TPS2062EVM-296

Series:	--
Part Status:	Obsolete
Type:	Power Management
Function:	Power Distribution Switch (Load Switch)
Embedded:	No
Utilized IC / Part:	TPS2062
Primary Attributes:	2.7V ~ 5.5V Input Voltage
Supplied Contents:	Board(s)
Secondary Attributes:	Short-Circuit, Thermal and Undervoltage Protection

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<div><h3>Evaluation and Demonstration Boards and Kits</h3><p>TPS2062EVM-296 is a board designed for TPS2062E device evaluation and demonstration. The TPS2062EVM-296 board is a DC/DC converter that delivers a 3V output at up to 600mA from an input of 3.5V to 6.5V. This board can be used in a battery-powered, dual-power-supply, and/or floating power supply systems. It is a highly integrated circuit that includes an integrated MOSFET, regulator, and over-current protection that can deliver up to 600mA of current.</p> <h4>Application Field</h4><p>TPS2062EVM-296 board can be used for a variety of applications. It is ideal for applications that require a miniature, high-efficiency, and cost-effective DC/DC converter. It can be used for applications such as medical equipment, consumer electronics, communications systems, industrial products, and automotive electronics. The board can also be used for experimental and development purposes.</p> <h4>Working Principle</h4><p>The TPS2062EVM-296 board is based on a synchronous buck converter topology. The board includes an integrated MOSFET and a regulator. The MOSFET is responsible for switching the input voltage and the current is limited by the regulator, thus ensuring that the output voltage is regulated. In addition, the board includes an over-current protection module that shuts down the output voltage when it exceeds the maximum current limit.</p><p>The MOSFET works by switching the input voltage at a fixed frequency. The value of the switching frequency is determined by the board’s setting, which is adjustable via the onboard trim potentiometer. The voltage regulation is achieved by controlling the duty cycle of the MOSFET. As the input voltage changes, the output voltage is precisely regulated by the duty cycle of the MOSFET.</p><p>The board also includes an over-current protection module that monitors the output current. If the output current exceeds the maximum current limit, the module will shut down the output voltage. This ensures that the board’s maximum current rating is never exceeded and that the system is safe from over-current damage.</p><p>The board also features an onboard trim potentiometer that can be used to adjust the output voltage. The trim potentiometer allows the user to fine-tune the output voltage based on the application’s requirements.</p></div>

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