Rectangular Connectors - Headers, Male Pins

TMMH-145-01-H-6 Application Field and Working Principle

The TMMH-145-01-H-6 is a two-row rectangular connector header with 0.8 mm pitch, 1.27 mm height and 6-pins, which is a standard connector with a wide range of application. It is designed for connecting PCBs and other components in a range of electronics devices. It has superior electrical performance and good mechanical properties, so it is very popular in the field of electronic products.

The connector has two rows of 0.8 mm pin holes in total.The pins are made of tin-plated copper alloy which ensures good electrical contact. The male pins are used for mating the two pieces of the connector, while the female headers are used for connecting the two PCBs. The pins are designed with a 0.75 mm diameter plunger feature that is inserted into the female header to provide a secure connection.

The connector has a metal shell which gives it a good mechanical protection and also make it aesthetically pleasing. The metal shell can be customized to fit your needs and available in different colors. The shell can be fixed to the PCBs with screws and nuts or latched with clips, depending on your specific requirements.

The working principle of the connector is relatively simple. When mating the two pieces together, the male terminal pins are inserted into the female header, and the latch of the female header is engaged with the metal shell of the male header. This provides a secure connection that will facilitate the transfer of current between the two components. The connector is also resistant to vibration and shock, making it suitable for a wide range of applications.

The TMMH-145-01-H-6 is a reliable and cost-effective solution for connecting two electronic components or PCBs. With its superior electrical and mechanical properties, it is suitable for use in a variety of industries, such as automotive, medical, and consumer electronics. It is easy to install and provides a secure connection, ensuring the safe and stable transfer of current.