Product Name: GHXS030A120S-D3

Type: Diode module

Manufacturer: SemiQ

Product Overview: GHXS030A120S-D3 is a high-performance silicon carbide (SIC) diode module launched by SemiQ company. This module adopts advanced SiC technology, providing excellent efficiency and reliability for power electronic systems. SiC diodes are renowned for their low switching losses, high operating temperatures, and excellent thermal performance, making them suitable for various high demand application scenarios.

Main features:

High efficiency: The high bandgap characteristics of SiC materials enable diodes to operate at higher frequencies, reducing energy loss and improving the overall system efficiency.

High temperature operation: GHXS030A120S-D3 can operate stably at junction temperatures up to 175C, making it suitable for use in harsh environments.

Fast switching: The fast recovery characteristics of SiC diodes enable them to achieve extremely fast switching speeds, reducing switching losses.

High voltage capability: This module has a reverse voltage rating of 1200V and can handle high voltage applications.

Compact design: The compact size of the module makes it easy to integrate into various power electronic devices.

Application field: GHXS030A120S-D3 SiC diode module is suitable for various high-efficiency and high-power density applications, including but not limited to:

Charging and powertrain systems for electric vehicles (EVs) and hybrid electric vehicles (HEVs)

Solar inverter

Industrial motor drive

Uninterruptible Power Supply (UPS)

High frequency power converter

Technical specifications:

Reverse voltage (V-RRM): 1200V

Forward current (I-F): 30A

Forward voltage (VFF): Typical value is 1.5V (at 30A)

Reverse recovery time (trr): typical value is 35ns

Junction temperature range (Tj): -55C to 175C

The GHXS030A120S-D3 SiC diode module is designed by SemiQ company to meet the requirements of modern power electronic systems for high performance, high reliability, and high efficiency. Its advanced technology and superior performance make it an ideal choice for various high demand applications.