TMMH-120-04-FM-5

The TMMH-120-04-FM-5 is a rectangular connector header featuring male pins. It is used in a wide variety of applications and features a distinct construction and operating principle.

The connector body is made of black plastic that has been ultrasonically welded together. The interior has two mating areas, one with 4 pins mountable in a square pattern and the other with four pins mountable in a kinematic (pin-in-slot) arrangement. The kinematic pairs provide positive latching action for mating.

The outer pins on both mating areas have a tension plate which can be tightened using an Allen key to securely hold the connector. The inner pins on the kinematic mating area are also designed to be pushed into place, providing a secure connection for the mating.

The connection is made by plugging the two connectors together. When the connector is pushed together, the inner pins on the kinematic mating area form a positive connection, while the tension plates on the outer pins ensure a tight fit. The resulting electrical connection is reliable and secure.

The TMMH-120-04-FM-5 is most commonly used to connect data signals between components in a variety of systems. It is ideal for signal transmission between two pieces of electronic equipment, such as in telecommunications networks, computer systems, and consumer electronics. The connector is also popular for use in consumer non-electronic applications such as automobile ignitions.

The TMMH-120-04-FM-5 is an economical choice for many applications, as it offers a good balance between cost and quality. Its construction is simple, making it easy to maintain and repair, and its positive-locking pins and tension plates offer a reliable connection over time.

In summary, the TMMH-120-04-FM-5 is a reliable and economical rectangular connector header featuring male pins. It is used for a variety of applications, most commonly for connecting data signals between components in a system. Its simple construction and reliable connection over time make it an ideal choice for many applications.