TPS563209EVM-652

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Texas Instruments\' TPS563209EVM-652 evaluation board is a tool designed to help users evaluate the performance of the TI TPS563209 synchronous step-down DC/DC controller. This cost-effective board minimizes the time required to evaluate, configure and develop applications for step-down converters.

The TPS563209EVM-652 evaluation board has been designed to track inductor current very accurately. It also features fast transient response, low output voltage ripple and low noise. The boards feature a fully shielded package and a PWM controller with adjustable feedback voltage. The board is capable of creating outputs between 0.75 volts and 5 volts at up to 2 amps.

The TPS563209EVM-652 evaluation board is based on the TPS563209 power supply controller. The board has been designed to drive external MOSFETs as well as inductors and capacitors so that users can evaluate the performance of the device. The board uses two separate power converters, each utilizing one of the controller\'s outputs.

The TPS563209EVM-652 evaluation board utilizes a full range SMPS topology, which allows for high efficiency operation over a wide range of input and output voltages. The board employs current mode control, resulting in excellent transient response. Additionally, the board is equipped with adjustable current and voltage limits, which make the unit suitable for high voltage applications with up to 8 amps of output current.

The TPS563209EVM-652 evaluation board features an on-board MOSFET driver, which simplifies the design of the circuit. The board also features a comprehensive set of test points, making it easy to perform tests and troubleshoot the circuit.

The TPS563209EVM-652 evaluation board offers an easy way to evaluate performance of the TPS563209 power supply controller. The fully shielded package and adjustable feedback make it a cost-effective solution for users looking to develop step-down converter systems. Additionally, the board’s high efficiency operation, current and voltage limits, and comprehensive set of test points make it an ideal choice for those seeking a reliable and powerful dc-dc converter solution.

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