1484876-2

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

An ARINC backplane connector, such as the 1484876-2 model, is a type of connector used to join two separate electrical components. It\'s an interface device that enables communication between a controller and a peripheral device. ARINC connectors are developed to handle the electrical systems and networking that keep connectivity centers, like airport hubs, connected.

The 1484876-2 connector is part of the ARINC 717 suite of standards, created to provide reliable and secure data communications for critical applications. They are particularly useful for linking medium- density connectivity applications, like between two computers. The connectors are robust and can comfortably manage applications involving digital, wireless, and analog signals.

The design of the 1454876-2 connector is based on the D-subminiature connector that was created in the 1950s for military use. It has a 9-pin male plug with two rows of contacts and a female socket with three rows of contacts. It also has two hex screws for better grounding.

The ARINC connectors use a combination of transmission lines and associated electrical components that form an electrical path for power or signal communications. These lines couple two or more circuits together and allow them to communicate. The most commonly used transmission line is the micro-strip line, which utilizes a metal strip for transmission. The ARINC connectors also use coaxial lines, where the signal has a shield or sheath that prevents it from being affected by outside noise and interference.

The main components of the 1484876-2 ARINC connector are the pins, the insulators, the contacts, and the barriers. The pins are made of metal and are embedded in the plastic housing of the connector. The insulators are made of a dielectric material and isolate the electrical signals from the connectors. The contacts are made of alloys like brass, aluminum, copper, and gold and are designed to hold the pins in place. The barriers are used to reduce or eliminate crosstalk between the pins and the contacts.

The working principle of the 1484876-2 ARINC connector is fairly simple. An electrical signal is sent from one terminal and transferred to the other. The signal is converted into an electrical form in the connector\'s dielectric material, then the contacts pick up the signal and pass it on to the intended recipient. The ARINC connector offers a secure and reliable connection with high speed transmission that has limits set by the physical design of the connector.

The 1484876-2 connector is highly versatile and can be used for a range of applications, such as military and commercial aircraft, telecommunications, power systems, and railroad systems. It is well-suited for networking applications where high data transfer rates are required, such as in advanced central processing units (CPUs). It is also useful in medical equipment and industrial automation.

The ARINC backplane connector has proven to be a reliable and secure form of communication for many industries, thanks to its robust construction and transmission lines. With the 1484876-2 connector, computers, digital systems, and medical equipment can be connected in a variety of ways for quick and efficient data transfer. The design and working principle of the connector make it an invaluable part of many applications in today\'s complex world.

The specific data is subject to PDF, and the above content is for reference