BM450F12B34U2
450A 1200V SiC MOSFET module with ultra-low switching losses for high-frequency applications.
Product Overview
Description
BM450F12B34U2 features silicon carbide technology delivering 450A at 1200V with significantly reduced switching losses compared to silicon IGBTs.
The module enables high-frequency operation up to 100kHz, allowing for smaller magnetic components and improved system efficiency.
With zero reverse recovery charge and low gate charge, this SiC module is ideal for next-generation power conversion systems.
Product Series
Primary Application
Key Features
- Silicon carbide technology
- Ultra-low switching losses
- High-frequency capability
- Zero reverse recovery
Specifications
| Technology | SiC MOSFET |
|---|---|
| Voltage | N/A |
| Current | N/A |
| Package | N/A |
| VCES | N/A |
| IC | N/A |
Applications
EV charging stations
Industrial application for BYD SiC MOSFET Module BM450F12B34U2
High-frequency inverters
Industrial application for BYD SiC MOSFET Module BM450F12B34U2
DC-DC converters
Industrial application for BYD SiC MOSFET Module BM450F12B34U2
Renewable energy systems
Industrial application for BYD SiC MOSFET Module BM450F12B34U2
FAE Expert Insights
"The BM450F12B34U2 is an excellent choice for ev charging stations applications. Based on our extensive experience with BYD power devices, this product delivers reliable performance with excellent cost-effectiveness. The Silicon carbide technology provides significant advantages in real-world applications. I recommend this device for customers seeking high current capability in their designs. Contact our FAE team for application-specific guidance and reference designs."
BYD SiC MOSFET Module BM450F12B34U2 for EV charging stations
— David Li, BeiLuo
Frequently Asked Questions
What are the key features of BM450F12B34U2?
The BM450F12B34U2 features Silicon carbide technology, Ultra-low switching losses, High-frequency capability, Zero reverse recovery. It is designed for EV charging stations, High-frequency inverters, DC-DC converters, Renewable energy systems applications, providing excellent performance with 450A.
Contact our FAE team for detailed specifications and application guidance.
How do I select the right configuration for BM450F12B34U2?
Selection depends on your specific application requirements including current and voltage ratings. Review the datasheet for detailed specifications and contact our FAE team for personalized recommendations.
Review application requirements and consult FAE team for optimal configuration.
What support is available for BM450F12B34U2 designs?
BeiLuo provides comprehensive support including reference designs, evaluation boards, and FAE assistance. Contact our technical team for design review and debugging support.
Contact BeiLuo FAE team for design support and optimization guidance.
What is the maximum junction temperature for BM450F12B34U2?
BM450F12B34U2 has a maximum junction temperature of 150°C. This high temperature rating ensures reliable operation in demanding applications. Proper thermal management with adequate heatsinking is essential to maintain junction temperature within specified limits.
Ensure thermal design keeps junction temperature below 150°C for reliable operation.
What is the recommended heatsink thermal resistance for BM450F12B34U2?
The recommended heatsink thermal resistance for BM450F12B34U2 depends on your application power dissipation and maximum ambient temperature. Calculate using Rth_heatsink = (Tj_max - Ta_max) / P_dissipation - Rth_jc - Rth_interface. Contact our FAE team for specific thermal design assistance.
Contact FAE for thermal calculations and heatsink selection guidance.