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Evaluation and Demonstration Boards and Kits Using TPS65290LMEVM

Evaluation and demonstration boards and kits provide a means to quickly and effectively test out the functional capabilities of a system. TPS65290LMEVM is a versatile evaluation and demonstration board based on the Texas Instruments TPS65290LMEVM regulator, which provides a complete and self-contained low-power system solution with an extremely flexible architecture. This board is ideally suited for a variety of low-power applications, ranging from automotive to digital camera, to medical equipment.

Standard Features of TPS65290LMEVM

The TPS65290LMEVM board offers features and benefits that make it useful in a range of applications. It has an integrated lithium ion battery charger, dual-mode buck/boost converter, system monitor, software reset logic, dedicated I/Os for communication ports, LED drivers and fault interrupt pins. It also provides fully programmable digital power supplies, multiple switchable operating modes, temperature compensation, over-voltage and over-current protection. In addition, it supports a wide input voltage range of 4.5V to 30V.

Working Principle of TPS65290LMEVM

The TPS65290LMEVM board operates by a combination of advanced power management algorithms and low-power components. It uses a Buck/Boost DC-DC converter as its power management block. This converter is a switched-mode type of power supply that can operate across a wide range of input voltages, from 4.5V to 30V, and can also regulate its output voltage from 0.8V to 15V. The Buck/Boost converter also provides load-line regulation, current-limit, surge protection, and temperature protection features, which makes the TPS65290LMEVM ideal for use in a wide variety of low-power applications.

The buck and boost outputs of the TPS65290LMEVM are also selectable via I/O pins. This allows for the output to be chosen based on the particular needs of the system. The board also features several other features, such as temperature compensation, power-on reset logic, over-voltage and over-current protection, and a range of predetermined ratios for buck/boost conversion operations. In addition, the board incorporates a software-controlled shutdown mode, which can be used to quickly disable the power supply when needed.

Applications of TPS65290LMEVM

The TPS65290LMEVM evaluation board is ideal for low-power system solutions, such as automotive, digital cameras, and medical and consumer equipment. The high efficiency and various operating modes of the board make it suitable for a wide range of applications, such as power management for embedded systems, power conversion for lighting systems, and energy conservation projects. Additionally, the board’s ability to monitor and adjust power supply parameters in real-time, makes it an excellent choice for remote or distributed systems.

The TPS65290LMEVM board also provides great features and flexibility for prototyping, evaluation, and demonstration of low-power system solutions. It is a cost-effective and reliable board for developing systems with minimal power requirements. Furthermore, the board can be easily integrated into a system and customized to meet specific application needs. This makes the TPS65290LMEVM a great option for customers who need a simple and reliable power solution.

Conclusion

TPS65290LMEVM is a versatile evaluation and demonstration board designed to meet a wide range of low-power system requirements. It provides a complete and self-contained solution with a very flexible architecture. The board is capable of efficiently managing power and can operate in various modes. It has a wide input voltage range of 4.5V to 30V and supports numerous functions, such as fault interrupts, LED drivers, and temperature compensation. This makes it an ideal choice for a variety of low-power applications, such as automotive, digital camera, and medical equipment.

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