Engineers often face difficult trade-offs when voltage regulators can encounter high-voltage transients that are well above normal input-supply operating ranges. This situation is common in automotive ...

Understanding the advantages, limitations, and use cases of each technology helps engineers create reliable consumer products.

Power-supply designers frequently encounter projects where the input voltages are much higher compared to the low output voltages usually require to power the target equipment. Typical output needs ...

Switched mode inverters and converters form the heart of many modern power applications including ‘smart’ motor drives, solar power, UPS systems, high power AC-DC converters and many more. All these ...

The function of OVP applied to the input side of the converter is to make the converter immune to input over-voltage transients or surges and to make the converter conform to EMC regulations and other ...

Although microcontrollers generally run at low voltages, such as 3.3 V, they often need to control loads running at higher voltages like 12 V. If switching the low side isn’t an option, the ...

Global power conversion manufacturer MORNSUN is pleased to announce the launch of a new DC converter series that features an Ultra-wide, Ultra-high input voltage range for use in a wide range of new ...

High demands on the robustness of electronic systems, especially in industrial environments, continually present developers with great challenges. Overvoltage protection is one key design ...