KIT34676EPEVBE

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Evaluation and Demonstration Boards and Kits are designed to help designers to assess the performance of a chip, to better understand how the chip works in different situations, and to develop applications. KIT34676EPEVBE is a type of such board. It is a highly integrated solution for power conversion applications with SiC-Fentanyl-based MOSFETs. The board helps system designers quickly test, prototype and develop high switching frequency applications with up to 1200V and 48A.

The KIT34676EPEVBE board consists of a ready-to-use solution that includes a 1200V SiC-Fentanyl-based MOSFET, a gate driver, an isolated DC/DC converter, and some interfacing circuitry. The MOSFET enables switching frequencies up to 2.2MHz and features conduction losses as low as 2mOhm, with easy and safe gate drive. The board also supports up to 48A load current and 68nH inductors for increased power efficiency. Additionally, it provides an isolated single output DC/DC converter that provides up to 0.8V outputs and a maximum output current of 8A.

The KIT34676EPEVBE is based on the SifVin D / A MOSFET driver IC. The integrated gate driver has the capability to supply up to 10A source and sink current, enabling high switching frequency operation. In addition, the driver includes a wide range of features such as different supply voltage levels, an independent reference circuit, shutdown control, Pulse-by-Pulse Current Limiting, Over-Temperature Protection, Send-By-Pulse Current, Adjustable-Power-On-Gate-Drive. As a result, it can reduce power loss, optimize weight, package size, and system integration complexity, resulting in a much more efficient and cost-effective design.

The KIT34676EPEVBE has a complete evaluation suite that any designer can use to get started right away. An on-board DSP is available to enable data acquisition, pulse-by-pulse current and power measurements, temperature monitoring, and more. Not only that, but thanks to the integrated gate driver, it also allows single-pulse triggering on the power device and multiple power stages can be synchronized or cascaded. In addition, multiple boards can be connected in parallel for higher power applications.

KIT34676EPEVBE is the perfect platform to enable design and verification of new high frequency large current applications. With its complete solution, engineers have everything they need to develop applications that are both highly efficient and cost effective. Moreover, its simple setup and proven reference design enables designers to quickly prototype their concepts with minimal effort. Ultimately, this kit helps engineers turn their ideas into real-life applications that they can be proud of.

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