ESS-107-T-07

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Rectangular Connectors - Headers, Receptacles, Female Sockets, provide a reliable and versatile connection between two or more circuits. The ESS-107-T-07 are one of the most widely used connectors, due to their compatibility with a wide range of standards, reasonable size and low cost.

The ESS-107-T-07 is a 2-row, 0.050” square post female socket connector. It has a 5+6 pin arrangement, with both rows having the same number of pins. Each pin is 7.62mm long and has a 0.64mm diameter contact area. They are designed for a limited number of mating cycles (200) and are mainly used for low power applications, such as board level signal connections.

The primary application for the ESS-107-T-07 is for connecting electronic boards or modules. The socket design allows for quick and easy connections between boards or modules. The solid design of the headers allows for perfect mating connections, and the solder cup contacts ensure that the connection is reliable.

Working Principle: The ESS-107-T-07 headers are designed with standard female sockets that accept standard male pin headers. The contacts are soldered to the board and the male pins are inserted into the mating socket. The contacts are designed to accommodate normal board level currents and voltages, and will accept signals in the form of digital, analog or RF.

Once the contacts are established, the headers provide a reliable connection while the male header pins can be easily removed when desired. The headers provide a simple and easy way to make connections between two or more boards or modules. They are also the ideal choice for prototyping projects, as they provide an inexpensive solution for making connections between boards while minimizing the risk of component damage.

The ESS-107-T-07 headers are an ideal solution for a wide range of applications, from board level signal connections to low power applications. They are cost efficient, reliable and provide a strong connection. They are easy to use, making them a great choice for designs requiring precision connectivity.

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