1-207596-5

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Backplane Connectors – ARINC

ARINC 1-207596-5 is an industry-standard type of backplane connector. These connectors are used for pcb backplanes in electronics applications in a wide range of industries such as aircraft, radio communication, medical imaging, and robotics. The 1-207596-5 connector is designed to handle high-power applications with ease and is ideal for use in harsh environments.

Application Field

The ARINC 1-207596-5 backplane connector is designed for a variety of applications. Its primary intended use is for pcb backplanes in high-power applications that require reliable signal transmission in extreme conditions. This includes applications in aerospace, defense, and industrial applications.

The ARINC 1-207596-5 is commonly used in avionics systems for transmitting data within the aircraft. It can also be used in power distribution systems, such as aircraft engines, where reliable signal transmission is required between multiple power distribution units. Furthermore, the ARINC 1-207596-5 is used in military communications equipment, such as radios, where reliable signal transmission is essential. In medical imaging systems, the ARINC 1-207596-5 connectors are used to reliably interconnect nerve and muscle stimulations.

Working Principle

The ARINC 1-207596-5 is a backplane connector that consists of a group of rectangular pins that are held in place by a compression sleeve. The pins are the contact point for the signal and power transmission. The contact pins provide a reliable connection between the power supply and the components connected to them. The pins are surrounded by an insulating sleeve that insulates and isolates each pin from the next.

The ARINC 1-207596-5 connector is designed to provide reliable signal transmission over long distances and in harsh environments. The pins are designed to provide a good electrical contact for low impedance and high current capacity. The contacts are designed to be resistant to corrosion, vibration, and shock. Furthermore, the connectors are designed to withstand a wide range of temperature changes for operation in high-temperature environments.

In addition, the ARINC 1-207596-5 connector incorporates several design features to minimize wear and tear on the pins. These features include a self-adjusting contact that ensures the correct amount of electrical resistance between the contacts and the pins, as well as a compression sleeve that prevents the pins from being pulled out. The contacts are also designed to be easily accessible for repairing or replacing if needed.

Overall, the ARINC 1-207596-5 backplane connector is a reliable and robust connector for high-power applications in harsh environments. Its ability to provide reliable signal transmission over long distances makes it a popular choice for a variety of applications, especially in aerospace and military systems.

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