TPS40195EVM-001

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The TPS40195EVM-001 is an evaluation module from the Texas Instruments family of DC-DC and AC-DC (off-line) SMPS (switched mode power supply). This evaluation module is a complete test solution for the TPS40195 switch-mode power supply controller. It is designed to provide input from either a 3.3V DC source or a 5V DC source, which can output a 12V DC regulated power supply.

The TPS40195EVM-001 is designed to demonstrate the operation and performance of the TPS40195 switching controller IC, along with two additional circuits to form a complete SMPS configuration. It provides input from either a 3.3V DC source or a 5V DC source, and can output a regulated 12V DC power supply. The module provides two power outputs, regulated 3.3 VDC and regulated 12 VDC. The power outputs can be switched between the two sources with the provided switching circuit, which allows for efficient power conversion and accurate regulation.

The TPS40195EVM-001 includes a variety of features that ensure easy as well as robust operation. It includes current-mode control, as well as built-in protection features to ensure reliable operation. The module is capable of supporting pulse-width modulation (PWM) control, as well as frequency modulation (FM) control, allowing for efficient and accurate operation. It is also capable of soft-start, over voltage, short circuit, and over temperature protection.

The TPS40195EVM-001 is an ideal solution for designers who need a SMPS solution that can be quickly integrated into a design. The evaluation board also supports many other features and peripherals such as isolated high-side current sense, data logging, and automatic switching between the two sources. Additionally, the module includes a wide input voltage range and can be configured for different topologies.

The TPS40195EVM-001 is an excellent solution for designers who need a reliable and efficient SMPS solution. It includes a wide variety of features and peripherals that provide robust power conversion and accuracy. The module also provides output switching, current-mode control, along with short-circuit, over-voltage, and over-temperature protection features. It can easily be configured for different topologies, as well as supports different switching and modulation control techniques, making it a good choice for many applications.

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