SSM-105-SM-DV-LC-K-TR

Rectangular Connectors - Headers, Receptacles, Female Sockets

The SSM-105-SM-DV-LC-K-TR is a family of rectangle-shaped electrical interconnect components that fall under this category. This family consists of connectors, headers, receptacles, and female sockets. These components allow for the electrical connection of various electrical circuits, including signal, power, and coaxial.

Application Field

The SSM-105-SM-DV-LC-K-TR family of components is mainly used as direct interconnects in various electronic equipment applications. These components provide reliable electrical connections to circuits in numerous industries, such as aerospace, military, automotive, communication, and consumer electronics.

The SSM-105-SM-DV-LC-K-TR range of components is designed for high-frequency requirements and is suitable for applications where space is at a premium. The range is available in various sizes to suit individual application requirements. It is also designed to allow for easy-to-use connectors and fast assembly.

Working Principle

The SSM-105-SM-DV-LC-K-TR range of components works on the basic principle of electrical contact between a plug or header and a socket. The plug or header has a series of metal contacts that correspond with the terminals on the female socket. When the plug is inserted into the female socket, the metal contacts make contact with the terminals on the socket. This creates a reliable and secure electrical connection.

The SSM-105-SM-DV-LC-K-TR connectors, headers, receptacles, and female sockets are designed to meet various performance requirements. These components are built to withstand high temperatures, vibration, and are resistant to corrosion. They are also designed to meet various UL and EN standards.

The SSM-105-SM-DV-LC-K-TR range of components are reliable and cost-effective solutions for direct interconnections in various applications. They allow for easy-to-use connectors and quick assembly, and can be used in a variety of applications. They offer durability, flexibility, and dependability in electrical interconnects.