HTSW-118-16-H-D-RA

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The HTSW-118-16-H-D-RA rectangular connector is a type of male pinheader, which is widely used in electronic circuit boards. This connector has a very wide range of applications, from small to medium, and even some large scale projects.

The HTSW-118-16-H-D-RA connector is designed with a wide array of features and capabilities. It has up to sixteen pins, and is capable of carrying currents of up to five amperes (5A). Moreover, the connector’s housing is made from high-temperature thermoplastic, which makes it highly resilient to melting and deformation. Its unique design allows for easy installation and removal from the circuit board. Additionally, its connector contacts are designed with gold plating, which enhances their conductivity, as well as increases the connector’s durability.

The connector also features a hole in the middle, which allows the user to pass a number of cables through it, thereby increasing its versatility. These wires can be easily inserted and secured to the connector’s surface, allowing for a secure connection between the connector and other components. Moreover, the connector’s surface is designed with a two-tier design, which increases its durability and keeps the connector secure within the circuit board.

The HTSW-118-16-H-D-RA male pinheader works on a simple principle. When power is supplied to the connector, an electrical current runs between each of the pins, creating an electrical path. This allows for communication between the components connected to the connector. The type of communication and data transfer that can take place between devices connected to the connector will depend on the protocol they follow.

Overall, the HTSW-118-16-H-D-RA male pinheader is a highly versatile and reliable connector, which can be used in a wide range of applications. It features a number of advanced features, including durability, heat resistance, and secure connections. In addition to this, its wide range of applications make it an ideal choice for a variety of medium and large scale projects.

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