TMM-109-01-TM-D-RE

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TMM-109-01-TM-D-RE connectors, or rectangular connectors, belong to a family of products known as headers and male pins. They are used in a variety of electronic applications where multiple connections need to be made, such as industrial control systems, sensor networks, and embedded computers. The TMM-109-01-TM-D-RE connector has several features that make it well suited to its application field.

The TMM-109-01-TM-D-RE is equipped with secure-latch locking plates, which provide a secure connection between the connector and the appliance it is connected to. This makes the connection safe and reliable, and prevents mechanical vibration or accidental unplugging of the connector. It also has a built-in strain relief clip, which prevents any bending or strain on the connector, thus providing a durable and long-lasting connection.

The connection speed of the TMM-109-01-TM-D-RE connector is also an advantage. Its contact pins are gold plated, providing superior electrical contact and minimal electrical resistance. This allows the connector to be used with higher transfer rates and higher frequencies, making it suitable for use with digital data applications such as high speed serial buses. The contact surface of the TMM-109-01-TM-D-RE has a unique ribbed design which improves mechanical connection and avoids contact collapse.

The working principle of the TMM-109-01-TM-D-RE rectangular connector is quite straightforward. The male pins of the connector fit into the female receptacle of the appliance, and the locking plates secure the interlocking connection. The two components are then held together by a strain relief clip, and the electrical connection is made via the gold plated contact pins.

The TMM-109-01-TM-D-RE rectangular connector is an ideal solution for applications requiring secure and reliable electrical connections, such as industrial control systems, sensor networks, and embedded computers. Its secure latch locking plates and strain relief clip provide a secure connection with minimal electrical resistance, making it suitable for use with higher transfer rates and frequencies. Its unique ribbed contact surface further enhances mechanical connection and prevents contact collapse.

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