TPD1S414EVM

Series:	--
Part Status:	Active
Type:	Circuit Protection
Function:	Electrostatic Discharge (ESD)
Embedded:	--
Utilized IC / Part:	TPD1S414
Primary Attributes:	--
Supplied Contents:	Board(s)
Secondary Attributes:	--

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Evaluation and Demonstration Boards and Kits are an important component of the electronic products development process. Many evaluation and demonstration boards rely on the TPD1S414EVM for its key features and flexibility.The TPD1S414EVM is based on Texas Instruments’ TPD1S414 Serial Transceiver, a incredibly reliable device that allows transfer of high speed data over long distances. The TPD1S414EVM features a powerful flatbed configuration which allows for both simple and complex system configuration. Evaluators can quickly insert the board into any system configuration to test its capability.The basic configuration of the TPD1S414EVM includes four terminals. These terminals contain all the necessary components to send and receive digital signals via serial bus. The board includes two transmitter outputs, two receiver inputs, two transmit/receive control pins, and two I/O ports. This configuration simplifies the tasks of board setup, testing, and evaluation.In addition, the TPD1S414EVM supports EasyLink, an enhanced featureset designed to allow for seamless, real-time data transfer. EasyLink features two types of signals, a hard-wire control (HWC) signal and a non-volatile memory (NVM) signal. The HWC signal allows for connection of NVM memories to the TX/RX ports, which enables data transfer between the NVM and the TX/RX ports.The NVM signal is a software signal that can be enabled or disabled by simply setting the EasyLink flag. This signal allows for real-time communication between NVM memories and the TX/RX ports. EasyLink’s enhanced featureset also provides a greater degree of system flexibility than the standard configuration.The application fields of the TPD1S414EVM are quite varied. Its ability to reliably transmit and receive digital signals makes it ideal for applications such as digital logic, system controllers, communication links, telecommunications, and data logging. In addition, the board\'s high level of reliability makes it an excellent choice for distributed control systems, military and aerospace applications, and other critical applications.The working principle of the TPD1S414EVM is fairly simple. When the board is activated it checks for the NVM signal and then evaluates the data and read/write operations against the transmitted HWC signal and NVM signal data. If there is no HWC signal, data is written directly to the NVM memory. If there is a valid HWC signal, the transmission is first validated by the receiver end then the data is written or read based on the signal. All of this occurs in a single clock cycle, ensuring the data is transferred quickly and reliably. The TPD1S414EVM is a reliable and versatile board that can be used in a wide variety of applications. Its impressive featureset allows for complex and secure data transmission over long distances with relative ease. The board is also easy to configure, setup, and debug, making it a popular choice among engineers and designers. It is sure to remain a popular choice for a wide range of applications for years to come.

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