ESS-112-G-05

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The ESS-112-G-05 is a rectangular connector that comes in many shapes and forms such as headers, receptacles, and female sockets. It is an electrical connection system composed of digital and analog components that is used in a variety of applications including communications, consumer electronics, industrial control, and automotive. This particular connector is a low voltage, board-to-board single row with surface mounting technology. It has a 12-position, 2.50mm (.098") pitch with different options for mating and polarization.

The ESS-112-G-05 provides advantages such as low profile, high reliability, constructed of UL94V-0 material, and reliable electrical and mechanical performance up to a given current rating. It has a mating cycle of 25 and a temperature range of -25 to +85 degrees Celsius. The mated height is 7.30mm (”. 2874) max. The contact material is copper alloy and contact plating is Gold (Au).

The ESS-112-G-05 is most commonly used in applications that require higher-speed signals to be transmitted over greater distances. This is because the connector’s low profile and high reliability makes it ideal for use in tight spaces and harsh environments. It is also used in low-voltage applications that require robust connectivity and interference shielding.

The working principle of the ESS-112-G-05 is very simple. When two of the mating components are brought together, electrical power is transferred between them, activating the connector and allowing for the transmission of signal or data. The mating process is also very straightforward: simply press the two components together until they lock into place securely. Once they are properly connected, the electrical connection is established and ready for data or power to be transmitted.

The ESS-112-G-05 connector is a reliable and robust electrical solution that is suitable for high-speed digital and analog operations, in a variety of different environments. It has a straightforward mating process and is capable of transferring power and data efficiently over long distances. This makes it an ideal choice for applications that demand reliable connections with minimal signal degradation.

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