447095-3

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Backplane connectors are electrical connectors widely used in a range of applications from USB, Ethernet and more. With their high current rating and electrical isolation capability, they are ideal for interfacing two or more systems via a single entity, without worrying about potential electrical hazards. As one of the most widely used types of backplane connectors, 447095-3 provides a simple way to connect and isolate critical electrical components such as motors and relays within an automotive, avionics or robotic system. In this article, we will discuss the applications and working principles of 447095-3 backplane connectors.

Applications of 447095-3 Backplane Connectors

447095-3 backplane connectors are most commonly used in automotive, avionics and robotics systems. In automotive systems, the 447095-3 connector is often used to connect relays, switches and other power and control components, such as lights, gauges, and sensors, to the main control system. It is used to supply the electrical power for the and control the various components in a vehicle. The connectors have a unique “clam shell” design, which allows them to withstand the vibration, extremes of temperature and the wear-and-tear that come with automotive applications. This makes them perfect for applications where permanent connections are needed over a long period of time. In avionics and robotics systems, the 447095-3 backplane connector is used to connect motors, sensors, servos and other mechanical components. These components are often controlled by a single electronic controller, or “brains” of the system, and the 447095-3 backplane connector ensures a reliable connection between the two.

Working Principle of 447095-3 Backplane Connectors

The 447095-3 backplane connector utilizes what is known as “clam shell” design, which consists of two mating housings connected by pins. These pins provide electrical connections from one device to another, while simultaneously providing electrical isolation between the two sides. The pins of one side are inserted into the holes on the other half of the connector, and are secured with a spring loaded locking mechanism. This makes sure that the connection stays secure throughout the application. To provide insulation between the two sides, the pins are coated with a layer of silicone insulation, which also ensures that the current flow is uniform and that no unwanted electrical signals are transmitted. The 447095-3 backplane connector provides a reliable connection that is highly resistant to vibration and temperature extremes.

Conclusion

447095-3 backplane connectors are an essential component of automotive, avionics, and robotics systems. They are used to connect and isolate critical electrical components such as motors and relays within a system while providing strong connections and excellent electrical isolation, allowing for reliable data transmission. The “clam shell” design of the 447095-3 makes it highly resistant to vibration, extremes of temperature, and the wear-and-tear associated with automotive applications. The silicone insulation surrounding the contacts also ensures that the current flow is uniform and that no unwanted electrical signals are transmitted.

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