SSM-140-T-DV

SSM-140-T-DV Application Field and Working Principle

SSM-140-T-DV is a stackable, cost-effective Connector Headers and Receptacles solution from the Rectangular Connectors family, designed specifically for a wide range of industrial, residential and commercial applications. The two-position, 2.8mm pitch, through-hole mounting design allows for interfacing with various printed circuit boards (PCBs). The structure of the SSM-140-T-DV includes a pair of headers and/or receptacles connected by a short cable, allowing for easier wiring with smaller soldering joints and the ability to wire any number of devices together.

The SSM-140-T-DV can be used for a range of applications, including computer servers, networking equipment, consumer electronics, medical and test equipment, lighting systems, and home automation systems. The low profile design with multiple mounting options allows for flexibility in system layout, and the minimal stack height improves airflow and cooling. The flexibility also allows the connectors to be used in tight spaces, such as data centers and servers, and in dynamic applications, such as robotics and motion control.

SSM-140-T-DV offers a high level of reliability and performance, ensuring long-term reliability and durability of the connection. Its two-piece design ensures secure and consistent contact and the socket-to-pin connectors are available in various configurations, allowing users to customize their system requirements. Additionally, the SSM-140-T-DV series has been tested to endure thousands of mating cycles to ensure outstanding connection stability.

The working principle of SSM-140-T-DV is simple and straightforward. The receptacle portion of the connector houses the pins and has a receptacle for the pin of the mating header. When the two connectors are mated, the pins and receptacles align and make contact, creating a secure connection. The sockets are typically press-fit into the PCB, but they can also be soldered to the printed circuit board. As the sockets are securely seated in the board, the power and signal of the connectors are transmitted via the pins on the header.