M22-2412042

M22-2412042 are rectangular connectors that are designed for multipole and single-pole applications. They are typically used to transfer electrical or optical signals between two separate points on a circuit board, typically referred to as the pins on the connector and the pads on the board, or sometimes even between two adjacent pieces of equipment.

M22-2412042 rectangular connectors are most commonly used in industrial, automotive, instrument and other harsh environment applications. They are well-suited for use in conditions involving vibrations, water, chemicals, shock, and impacts. The wide range of connector styles, sizes and contact numbers make it possible to find the perfect fit for nearly any environment or application.

M22-2412042 connectors are also used in many consumer electronic products, such as digital cameras, smartphones, tablets, and gaming devices. Additionally, the connectors can be found in medical equipment, laboratory equipment, and marine applications.

M22-2412042 connectors are also used in computer and telecom applications, as well as automotive and aerospace applications. The versatile design of these connectors makes them suitable for a variety of applications, including high-speed data transmission, servo motors, and routers.

The M22-2412042 connector is designed to mate two housings with complimentary contact configurations. This allows signals from two different devices to be transferred across the two mating pieces in order to create the desired connection. To ensure reliable transfers, the connectors are constructed with two separate parts: the male and the female sections. The male portion of the connector features two or more pins, which are inserted into the mating female section. The female section contains receptacles for the pins that are compliant with the male pins. By ensuring an interference fit between the two parts, reliable connections are created.

The pins within the M22-2412042 connectors are able to withstand extreme temperatures, high vibrations, and humidity, making them ideal in harsh applications. Additionally, the connectors are designed with a positive lock mechanism, which helps prevent them from coming apart and also provides audible feedback when engaging. The various styles and sizes available also ensure that these connectors can be tailored to fit the exact requirements of the application.