MTMM-112-15-G-S-555

The MTMM-112-15-G-S-555 is a type of rectangular connector, specifically, a type of header with male pins. Connectors are essential components in electronic circuits, connecting two wire conductors in order to provide access to the avionics or automotive instrumentation. In the case of the MTMM-112-15-G-S-555, it is specifically designed for applications in the aerospace, automotive, and industrial markets. This connector was designed for use with a variety of different systems including avionics, computers, control wiring, communication systems, and entertainment systems.

At the same time, the MTMM-112-15-G-S-555 is also designed for use with a variety of different materials. The pins of the header are made of brass or phosphor bronze in order to ensure a long life and good electrical contact. As well, the housing of the connector is designed using a thermoplastic material such as polyvinyl chloride (PVC), polycarbonate, or acrylonitrile butadiene styrene (ABS) in order to provide electrical protection and prevent accidental contact with the pins.

The working principle of the MTMM-112-15-G-S-555 is fairly simple. The header has two rows of pins so that it can be used in duplex designs. When the header is plugged into a circuit board, the pins make contact with the corresponding pins on the circuit board. This creates an electrical connection between the two devices. The header also has a latching mechanism, which prevents it from being accidentally disconnected.

The MTMM-112-15-G-S-555 is a very versatile connector and can be used in a variety of applications. It can be used for connecting tests systems, avionics, automotive electronics, and a variety of industrial applications. It is also designed for use in harsh environments such as those found in automotive and avionic systems. It is extremely durable and is able to withstand vibrations, shock, and humidity.

In conclusion, the MTMM-112-15-G-S-555 is a type of rectangular connector, specifically designed as a type of header with male pins. It is designed for use in applications in the aerospace, automotive, and industrial markets, for use with a variety of different materials, and with a variety of different systems. Its working principle is to establish an electrical connection when connected to a circuit board, through its pins and latching mechanism. It is very versatile and is designed for use in harsh environments. As such, it is an incredibly useful and reliable type of connector.