1761605-6

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Rectangular connectors, such as 1761605-6 headers, male pins, are widely used in today’s electrical and electronic industry for a number of applications. In general, they consist of an insulated male pin (or header) connected to a female board mount through a male board (or pin) mount. The header and male pin are screw-mounted to the board mount while the male pin is riveted to the female board. Depending on their application field, the headers and male pins can be constructed from various materials such as copper, brass, aluminum or stainless steel.

The 1761605-6 headers are suitable for power interface applications, including in-circuit test and basic testing and validation. They are also ideal for data collection, data processing and other network applications. They are rated for a current rating of up to 10 amps and can be configured in either single or dual channel using the appropriate parts. The headers include mounting studs for easy installation and require no extra components for mounting.

The 1761605-6 male pins are designed for use with UTP (unshielded twisted pair) cables and cables that conform to the EIA/TIA 568B standard. The pins are rated for 10 amps continuous current and can be mounted in either single or dual channel configurations. The male pins can be easily secured with either compression or soldering techniques.

The working principle of the 1761605-6 headers and male pins is relatively simple. When connected, the headers provide a reliable electrical contact to the male pins, allowing electricity to flow or data to be processed. The pin is inserted into the header and the header is fastened to the board mount. As the pin is inserted, a positive engagement between the two components is achieved, ensuring a reliable electrical connection and providing power or data transfer.

The 1761605-6 headers and male pins are relatively inexpensive and easy to install and use, making them ideal for a wide range of applications. They are reliable, providing a long-term, secure connection and have high current ratings, making them suitable for powering and controlling a variety of devices. As a result, they are used in many applications, from basic testing and validation to data processing, network and power applications.

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