1996164-1

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ARINC (Aircraft Radio Incorporated) is used widely in the aerospace industry as an Ethernet-based backplane connector. 1996164-1 is a standard size for an aircraft backplane connector and it is used for applications such as Wi-Fi and aircraft navigation systems. It provides a simple, reliable solution for interconnecting two or more electronic modules, such as a flight deck display and a controller.

The 1996164-1 backplane connector comprises two parts; the board side and the connector side. The board side is the larger of the two and has a number of pins that make contact with the pins on the smaller connector side. The board side is typically mounted onto a circuit board, such as a flight deck display, while the connector side is typically mounted onto another circuit board, such as a navigation system.

The 1996164-1 board side pins are rated for 20A of maximum current. The board side is designed so that it can be driven with a 12V DC supply. The 1996164-1 standard provides up to 16 signal pathways between the two boards. This allows the devices to communicate both through analog and digital signals.

The connector side has a total of 10 pins. These pins are rated for 5A of maximum current and include signal pathways for both digital and analog signals. The pins are also color-coded for easy identification and installation. The connector side is also designed to accept 12V DC supply.

The 1996164-1 backplane connector is a vital part of any electronic systems in the aerospace industry where high-speed digital communication and data transfer are required. The 1996164-1 connector is designed to ensure reliable, high-speed data transmission between connected modules. It is a cost-effective solution and can easily be integrated into any existing system.

The 1996164-1 connector’s working principle revolves around the pin-out and configuration of the connector. The connectors are designed so that the pins of the board and the connector side are arranged such that they make a “bridge” between the two. This “bridge” creates an electrical connection between the two sides, allowing for communication.

When current is applied to the pins on one side, it flows through the “bridge” and into the connected pins on the other side, thus providing an electrical and data pathway between the two. This allows for the transmission of electrical signals and data between the two sides.

The 1996164-1 backplane connector is used in many applications in the aerospace industry, including Wi-Fi, aircraft navigation systems, and flight deck displays. It provides reliable, cost-effective interconnection between components and is designed to ensure high-speed data transmission. This makes it an ideal choice for any system that requires fast data transfer and communication.

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