M80-7023642

Rectangular Connectors - Headers, Male Pins

The M80-7023642 is a rectangular connector with headers, male pins. It is an essential component in high-speed circuits due to its excellent electrical, mechanical, and environmental capabilities. It is commonly used in network-based applications, such as LANs, cell phone systems, and motor control.

Physical Characteristics

The M80-7023642 is a two-row right-angle connector with five pins per row. This configuration ensures stability and rigidity due to the right-angle design. It is small and light weight, measuring only 19.9 millimeters in length and 6.2 millimeters in width. The snap-in mounting system ensures fast and easy connection of the connector and eliminates the need for additional tooling. Its tin-plated brass construction ensures durability and high performance in harsh environments.

Electrical Characteristics

The M80-7023642 has an insertion force of 45N and extraction force of 100N. Its contact resistance is 0.5 Ohm max. and its operating voltage is 50V AC/DC. With a rated current of 2A, the M80-7023642 efficiently transmits signals between devices. It also features a dielectric withstanding voltage of 1000V AC/DC and a insulation resistance of 1000 MOhm minimum.

Applications

The M80-7023642 is primarily used in network-based applications such as cellular phone systems, LANs, and motor control circuits. The right-angle design and the mechanical/electrical performance of the connector makes it suitable for high-speed applications and DAVE™ compliant applications. Its small and light weight design also allows it to be used in space-inefficient applications.

Working Principle

The M80-7023642 works by connecting the pins of two or more electronic components together and transmitting signals between them. The two rows of pins ensure reliability and robustness during data transmissions. The pins are coupled with insulation materials to provide a consistent electrical insulation. Additionally, the snap-in mounting system ensures that the pins are firmly connected and can withstand aggressive vibrations with minimal wear.