Contents:
1. Product Features
2. Key Performance Characteristics
3. S6 Package Outline
4. Application Fields
Keywords: SiC Module, MPRA1C65-S61, EV power systems, S6 Package, Silicon Carbide, low-carbon power conversion
As global industries prioritize energy conservation and carbon reduction, the MPRA1C65-S61 stands out with its intrinsic low switching and conduction losses. Whether used in industrial power distribution, high-efficiency chargers, or EV power systems, this module significantly reduces overall energy consumption and contributes to sustainable, low-carbon power conversion.
1. Product Features
The MPRA1C65-S61 module from SHYSEMI leverages advanced Silicon Carbide (SiC) device technology to deliver high-efficiency, low-loss power conversion. Designed for industrial systems, renewable energy applications, and electric mobility, the module provides exceptional electrical performance while maintaining excellent thermal stability and long-term reliability. Its robust design ensures consistent operation under harsh environmental conditions, offering dependable power delivery to end users.
SHYSEMI has placed strong emphasis on system-level integration in the design of the MPRA1C65-S61. Its compact footprint and optimized interface layout allow seamless incorporation into both newly designed power platforms and legacy system upgrades. The introduction of this SiC module marks another major advancement in SHYSEMI’s power electronics technology roadmap. With exceptional electrical performance and superior reliability, it delivers an enhanced and more efficient power-conversion experience.
Supported by a professional engineering team and a comprehensive after-sales service system, SHYSEMI provides responsive assistance for product selection, technical support, and system deployment—ensuring users benefit from a trustworthy and secure power solution.
The MPRA1C65-S61 SiC module, featuring ultra-fast switching, negligible reverse-recovery behavior, and substantially reduced switching losses, greatly improves system-level efficiency. This allows power designers to reduce heatsink size and overall system volume. The module adopts the compact S6 package with integrated heatsink, offering a small footprint, high functional density, and flexible ease of use. It serves as an ideal power module for welding and cutting equipment, switched-mode power supplies (SMPS), charging systems, and other high-performance applications.
2.Key Performance Characteristics of the MPRA1C65-S61
As a high-performance SiC power module, the MPRA1C65-S61 offers several outstanding electrical characteristics:
Near-zero switching loss
Significantly enhances overall efficiency of switched-mode power systems and reduces thermal stress.
High voltage capability
With a Repetitive Peak Reverse Voltage (VRRM) rating of 650 V, the module is well suited for demanding high-voltage environments.
High current capability
Supports a continuous forward current of 100 A, making it ideal for high-power and heavy-duty applications.
Reduced thermal management requirements
The inherent thermal advantages of SiC materials simplify heatsinking design and allow more compact system layouts.
3. S6 Package Outline
4.Application Fields
Welding and Cutting Systems
Improved power-stage response and enhanced process accuracy.
High-Power Laser Systems
Stable, high-precision power regulation ensures consistent beam quality.
On-Board Chargers (OBC)
Enables 6.6 kW high-power-density designs, reducing system size by up to 30%.
Motor Drive Controllers
Increases driving range and enhances electromagnetic compatibility (EMC) performance.
DC-DC Converters
High-efficiency step-down conversion ensures stable low-voltage power supply architectures.
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