62 mm BM2 Silicon Carbide Half-Bridge Power Modules

BM2 Half-Bridge Module for Switching and Conduction Optimized Applications

NOTE: Not recommended for new designs. 62 mm BM3 Silicon Carbide Half-Bridge Power Modules is the recommended replacement.

Wolfspeed’s 62mm power module platform provides the system benefits of Silicon Carbide (SiC); while maintaining the robust; industry-standard 62 mm module package. The internal design of Wolfspeed’s 62mm BM package enables high speed Silicon Carbide switching benefits; due to the low-inductance layout. The BM platform is a perfect fit for applications in the industrial test equipment; rail / traction; and EV charging infrastructure markets.

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62 mm BM2 Silicon Carbide Half-Bridge Power Modules

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62 mm BM2 Silicon Carbide Half-Bridge Power Modules

Product SKU	Status	Package	Configuration	Blocking Voltage	Current Rating	R_DS(ON) at 25°C	Generation	Maximum Junction Temperature	Module Size	Qualification
CAS120M12BM2	NRND	62 mm	Half-Bridge	1200 V	120 A	13 mΩ	Gen 2 MOS + Diodes	150 °C	106 x 62 x 30 mm	Industrial
CAS300M17BM2	NRND	62 mm	Half-Bridge	1700 V	225 A	8 mΩ	Gen 2 MOS + Diodes	150 °C	106 x 62 x 30 mm	Industrial
CAS300M12BM2	NRND	62 mm	Half-Bridge	1200 V	300 A	4.2 mΩ	Gen 2 MOS + Diodes	150 °C	106 x 62 x 30 mm	Industrial

Product Details

Features

Industry-Leading; Reliable Silicon Carbide MOSFET Technology in Robust; Well-Established 62mm Form Factor
Strong Thermal Performance + Material Selections Optimized for Industrial & Harsh Environment Applications
Low-Inductance Design (10 – 15 nH) for Fast Switching with Low Power Losses
MOSFET Die and Selected Modules Qualified to HV-H3TRB

Benefits

Broad Portfolio of Current and Voltage Ratings Available to Fit Diverse Industrial Application Requirements
Fast Time to Market with Minimal Development Required for Transition from 62 mm IGBT Packages
Reduced Cooling Requirements & Overall System Cost
Optimized Internal Layout for Low Power Losses & Minimal Overshoot for Maximum Voltage Utilization

Typical Applications

Railway & Traction
EV Charging Infrastructure
Industrial Automation & Testing
High Frequency Power Supplies
Renewable Energy Systems & Grid-Tied Inverters
Active Front Ends & AC Inverters

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Tools & Support

Technical & Sales Documents
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Compliance

Documents

Document Type	Document Name	Last Updated
Data Sheets		01/2024
Data Sheets		01/2024
Data Sheets		01/2024
User Guide		01/2024
User Guide		01/2024
User Guide		12/2023
User Guide		12/2023
Application Notes		03/2024
Application Notes		01/2024
Application Notes		11/2023
Application Notes		08/2023
Application Notes		01/2023
Application Notes		11/2021
Product Catalog		05/2024
Sales Sheets & Flyers		01/2024
Sales Sheets & Flyers		01/2024
Sales Terms	This document details the production packaging details including container type, quantity, MOQ, and dimensions as well as the moisture sensitivity level (MSL) for discrete SiC Schottky Diodes and MOSFETs	04/2024
Sales Terms		12/2021

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Design Resources

Analyzing Transient Behavior Using a Double Pulse Test Simulation in LTspice

See how Wolfspeed LTspice models can make designing with silicon carbide in power electronics systems more efficient, cost-effective, and accurate. Get started optimizing your system design, without the need for physical samples or test kits.

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62 mm BM2 Silicon Carbide Half-Bridge Power Modules

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62 mm BM2 Silicon Carbide Half-Bridge Power Modules

62 mm BM2 Silicon Carbide Half-Bridge Power Modules - Filter By

62 mm BM2 Silicon Carbide Half-Bridge Power Modules

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Knowledge Center

Analyzing Transient Behavior Using a Double Pulse Test Simulation in LTspice

Power modules: One shortcut to EMI compliance

Unboxing the 25 kW Three-Phase Inverter Reference Design

62 mm BM2 Silicon Carbide Half-Bridge Power Modules

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62 mm BM2 Silicon Carbide Half-Bridge Power Modules

62 mm BM2 Silicon Carbide Half-Bridge Power Modules - Filter By

62 mm BM2 Silicon Carbide Half-Bridge Power Modules

Product Details

Featured Resources

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Featured Application Notes

Tools & Support

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.css-1nrupg7{color:currentColor;}.css-1nrupg7::before{content:"";position:absolute;top:0;left:0;width:100%;height:100%;z-index:1;}Analyzing Transient Behavior Using a Double Pulse Test Simulation in LTspice

Analyzing Transient Behavior Using a Double Pulse Test Simulation in LTspice