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Hardware Resources for mSiC™ Products
Silicon Carbide (SiC) Hardware Resources to Adopt SiC With Ease, Speed and Confidence
SiC Reference Designs and Technology Demonstrators
45W Auxiliary Power Supply for 800V Traction Inverters
- AEC-Q101 qualified 1400V mSiC MOSFETs reduce switching losses and eliminate the need for a gate driver, improving efficiency and thermal performance
- Supports 40V to 1000V input, making it adaptable for various EV architectures and scalable for higher power levels
- Automotive-grade transformer with reinforced isolation and active start-up ensures safety, reduces standby power and supports regenerative braking
High-Voltage Auxiliary Electronic Fuse (E-Fuse) Demonstrator
- High-voltage solid-state relay with over-current protection for HEV, EV and other non-automotive DC solid-state circuit breaker applications
- Available 400V and 800V bus voltages and continuous current ratings of 10A, 20A and 30A
- Automotive hardware design that uses AEC-qualified components
30 kW Vienna 3-Phase Power Factor Correction (PFC) Reference Design
- Designed for Hybrid Electric Vehicle (HEV) and Electric Vehicle (EV) chargers and high-power switch mode power supply applications
- PCB layout optimized for safety, current stress, mechanical stress and noise immunity
- Achieves 98.6% efficiency at 30 kW output power
Mersen 150 kVA 3-Phase SiC Power Stack Evaluation Kit
- Designed for EVs, commercial transportation, renewable energy and energy storage systems
- Optimally designed solution to answer electrical, mechanical, and thermal challenges
- Power density of 16 kW/L and achieves 98% peak efficiency
3.8 kW/7.6 kW Totem Pole Demonstration Application
- Enables bidirectional power conversion for an Electric Vehicle (EV) On-Board Charger (OBC)
- Highly modular hardware and firmware that allows operation in different modes
- Supported by code generation tools to accelerate your development
- Forced-air cooled solution with AEC-Q100-qualified components
11 kW Totem Pole Demonstration Application
- Enables bidirectional power conversion for an Electric Vehicle (EV) on-board charger (OBC)
- Highly modular hardware and firmware that allows operation in different modes
- Supported by code generation tools to accelerate your development
- Forced-air cooled solution with AEC-Q100-qualified components
4 kW DC-DC Demonstration Application
- Converts 400–800V input to 12V output, with up to 96% efficiency, using our dsPIC® DSCs and mSiC™ MOSFETs
- Supports multiple modes, such as buck, burst and parallel, with modular hardware and GUI-based setup
- Features isolated sensing, EMI protection, CAN FD and advanced monitoring for reliable operation
11 kW Dual Active Bridge DC-DC Demonstration Application
- 700–900 VDC input and output with bidirectional operation
- Non-linear/adaptive control algorithms for improved performance
- Forced-air cooled solution with AEC-Q100-qualified components
Demo and Evaluation Boards
The EV84K75A Single-Channel Discrete Gate Driver Evaluation Board is a development platform designed to evaluate and demonstrate the performance of a single-channel gate driver for controlling power transistors in various switching applications.
The EV39N46A Single-Channel Module Gate Driver Evaluation Board is a development platform designed to make it easy to evaluate and demonstrate the performance of a single-channel gate driver for Si, IGBT and mSiC™ MOSFETs and modules.
The EV40T43A Half Bridge Evaluation Board provides a ready-to-use platform for testing and evaluating half-bridge power circuit designs, simplifying development by enabling quick prototyping and performance assessment of power switching applications.
The Power Motherboard (PMB) Fast Evaluation Tool (FET) is designed to provide an easy, versatile and efficient SiC MOSFET testing platform to evaluate conduction and switching losses, perform Double Pulse Testing (DPT), and analyze Buck and Boost converter performance.
The SP6LIEVB is a development platform designed to facilitate the testing and evaluation of SP6LI mSiC™ MOSFET power modules, enabling engineers to assess performance and optimize designs for high-efficiency power conversion applications.