Silicon Carbide mSiC™ Bare Die MOSFETs and Schottky Barrier Diodes
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Robust Silicon Carbide (SiC) Bare Die Solutions
Why Choose Our mSiC Bare Die Solutions?
mSiC bare die MOSFETs and diodes provide customized packaging to enable system-level optimization of your application for performance and efficiency. You can custom tailor these SiC solutions to your application and requirements to maximize power density within your design constraints.
Features
- High-temperature operation (Tj = 175°C) with low RDS(on) shift over full temperature range
- Industry-leading gate oxide stability (< 100 mV Vth shift) and gate oxide lifetime
- Avalanche (UIS) ruggedness (> 100k pulses)
- Long short-circuit withstand time
- High reverse current capability
Benefits
- Higher switching frequency and efficiency
- Higher power density
- Improved ruggedness
- Smaller and lighter systems without requiring SiC device redundancy
- Improved cooling requirements for reduced system cost
Advantages We Offer
- Multiple epi sources and dual SiC fabs ensure long-term supply
- Unmatched Unclamped Inductive Switching (UIS) avalanche rating
- Longest gate oxide withstand time
- Client-driven obsolescence practice
mSiC Bare Die Authorized Distributor
ES Components is a proven, authorized distributor with decades of experience delivering high-quality semiconductor solutions. Their dependable supply of our mSiC bare die, combined with a strong commitment to customer service, supports a broad range of power management and high-performance applications. With deep technical expertise and responsive support, ES Components is a valued partner for customers seeking advanced SiC bare die solutions.
Design Resources
SiC Design Resources
Accelerate your development journey with our industry-leading hardware and software tools, models, simulations and extensive documentation supporting mSiC products.
Reference Designs and Development Tools
Explore our comprehensive selection of time-saving SiC reference designs and development tools.
SPICE and PLECS Models
Accurate simulation tools for designing, analyzing and optimizing SiC power devices and systems to predict performance, evaluate thermal behavior and streamline development before hardware testing.
MPLAB® SiC Power Simulator
Evaluate device performance quickly by calculating power losses and thermal performance under different conditions for mSiC solutions using lab testing data for common power converter topologies.