transformer or an isolated…
High Voltage DC-DC Converter PCB Design Considerations
Designing a PCB for a high voltage DC-DC converter requires more than simply connecting the input, output, and control circuits. At higher…
Common High Voltage DC-DC Converter Design Mistakes
Designing a high voltage DC-DC converter requires more than selecting a suitable input voltage, output voltage, and power rating. A converter may…
How to Improve High Voltage DC-DC Converter Reliability
High voltage DC-DC converters are often required to operate continuously under demanding electrical, thermal, and environmental conditions. For industrial automation, railway systems,…
Wide Input DC-DC Converter Design Guide
A DC-DC converter does not always operate from a perfectly stable DC source. In real-world systems, the input voltage may vary because…