Isolated Gate Driver Power Module for Open Compute Project solution

In this video, we will review the Open Compute Project (OCP) and select power converters to build a convenient solution.

Open Compute Project (OCP) is an open-design architecture aiming to redesign everything from the data center down to the server to improve power management and ease of maintenance, which brings innovations to edge AI applications.

OCP rack and power specifications aim to simplify overall rack power distribution by driving scalable and efficient solutions. It uses a distributed power architecture that powers all these different subsystems through independent DC/DC converters, such as gate driver power supplies.

Silicon Carbide (SiC) MOSFETs offer more impressive switching characteristics compared to silicon-based components, making them ideal as switching elements for motor drives. However, the power required to turn each SiC on and off determines the output power of the gate driver power module. It is directly related to drive voltage (VDRV), gate charge (QG), and switching frequency (fsw).

CTC gate driver power supplies meet industry standards and offer various features, including high voltage precision to prevent exceeding allowable error ranges, low isolation capacitance to avoid system malfunctions caused by noise during switching, and over 20 drive voltage options to meet power demands.

Our portfolio of power converter products is suitable for a wide variety of rack and power design solutions and voltage ranges while ensuring exceptional system performance.

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