TPD1E04U04DPLEVM

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Evaluation and Demonstration Boards and Kits are a collection of tools and components that allow designers to quickly build and program a system from the ground up. The TPD1E04U04DPLEVM board is specifically designed to address power management challenges in portable application product development. It is an easy-to-use and affordable development board that enables the rapid development of USB PD applications.

The board provides all the necessary components required for USB Type C ports power delivery system development. It features a high performance PMIC, a collection of gate drivers, a load switch, a USB DC-DC converter, a voltage reference, a level shifter and a bridge rectifier. Additionally, the board comes with a set of jumper cables and a set of test instruments for easier debugging. The board also features an integrated USB DP port for the connection of the device to the PC.

The board is designed to simulate the USB Power Delivery system in a real-world application, and also to demonstrate its performance and features. The board can be used to develop high-efficiency power systems, intelligent charging algorithms, and to develop a variety of USB Type-C Power Delivery products. The board can also be used to demonstrate the compliance of a product with the USB Type-C Power Delivery specification.

The board features a powerful TPD1E04U04DPL shunt driver for controlling the power delivery from the source to the load. The shunt driver allows the board to intelligently control the power delivery levels of the source to the load, thereby allowing designers to optimize power efficiency and power delivery levels for their designs. Additionally, the board features integrated thermal protection to protect the system from thermal issues.

The board is based on the USB Type-C Power Delivery topology, and has the capability to support High Speed (USB 2.0/3.0), PD 3.0, and USB Charging protocols. By using the board, developers can easily develop solutions for applications such as fast charging, intelligent power delivery, PD multi-port charging, and more. The board also offers intelligent power delivery algorithms, allowing developers to optimize their design for maximum efficiency.

The board is easy-to-use, and can be easily connected to a host PC or laptop. Once connected, the board can be programmed to support the desired output voltage and power delivery levels. Furthermore, the board features built-in support for debugging and measuring power delivery levels, allowing the developers to verify the correct functioning of the PD system.

In conclusion, the TPD1E04U04DPLEVM board is a cost effective and fast-implementation development board for designers to develop and validate their USB Type-C Power Delivery designs. The board provides an all-in-one solution for all the components required for developing and debugging power management solutions, allowing developers to quickly develop and validate their designs. The board is an ideal tool for developers to test, verify, and demonstrate their USB Type-C Power Delivery designs.

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