TPS54336EVM-556

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TPS54336EVM-556 is an evaluation board for the TPS54336 synchronous buck converter, commonly used in DC/DC and AC/DC (off-line) SMPS applications. This board was designed to allow engineers to quickly understand the features, performance, and design-in support of the TPS54336 controller. The TPS54336EVM-556 can be used for a wide variety of low power designs and applications such as automotive, telecom, distributed power, computing, and SBCs.

The TPS54336 synchronous buck converter is based on TI’s Viewscale™ architecture and features a current-mode control and built-in overload protection. This architecture and feature set allows the user to have a robust design with fast transient response, high efficiency, easy fault protection, and no impact of output capacitance on loop stability. The TPS54336 also offers adjustable switching frequency and cycle-by-cycle current limiting.

The TPS54336EVM-556 utilizes a microcontroller for setup, configuration, and monitoring of the controller performance. With the board’s graphical user interface, the user can quickly analyze the output waveforms and view the voltage, current, and power parameters of the design in real-time. Also, this allows the user to take advantage of all the features of the TPS54336 without the need to develop and understand complex code.

The TPS54336EVM-556 utilizes an external power MOSFET to provide synchronous conversion. The board also features an adjustable soft start, open circuit protection, thermal management, and an output voltage adjustment range of 0.6V to 5.5V. The board also includes a voltage and current measurement subsystem to ensure accuracy of the design.

The TPS54336EVM-556 is an efficient and powerful tool to help designers understand the features and performance of the TPS54336 controller. With its graphical user interface and programmable design limits, designers can quickly and easily test their designs and gauge their performance. The board’s flexibility and support for various switching frequencies makes it suitable for a wide range of low power designs.

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