FTE-155-01-G-DH

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• FTE-155-01-G-DH Application Field and Working Principle

Rectangular connectors and headers are a type of electrical connectors with contacts in a rectangular shape that are used to connect two pieces of electrical equipment. The head has two or more rows of pins with female sockets arranged in a rectangular shape, which are designed to fit into a mating surface mounted male pins header. Rectangular connectors and headers are commonly used in electronics, computers, and communication equipment, for applications such as data and signal transfer, power distribution, and device control.

FTE-155-01-G-DH is a connector designed for low-current and signal applications. It is a type of rectangular connector with two rows of 11 pin contacts. The contacts are made of brass with a gold plating for improved corrosion resistance. It has gotten RoHS compliance, and has a wide temperature rating of -67°F to +371°F, which can withstand more extreme environmental conditions than similar connectors. The connector is also designed with a small form factor for easy installation in places with limited space, like electronic instrumentation on military aircraft.

The working principle of the FTE-155-01-G-DH connector is as follows. When the header is connected with the mating socket, the pins on the header are inserted into the female sockets on the socket. When the pins are completely inserted, they will lock and create a reliable electrical connection. The connection is maintained even if the header is subjected to vibrations or shock due to its secure latching mechanism. To ensure reliable data and signal transfer, the header is also designed to provide a low contact resistance and reduce crosstalk between adjacent pins. This allows high-speed signal and data transfer rates up to 400 Mbps.

The FTE-155-01-G-DH rectangular connector is an ideal choice for applications requiring reliable signal, data, and low-power connections. Its small form factor allows it to be installed in places with limited space, and its wide temperature range and secure latching mechanism make it a reliable choice for harsh environmental conditions. On top of that, its low contact resistance and reduced crosstalk enable the connector to support high-speed data and signal transfer up to 400 Mbps, making it an excellent choice for high-performance and high-end applications.

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