TMMH-136-01-H-Q

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Introduction

The TMMH-136-01-H-Q is a rectangular connector, commonly referred to as a header, male pins. Rectangular connectors, such as the TMMH, are primarily used to connect two circuit boards or electronic components together. The connectors are typically used in high-speed systems and have high mating cycles. The TMMH is a rugged, reliable, and lightweight connector.

Application Field

The TMMH has a wide range of applications. It is commonly used in communications, medical, industrial electronics, and power distribution systems. The connector is designed to provide a reliable connection up to 10Gbps. The TMMH is used in Ethernet, USB, HDMI, Fiber Optic, and other high-speed applications.

Working Principle

The TMMH has a two-piece design consisting of a housing and a male pin. The two pieces must be mated together in order for a connection to be established. The housing of the TMMH is made of plastic and has an index tab that allows for a secure mating between the two pieces. The male pin is composed of a metal and a plastic insulation sleeve. The male pin is inserted into the housing in order to make a connection. The metal component must touch the other metal component in order for a connection to be established.

Features

The TMMH connector is highly reliable and has a locking mechanism that ensures strong connections. The connector is also corrosion resistant and is rated to operate up to 500VDC. The connector is also small in size and has a low insertion force, allowing it to be used in high-density applications. Additionally, the TMMH has a low power loss, ensuring that signals transmitted across the connector are transmitted as intended.

Conclusion

The TMMH-136-01-H-Q connector is a rectangular connector, commonly referred to as a header, male pins. The connector is highly reliable and is designed for high-speed applications. The TMMH is corrosion resistant and has a low insertion force, making it ideal for high-density applications. Additionally, the connector has a low power loss, ensuring signals transmitted across the connector are transmitted as intended.

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