SSM-117-T-DV-P

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The SSM-117-T-DV-P is a type of rectangular connector header, ideally suited for applications involving higher density board-to-board requirements as well as high frequency transmission lines. It features two parallel rows of 4 or 5 contacts in each row, with both rows running along the length of the connector. The SSM-117-T-DV-P also comes with a choice of one, two or three signal styles and is rated for 1.2A continuous current.

The two rows of contact are fully polarized, with the signal rows being isolated from each other. The contacts have a gold-plated surface, offering superior electrical performance and optimum signal integrity. The SSM-117-T-DV-P is designed with a special metal housing and latch, providing a secure connection between mating ports. The housing is made of high impact UL 94V-2 grade plastic and is designed to withstand severe environmental conditions.

SSM-117-T-DV-P connector headers are used in a wide variety of applications, including automotive, industrial, medical, telecommunication, and consumer electronics. The connector is well suited for applications involving high speed transmission of information or power, as well as devices where space savings are essential. The connector is easy to use, with just a single latch to secure it into place.

The working principle of the SSM-117-T-DV-P connector header is based on the contact configuration of its two signal rows. Each contact is designed to make contact with its opposing contact in the same row, and the design of the contacts ensures that the connection is secure and reliable at all times. The main advantage of the SSM-117-T-DV-P is that it provides a high density connection, with a much smaller size than the traditional headers.

The SSM-117-T-DV-P is a reliable and versatile connector that offers a rugged and durable connection, making it an ideal choice for a wide variety of application fields. Its compact size allows for increased board density, saving both space and cost. The connector is also designed to withstand severe environmental conditions, providing superior reliability and signal integrity.

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