208970-4

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Backplane connectors are an integral part of a wide range of systems, from vehicle control systems to aircraft and aerospace applications. ARINC, or Aerospace Radio Incorporated, designs and manufactures an array of backplane connectors for aerospace applications. ARINC\'s 208970-4 backplane electron connector is specifically designed for use in a wide range of aircraft and aerospace systems. This article will discuss the 208970-4 application field and working principle.

Overview

The ARINC 208970-4 backplane electron connector is designed for a variety of electrical and signal connections in aircraft systems, from simple circuits to complete systems. It can be used for data transmission, power transmission, stall protection, or other purposes. The connector is designed to meet aircraft requirements for the electrical connections needed in the airframe and ground plane. The 208970-4 connector provides rigid and reliable contact for high-speed transmission.

Features

The ARINC 208970-4 backplane connector has a number of unique design features that make it ideal for use in aircraft systems. First, the connector is designed to be shock and vibration proof, ensuring it can handle tough flying conditions. It is also designed to be extremely small, making it easy to clog into tight spaces. Further, the connector features a unique self-locking mechanism that locks the connector in place when it is inserted into the socket. Finally, the connector is designed to resist high temperature and corrosion.

Specifics

The ARINC 208970-4 backplane electron connector is composed of nickel-plated copper contacts. The contact resistance is 0.15 milliohms and the voltage resistance rating is 125V. The temperature range of the connector is -55°C to +70°C, and it has excellent EMC protection. The connector is designed so that it can meet any electrical requirements for aero-connectivity.

Efficiency

The ARINC 208970-4 connector offers superior performance in terms of speed and performance. It is designed to handle high-speed data transmission over a wide range of frequencies, including frequencies up to 1GHz. The connector also offers excellent noise-canceling features, reducing the amount of interference in the data transmission. Further, the connector is designed to be extremely efficient in terms of energy usage, saving power in aircraft systems.

Protection

The ARINC 208970-4 backplane electron connector is designed with a number of protection features, offering superior protective properties. The connector is designed to offer superior temperature protection, preventing high temperatures from affecting the function of the connector. The connector is also designed to provide stall protection, allowing the system to shut down before a stall occurs. In addition, the connector offers superior corrosion protection, ensuring it can withstand tough environmental conditions.

Conclusion

The ARINC 208970-4 backplane electron connector is an invaluable tool for use in aircraft systems, offering a wide range of features and benefits. From its robust design to its superior temperature and corrosion protection, the connector is designed to meet the needs of any aircraft system. Its superior performance in terms of speed and efficiency makes it an essential tool for any aircraft system.

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