TMMH-111-01-S-DV-LC

The TMMH-111-01-S-DV-LC is a popular rectangular connector found in a variety of everyday electronic devices. It is a type of 3M interconnection product manufactured specifically to provide reliable and robust electrical connections. Commonly found in both industrial and consumer devices, this connector is suited for a variety of applications.

Application Field

The TMMH-111-01-S-DV-LC is a highly versatile connector with multiple uses. It is used in industrial applications, such as electrical relays, fan motors, instrumentation, and pumps. It can also be used in consumer electronics, such as TVs, computers, and printers. It is also commonly used for connecting devices to one another, such as hard disks to motherboards and computer peripherals.

Working Principle

The TMMH-111-01-S-DV-LC is a 3M rectangular connector with male pins and headers. It is designed for use with standard 0.1-inch pitch ribbon cables and headers. The connectors have two metal contact points that are designed to provide maximum electrical connection and durability. The contacts are coated in a corrosion-resistant resin to ensure maximum conductivity and reliability.

The connectors have a locking mechanism that prevents accidental disconnection and provides a secure connection. This locking feature is designed so that the connection will hold even in the event of vibrations or shocks caused by industrial machinery.

The connectors are also designed to be highly reliable and robust, withstanding temperature differences of up to 300°C. This means that the connectors can be used in a variety of harsh environments without the risk of damage or malfunction.

The TMMH-111-01-S-DV-LC is a widely used and reliable 3M rectangular connector. It is used in a variety of applications, from industrial relays to consumer electronics, and is designed to provide a secure and reliable connection. Its locking mechanism and corrosion-resistant coating ensure that it will hold up in a variety of environments and be able to withstand vibrational shocks.