IPL1-104-01-S-D-P

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IPL1-104-01-S-D-P Application Field and Working Principle

IPL1-104-01-S-D-P is a rectangular connector and it is usually referred to as headers, male pins or spring-loaded connector. It is a cost-effective way to connect various circuits and is widely used in a range of application fields such as aerospace, communications, consumer electronics, industrial equipment, automotive, medical devices, and computer systems.

The IPL1-104-01-S-D-P header provides reliable electrical connections between two printed circuit boards (PCBs) through metal contacts. It has a one-piece design with pins arranged in a horizontal, vertical, or staggered pattern. It has a high-insulation body which prevents EMI (electromagnetic interference) and a range of different contact configurations. It is easy to assemble and is composed of an insulating plastic base and metal contacts. Each contact consists of two parts: a male pin and a female socket.

The metal contacts on these headers are arranged in a unique way such that the pins are always aligned correctly with the female sockets. This ensures close contact and reliable electrical connection which allows data to be transferred smoothly. The female sockets are generally made of stainless steel which provide superior electrical and mechanical properties.

When the header is installed on the circuit board, it creates a connection between the two PCBs. Generally, the connection is made using soldering iron and a flux-resistant solder compound. The male pins on the header will then provide a secure connection with the female sockets on the other PCB. The electrical connection is then established and data can be transferred between the two boards.

The IPL1-104-01-S-D-P header is an effective solution for providing a reliable and cost-effective connection between two PCBs. Its one-piece design and metal contacts ensure a secure connection while preventing EMI interference. Furthermore, its unique pin orientation ensures close contact between the two PCBs which enables smooth data transfer.

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