TPS40130EVM-001

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The Texas Instruments TPS40130EVM-001 is an evaluation board designed for exploring and evaluating the features of the buck-boost switching controller TPS40130. This device works in both buck and boost topologies, and can be used in a wide range of DC/DC conversion or AC/DC off-line SMPS designs.

The TPS40130EVM-001 evaluation board features a 2.5A synchronous buck-boost controller able to switch with 0.5V to 5V input voltage range and an adjustable output voltage range of 0.9V to 8V. In addition to this, it also offers a wide set of features such as programmable switching frequency up to 3MHz, adjustable soft-start period, programmable totem-pole/push-pull operation, combined with an adjustable over-current protection and efficient synchronous rectification.

The TPS40130EVM-001 evaluation board is powered by a 5V-5A power adapter, and its output load current is adjustable up to 2.5A. The board also includes an onboard DC/DC buck converter in order to provide the bias voltage to the controller, and it is set to 3.3V. On the output side, the board includes an emulated resistive load, which allows add the load current up to 2.5A.

The TPS40130EVM-001 evaluation boards can be used to explore the features of the TPS40130 controller in a highly efficient buck-boost application. With its adjustable input voltage range of 0.5V to 5V and adjustable output voltage of 0.9V to 8V, it can provide a wide range of possibilities for DC/DC conversion or AC/DC off-line SMPS designs. Its programmable switching frequency, adjustable soft-start period, and programmable totem-pole/push-pull operation allow for further test and custom design.

The TPS40130EVM-001 evaluation board can be used to explore more efficient and cost-effective designs and topologies for DC/DC and AC/DC (off-line) switching mode power supplies. With its adjustable input voltage, adjustable output voltage, programmable switching frequency, adjustable soft-start period, and programmable totem-pole/push-pull operation, it offers a wide range of possibilities for a variety of DC/DC or AC/DC off-line SMPS designs. Its efficient synchronous rectification and adjustable over-current protection make it an ideal choice for exploring more efficient and reliable power supply solutions.

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