SQT-143-01-F-5

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SQT-143-01-F-5 is a type of rectangular connector. It is a single row IDC Socket which consists of two parts: a socket and a wire.

The socket portion of SQT-143-01-F-5 is a two piece plastic housing. The housing is made up of two opposing parts. On one side is a socket guide rib which is used to guide the wire into the socket. On the other side is a retention clip which locks the socket into the printed circuit board. There are also stand-offs on the side of the socket which ensure a safe and secure fit. The contacts on the socket are gold plated for superior corrosion resistance.

The wire portion of the SQT-143-01-F-5 is made up of multiple pins. These pins are made of brass and gold plated for superior corrosion resistance. The pins are connected to the socket by an insulation displacement connector (IDC). These pins are used to send and receive data signals between two devices.

SQT-143-01-F-5 is a popular connector solution for electronic devices. Its two-piece plastic housing makes it ideal for small and compact electronic devices, as space saving is usually a priority. Furthermore, its superior corrosion resistance makes it perfect for use in harsh environments. It also has an impressive current rating, up to 6.0A, making it capable of handling the most demanding applications.

The working principle of the SQT-143-01-F-5 socket is fairly simple. The socket and its wire portions are pre-assembled at the factory. It is then placed in the printed circuit board and the wire portion is connected to the land pattern on the board. Once the connection is complete, the socket is secured into the board with the retention clip. When a signal is sent from one device to another, the voltages travel through the pins and directly into the contacts on the socket. The current then travels through the socket and is sent to the other connected device.

SQT-143-01-F-5 is used in a variety of applications. Its two-piece plastic housing is ideal for applications where space saving is needed. It is commonly used in consumer electronics, telecommunications, industrial, automotive and medical devices, as well as in electrical equipment. It is also suitable for applications in harsh environments, as it has superior corrosion resistance. Furthermore, its high current rating makes it suitable for applications where a large amount of current needs to be transmitted.

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