SP6136EB

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The SP6136EB is an evaluation board for DC/DC & AC/DC (Off-Line) SMPS. It is designed to help designers evaluate the performance and safety of their applications in the field of high efficiency switching power supplies. The evaluation board comes with a range of features that provide a flexible platform for testing different switching regulator configurations, such as buck, flyback, and push-pull topologies. Additionally, the board provides an environment for testing both current mode and voltage mode controller circuits.

The SP6136EB is suitable for a wide range of applications, including portable electronics, consumer products, industrial equipment, and lighting. Many of these applications require a reliable, high efficiency switching power supply due to their size and/or power constraints. The evaluation board allows designers to quickly and easily evaluate the performance of their circuit against the desired specifications, in order to confirm that it will meet the requirements of the application.

The SP6136EB is based on a Low Independent Operating core (LION) topology, which is designed to offer high efficiency in a wide range of operating conditions. The board includes an on-board wide range DC/DC boost converter, a stepped modulation stage, a DC/DC buck converter, an asynchronous rectifier stage, and a high frequency switch mode power supply. The board also includes an on-board current sensing device, which allows for accurate current monitoring in most applications. In addition, the board includes a fanless thermal management system that helps prevent excessive temperature buildup in the application.

The SP6136EB is designed to provide designers with the tools to evaluate the performance of their applications in the field of high efficiency switching power supplies. The board’s features allow it to be used in a number of applications, while the on-board current sensing device and thermal management system help ensure that the application is running safely and efficiently. The board is also designed to offer a wide range of topologies, giving designers the freedom to explore different approaches for solving their power supply challenges.

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