ROHM Semiconductor BM2P10xJ-Z PWM-Type DC/DC Converter ICs

Introduction

The ROHM Semiconductor BM2P10xJ-Z series of PWM-Type DC/DC Converter ICs are designed for isolated AC-DC power supply applications. With a focus on high voltage tolerance and compact design, these ICs are ideal for various applications requiring efficient power conversion.

Part Description

The BM2P10xJ-Z series features an integrated 730V switching MOSFET, allowing it to operate directly from high-voltage AC mains. This series employs frequency hopping PWM control to minimize electromagnetic interference (EMI) and includes essential protection features such as overcurrent, overvoltage, overload, and thermal shutdown. Additionally, it has built-in startup circuitry, soft-start functionality, and low standby power consumption, making it suitable for space-constrained applications.

Applications

• Home appliances
• Industrial equipment
• Consumer electronics
• Building automation
• General-purpose AC-DC power supplies

Industries

• Consumer Electronics
• Home Appliance Manufacturing
• Industrial Automation
• Building Management Systems
• Power Supply Design

Usage Ideas

1. Smart Home Device: Use the BM2P10xJ-Z to create a compact power supply for a smart thermostat that operates efficiently from the AC mains.
2. Industrial Control System: Implement the IC in an industrial control panel to provide reliable power to sensors and actuators while ensuring protection against electrical faults.
3. Portable Charging Station: Design a portable AC-DC charging station for consumer electronics that utilizes the BM2P10xJ-Z for efficient power conversion and minimal EMI.

Conclusion

The ROHM Semiconductor BM2P10xJ-Z PWM-Type DC/DC Converter ICs offer a robust solution for high-voltage AC-DC power supply applications. With their compact design, integrated protection features, and efficient power conversion capabilities, they are well-suited for a variety of industries and applications. Whether for home appliances, industrial systems, or consumer electronics, these ICs provide reliability and performance in demanding environments.