TMM-116-03-L-S

TMM-116-03-L-S rectangular connectors are widely used as electrical connections for a variety of applications. These connectors are highly reliable and offer low insertion force for wire and component attachment. They are designed for secure and reliable connections and can be used in applications requiring high power transmission or low insertion force, such as automotive, medical, aerospace, industrial, consumer, robotics, etc.

The pins on the TMM-116-03-L-S connectors are constructed from durable metal alloys, with gold-plated and nickel-plated contacts available for a variety of applications. The contacts are held in place by the use of a red thermoset plastic shell which ensures a secure connection and prevents any movement or vibration of the contacts when they are in use. They have the advantage of low insertion force and are suitable for use in devices with high temperatures, such as automotive systems.

The TMM-116-03-L-S connectors have a variety of applications within the connector family. They are typically used as pin headers for retaining electronics and components, as well as providing power connections between two printed circuits boards (PCBs). They can also be used as radio antenna connection for high frequency applications.

The working principle of the TMM-116-03-L-S connectors is relatively simple. Two parts, the pin header and the receptacle, are inserted into the mating halves until a click is heard. A socket contact inside the receptacle presses against the pin header, creating a solid electrical connection, while the red thermoset plastic shell prevents any shaking or vibration of the contact while in use. The connectors are designed to ensure a secure connection and allow for easy installation and removal of the pins when necessary.

In summary, the TMM-116-03-L-S rectangular connectors are a reliable and highly reliable solution for various applications. Their low insertion force and ability to create a secure electrical connection makes them suitable for a variety of different uses, including automotive, medical, aerospace, industrial, consumer, robotics, etc. They have the advantage of low insertion force and their design ensures a secure connection that is resistant to vibration and movement when in use. Their working principle is relatively simple and easy to understand.