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Product Name: GHXS030A060S-D1E

Manufacturer: SemiQ

Product type: SIC (silicon carbide) diode module

Product Description: GHXS030A060S-D1E is a high-performance silicon carbide (SiC) diode module carefully designed by SemiQ company. This advanced module is highly praised for its excellent efficiency and high-frequency operation ability, especially suitable for applications with strict requirements for power management and conversion systems. The main characteristics of GHXS030A060S-D1E include low forward voltage drop and low switching loss, which makes it outstanding in multiple fields such as solar inverters, electric vehicle charging stations, industrial motor drive systems, and high-frequency power conversion systems.

Key features:

Efficient SiC material: Utilizing the unique properties of SiC, GHXS030A060S-D1E can still maintain excellent performance and extremely low power consumption under high voltage and high frequency conditions.

Optimizing switch performance: Low forward voltage drop and low switch losses ensure high efficiency and energy efficiency of the system, helping to reduce operating costs.

Excellent high-temperature stability: SiC material can work stably at higher temperatures, improving the reliability and durability of equIPMent.

Compact packaging design: The compact design of the module facilitates integration and installation in space limited environments.

Long lifespan and high reliability: SemiQ's products are known for their long lifespan and high reliability, and GHXS030A060S-D1E also has these advantages.

Application scenario:

Solar inverter

Electric vehicle charging station

Industrial motor drive system

High frequency power conversion system

GHXS030A060S-D1E is a highly competitive SiC diode module that provides an ideal solution for engineers and designers pursuing high efficiency and high-performance systems. If you need to consult GHXS010A060S-D3 product detailed parameters, click to download the specification sheet! For business cooperation, please leave a message or directly click on the contact information on the right to contact us!