TLV62150EVM-505

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TLV62150EVM-505 is an evaluation board specifically designed to test the effectiveness and usability of the Texas Instruments TLV62150-Q1. This evaluation board offers a wide range of modern features to make the design process faster and more efficient. As a part of the Texas Instruments Power House® family, the TLV62150EVM-505 is a reliable solution for applications like AC/DC and DC/DC power conversion.

Features

The TLV62150EVM-505 is configured as a complete non-isolated buck converter module. The module can be operated with an input voltage range of 6V to 40V and delivers an adjustable output voltage range of 0.8V to 6V. The TLV62150EVM-505 is supplied with a set of components to evaluate multiple different configurations. The board comes with different headers, allowing the user to configure their setup.

In addition to these, the board contains all the features you need for controlling the voltage conversion, like an on-board MCU, voltage regulator, current sense, temperature sense, and power retiming. The board also contains multiple other components, such as LEDs, oscilloscopes, and even an SPI/I2C interface.

Application Field

The features of the TLV62150EVM-505 make it a versatile solution for applications in consumer electronics, industrial systems, and automotive systems. It can be used for power converters in smart home devices, mobile phones, tablets, and appliances. The board can also be used for battery chargers in industrial systems like robots and heavy machinery. Finally, the TLV62150EVM-505 can be used in automotive devices, such as power steering, engine management, and ambient lighting control.

Working Principle

The TLV62150EVM-505 is a non-isolated buck converter module built around the TLV62150-Q1, a low-side PWM buck converter with power retiming capabilities. When the power is applied to the input side of the module, the TLV62150-Q1 begins to control the power conversion process. It uses the available current, voltage, temperature, and power retiming inputs to optimize the power conversion process and ensure a stable output voltage.

Once the output voltage is stabilized, the MCU on the board takes over and begins monitoring the output parameters. It also monitors the temperature, current, voltage, and power of the board to ensure a safe operating experience. In addition, the board has multiple safety features, such as over-current protection, over-temperature protection, and short-circuit protection.

Conclusion

The TLV62150EVM-505 is an evaluation board designed for applications involving AC/DC or DC/DC power conversion. It is designed with modern components and a wide range of features to make the design process faster and more efficient. Additionally, its robust safety features make it a reliable and trustworthy solution for any kind of application.

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