HTSW-107-22-S-S

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HTSW-107-22-S-S or head-type thread ring terminal (HTRT) connectors are designed for wire-to-board and wire-to-wire connection applications. The HTRT series of connectors are rectangular connectors with two through-hole pins, or "male pins". The pins are made of high-grade copper alloy, and feature a twist-lock mechanism for easy installation and removal, and also feature high electrical performance.

The HTSW-107-22-S-S rectangular connector is designed for different types of applications. It can be used in audio/visual and telecommunications, automotive, industrial, and medical device applications. It can also serve as a connection point in a variety of networking, home automation, and other computing applications. This connector is also well suited for use in harsh or industrial environments, where reliability and durability are important.

The working principle of the HTSW-107-22-S-S connector is simple but effective. The twist-lock mechanism allows the two pins to be quickly and easily inserted into the hole in the board. This creates a secure connection that is able to withstand intense vibration and temperature changes. The two pins also feature a 4-conductor, 16 gauge, shielded cable connection. This ensures high signal integrity and low signal loss.

The other features of the HTSW-107-22-S-S connectors are also designed to be reliable and durable. It has a floating contact system that provides a strong and stable connection. It also has an integrated antenna for improved signal integrity. The pins are corrosion resistant, and the connector is rated for operation at -55℃ to 85℃.

The HTSW-107-22-S-S rectangular connector is a reliable and versatile connector that can handle a variety of applications. Its twist-lock mechanism and floating contact system provide a secure connection that can withstand intense vibration and temperature changes. Its integrated antenna and shielded connection provide excellent signal integrity and reliability. It is rated for use in harsh and industrial environments, making it a perfect choice for a wide range of applications.

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