TMM-103-06-S-D-P

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TMM-103-06-S-D-P is a type of rectangular connector, specifically a header with male pins. It is mainly used to facilitate the connection or disconnection of a cable to a circuit board or other electronic device. It has 77.5 degrees plastic housing with two rows of four gold-plated phosphor bronze solder-plated male pins, which are each 2mm long. It is rated at a current of 2 amps, at a voltage rating of 30 VDC.

The rectangular shape of the connector means it takes up minimal space while providing reliable connection and disconnection. It is also very durable and has a unique self-aligning spring system that enhances its stability and makes it less prone to loosening or other forms of damage. Additionally, it is backed up by a 5-100 MHz frequency rating and a DC current rating of 0-2 A, which ensures its use in a wide range of applications.

TMM-103-06-S-D-P is often used to connect a cable to a circuit board in the fields of telecommunications, radio, or automotive electronics. Such connections need to be reliable and robust, particularly when it comes to devices that are used outdoors or subjected to extreme conditions. The connector is capable of handling shock and vibration due to its design and construction. Additionally, its resin housing and coating are resistant to corrosion and provide additional protection to the pins.

The working principle of TMM-103-06-S-D-P involves two components. The first is the header which is the part that holds the pins in place. The second is the male pin, which is inserted into the header and connected to a wire. Once the pin is inserted in the header, it is secured by the self-aligning spring system. This allows for reliable connection and disconnection of the cable and circuit board.

In summary, the TMM-103-06-S-D-P is a rectangular connector, specifically a header with male pins, which is primarily used to connect a wire to a circuit board. It is both durable and reliable, and is rated at a voltage of 30 VDC and a current of 2 amps. It is a suitable choice for applications in various industries, including telecommunications, radio, and the automotive sector, as it can handle shock and vibration. Its working principle involves the insertion of a male pin into the header, which is held securely in place by the self-aligning spring system.

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