HMTSW-214-07-G-D-100-RA

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Rectangular connectors are common in modern devices, and one example of these is the HMTSW-214-07-G-D-100-RA which is a header with male pins. This section of the article will provide details on its application field and working principle.

The HMTSW-214-07-G-D-100-RA rectangular connector is a through-hole connector with male pins and has a simple, standard contact configuration. The pins are arranged in a row along the top of the connector, while the contact bottom side is fitted with a pair of deep grooves which hold the contact element which is held in place, ensuring a reliable mating surface. This specific connector has 100 pins with 7 rows of 14 pins, but the exact dimensions may vary from product to product.

This male header is primarily used to deliver power to printed circuit boards. It is widely used on motherboards for desktop computors and laptops, and is popular among many manufacturers. It is additionally utilised in clean handheld environment systems for data and signal transmission. The HMTSW-214-07-G-D-100-RA male header connector offers high density in comparison to other alternatives such as ribbon connectors and is capable of carrying large amounts of traffice in a small package.

The working principle of the HMTSW-214-07-G-D-100-RA header male pin is fairly simple. Power is applied to the pin on one side of the connector, while the other side is connected to the PCB and provides the connection for the signal. When properly mated, the pins are held in place in the grooves and a reliable connection is achieved which ensures data integrity. The pins of the HMTSW-214-07-G-D-100-RA connector are plated with gold which prevents oxidation and ensures reliable contact during the mating process.

In conclusion, the HMTSW-214-07-G-D-100-RA male header is used for power and signal transmission in many industries. This male pin connector offers high density and reliable connections when properly mated, and plated gold pins help to ensure that oxidization and contact problems are avoided. The pins are held in place in deep grooves which provide mechanical stability, and the number of pins and spacing may vary on different designs.

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