TMMH-120-04-G-D

TMMH-120-04-G-D is a rectangular connector designed for use in electronic equipment assemblies to bridge the gap between two components and connect them electrically. It is a connector with a header that holds male pins.

Application Field

TMMH-120-04-G-D is a popular design for high density applications such as high frequency applications, board-level connections, and device-level connections. It is designed to be plugged into a printed circuit board (PCB) or panel, allowing power and signal to be transmitted via wires or other physical mediums such as copper or fiber optics. It is an ideal solution for applications where a higher pin density is a necessity. This connector is also suitable for telecommunications, networking, instrumentation, and medical applications.

Working Principle

The main component of the TMMH-120-04-G-D is a rectangular box housing a male pin. This pin is inserted into a compatible PCB or panel. When this is done, the pin makes contact with the copper traces, bonding with them and effectively creating an electrical wire. The pin is held in place by a plastic or metal jig. On the inside of the plastic or metal housing, the connection between the pins is prevented by a plastic insert that keeps the pins from touching. This insert is typically designed so that it can be removed, allowing additional pins to be added to accommodate larger numbers of wires.

The pins are held in place by a clamping mechanism. As the connector is inserted into the PCB or panel, the pins are held tightly in place. This ensures that the electrical connection between the wires is maintained over time, even when the wires are exposed to physical shock or vibration. In addition, the pins are pressed against the copper and make contact with the PCB or panel, ensuring an efficient and reliable connection.

TMMH-120-04-G-D is a versatile connector that can be used in many applications. It is designed for easy insertion and connection. Its features enable it to make use of high density connections with superior performance in terms of electrical signals. The connector is ideal for use in high frequency applications, board-level connections, and device-level connections. It is also suitable for use in telecommunications, networking, instrumentation, and medical applications.