STMM-117-01-F-D

Rectangular connectors are widely used in many applications such as communication, automotive, aerospace, consumer electronics, instrumentation and industrial control. Many electrical components need to be connected in an efficient manner and these are the go-to components for reliable connection. The STMM-117-01-F-D rectangular connector is one such standard connector that is often used in various electrical as well as electronic systems. It has been designed for a variety of applications and offers dependable operation.

The STMM-117-01-F-D connector consists of multiple male pins and two headers. It has an insulation displacement type of interface. The housing of the connector is made from a high-temperature thermoplastic material. This material is resistant to shock, vibrations, and aging properties. In addition, it is also resistant to solvents, oil, and fuel. Thus, STMM-117-01-F-D can be used in rugged environment and highly corrosive atmosphere. Moreover, the operating temperature of the connector is -76F (-60C) to + 302F (+ 150C)

The working principle of the STMM-117-01-F-D connector is quite simple and straightforward. It is basically a pin to pin based connector that requires a mating interface. Two headers with small holes for the male pins are used in the interface. Both the headers and the pins are inserted into the insulation displacement of the connectors and the headers hold the male pins firmly in place. The whole process is quite simple and takes only a few minutes.

The STMM-117-01-F-D connectors are most widely used in automotive sensors, consumer electronics, communication systems, industrial process control, the aerospace industry, and instrumentation. It offers a highly reliable connection in many environments. This type of connector is very easy to install and is widely used in PCBs for many applications. Thus, the STMM-117-01-F-D provides superior electrical and mechanical performance in many applications and can be used in extremely harsh conditions due to its high temperature resistance.