IPL1-103-03-L-SH-K

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IPL1-103-03-L-SH-K is a type of rectangular header connector, used in certain electronics applications, and is part of a larger family of connectors known as headers, male pins, and stackers. The rectilinear shape of the connector provides a simple but effective alternative to soldering and other means of connecting two or more electronic devices.

IPL1-103-03-L-SH-K connecters are constructed of a metal pin and housing sleeve that fit into a base plate, which forms the electrical connection between two assemblies. The pins are inserted into the base plate and the housing sleeve slides over the pins for additional insulation and strength.

The IPL1-103-03-L-SH-K connector is most commonly used in the application of powering and controlling industrial equipment such as distributed control systems (DCS) or programmable logic controllers (PLC). It’s also popular as a communication link for connecting sensors to machines and other peripheral components. The pin design offers mechanical strength and reliability, and the insulation prevents any communication interference. The connector is also subject to various standards, making it suitable for use in harsh environments.

The basic principle behind the operation of the IPL1-103-03-L-SH-K connector is simple. It works by providing a conductive path between two components. The conductive path is created when the pins are inserted through the base plate and the housing sleeve is then slid over the pins for additional insulation. Once a positive connection is established and the pin is placed in the correct position, the connection will remain secure until the pin is released from the connector.

The IPL1-103-03-L-SH-K connector offers a reliable solution for a wide range of applications. It is a cost-effective alternative to soldering and can provide a reliable electrical connection superior to connecting components without the use of connectors. Additionally, the connector is subject to various industry standards, making it suitable for use in challenging industrial conditions. The connector is also suitable for very high-speed communications, as the pin design provides reliable data transmission.

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