1996164-3

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Backplane connectors, also known as ARINC connectors, are typically used for applications that require a high data rate transfer. This type of technology has been in use since the early 1950s and is now commonly found in a variety of applications from military, aerospace, and commercial industries to medical devices and computer networking. The connectors connect devices such as sensors, processors, and memory to the main board of a system, and allow them to communicate with each other.

The ARINC connector, often abbreviated to the acronym ARINC, is a high performance data bus connector used in many modern electronic systems. It is a multiple pin connector used to transfer a large amount of data across a variety of electronics, including high-speed boards and computer systems. ARINC derives its name from the ARINC (Aeronautical Radio Inc) corporation, which developed the technology. It can be used in a variety of applications ranging from aircraft avionics and military communication systems to consumer electronics like television sets and cellular phones.

The most common form of the ARINC connector is the 1996164-3. This particular model is a 19-pin plug-in connector, with a long, thin body and a rectangular-shaped face. Like other ARINC connectors, the 1996164-3 is designed with an interlocking snap-lock mechanism, which keeps the plug and socket fastened together securely, to ensure a solid and reliable connection. The contact surfaces of the connector contain gold plating, to help reduce the risk of corrosion. In order to ensure a secure connection, the contact areas are also under spring pressure, which helps to keep the connection intact.

The ARINC 1996164-3 is typically used for applications that require a high data rate transfer. It is commonly found in military communication systems, industrial data-acquisition systems, medical equipment, and computer systems. It is also used for communication between components on the same board, allowing high-speed communication between two or more devices.

The working principle of the ARINC 1996164-3 connector is fairly straightforward. Two mating parts come together and the connection is made when the pins on one part slide into the corresponding slots in the other part. This creates a mechanical connection that allows electrical signals to pass between the two parts. In order for the connection to be secure and reliable, a locking mechanism is usually incorporated to ensure that the two parts remain connected until they are physically disconnected.

The ARINC 1996164-3 connector is a versatile and reliable piece of technology that has been used for a variety of applications. Its capabilities and advantages make it a popular choice for many data-intensive projects. In addition to its high data rate transfer abilities, the connector is designed to be durable and reliable, making it highly effective for use in many challenging environments.

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