0558363070

Rectangular connectors are an essential tool for connecting a wide variety of electronic signals, and are a widely used product in many industries. Their housings and connectors are designed to meet various environmental conditions and application requirements. In particular, 0558363070 Rectangular Connectors - Housings provide a reliable connector system for various applications, with a small size and lightweight characteristics.

The 0558363070 connector system is composed of two parts—the connector housing and the connector itself. The housing is made of high-grade aluminum alloy and is designed to ensure heat dissipation and mechanical strength. Meanwhile, optics and waterproof technology features have been integrated into the design of the housing to ensure the most reliable connection in the most demanding applications. The connectors are designed to ensure reliable electrical and mechanical connections to the components it connects to.

The connector housings are designed to server a wide range of applications, from industrial automation applications to consumer electronics applications. It has a range of sizes available—up to 8mm in diameter—which makes it suitable for a variety of applications. The thickness of the housing is very thin, which allows for joint installation of multiple connectors.

The working principle of the 0558363070 rectangular connectors is based on the contact of electrical current and heat conduction. When the connectors are inserted into the housing, the contacts establish electrical contact between the two parts and form an electrical connection. Thus, the current flows through the connector, providing a power supply or signal transmission. Heat conduction is also important because it dissipates heat from the connectors, thereby keeping it from getting too hot and causing any damage.

The 0558363070 connectors are designed to meet a broad range of applications due to their features, such as low insertion force, break free retention, and resistance to temperatures up to 220°C. Furthermore, their robustness and reliability have been tested and verified in many validation tests.