MTMM-105-07-S-D-275

Rectangular Connectors are a type of electrical and electronic connector used for connecting cables and wires together. This type of connector is commonly used in a variety of applications from military and aerospace to consumer electronics.

MTMM-105-07-S-D-275 Application Field and Working Principle

The MTMM-105-07-S-D-275 connector is a 2-pin Male Pin type rectangular connector. It features a 2.7mm (.105”) profile and has an operating temperature range of -20°C to +85°C. Its application field includes automotive, power distribution and mobile phone markets. This type of connector is also commonly used in the consumer electronics and industrial markets, such as in electric cars, wind turbines, and other applications involving the connection of temporary electrical and electronic components.

The 2-pin Male Pin type rectangular connector features two integrated male pins that provide a reliable electrical connection between two male-to-male mating components. The male pins on the connector are made from stainless steel or gold-plated brass and can be soldered onto a printed circuit board or panel-mountable arrangement.

The MTMM-105-07-S-D-275 connector also has a terminal block cover which helps protect the mating pins from dirt and other environmental conditions. It also provides a degree of durability and longevity, thanks to its high-end insulation and temperature stability. The terminal block cover can also be easily removed and replaced for maintenance purposes.

The MTMM-105-07-S-D-275 connector is designed with high-end contact resistance and contact continuity. The pins provide good contact between the mating components and prevent arcing, which can cause damage to the components. The connector also has a mechanical durability rating of 1 million mating cycles to ensure dependable reliability.

The MTMM-105-07-S-D-275 connector is an ideal option for applications requiring a robust and reliable connector. It is a cost-effective connector solution and is available in a variety of mounting options, making it suitable for both surface mount and through-hole applications.