TMM-110-05-SM-D-SM-P

TMM-110-05-SM-D-SM-P is a rectangular connector with a header, male pins configuration. It is designed for power and signal connections in various electronic applications.

The TMM-110-05-SM-D-SM-P connector is a 1.10 mm pitch product that meets various environmental requirements such as resisting flexibility, moisture, dust and chemicals. It can be used over a wide range of temperatures and environments, such as under 0-60℃ and -40-85℃ conditions.

The TMM-110-05-SM-D-SM-P connector contains a header, male pins and a 3x5 pin arrangement. The header features a matte black nylon 6/6 material with copper alloy plating and nickel plating. The male pins are made of phosphor bronze with gold plating. They are available in four lengths: 11.4 mm, 12.4 mm, 13.3 mm and 14.3 mm.

The TMM-110-05-SM-D-SM-P connector is designed for high-density applications such as portable electronics, laptops, automotive systems, industrial automation and other equipment. It provides easy installation and reliable connections since it lets users connect up to five different power and/or signal lines in a single configuration.

The working principle of the TMM-110-05-SM-D-SM-P connector is quite simple but robust. On the male pin header side, the metal pins will be inserted into the plastic housing on the connector. The pins are held in place with a locking mechanism which will prevent them from coming loose. On the other side, the wires from the electronic device will be inserted into the plastic housing on the connector. The interior components in the housing will ensure that the wires are held firmly in place.

In order to make sure that the connection is secure, the TMM-110-05-SM-D-SM-P connector includes a secondary locking mechanism. This will ensure that the pins are locked in place and provide a secure connection between the two sides. The secondary locking mechanism can be easily engaged or disengaged depending on the user’s needs.

Finally, the TMM-110-05-SM-D-SM-P connector features a reliable and efficient signal transmission. It is able to transfer data at high speed with minimal signal loss. The robust design also makes the connector resistant to electromagnetic interference, making it suitable for a wide range of applications.