1484613-2

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Backplane connectors ARINC are transfer of data or signals between components and are often used in the aerospace industry. ARINC backplane connectors, also known as 1484613-2, are a reliable and cost-effective way to provide high speed data or signal transmission between components. They offer a wide range of features that make them suitable for use in a variety of applications.

ARINC backplane connectors are designed for use in applications where target speed, life cycle, environmental and data transfer performance requirements are critical. They are widely used in a range of devices such as test and measurement, networking, telecommunications, and aerospace. Most commonly, they are used for linear and/or cross-bar applications in space, military, and commercial applications. The advantages of the ARINC backplane connector include its flexible pinouts, superior environmental performance, signal integrity, and easy of installation.

The Working Principle of ARINC 1484613-2

ARINC 1484613-2 backplane connectors are based on the Quadrax or the Quad Chip interconnect system. The Quadrax is a hybrid coaxial and twisted pair layout which offers high-speed, low-power, multiple-point connections. The four terminals are arranged in a 4x4-pin matrix, or a 4x8-pin matrix for larger connectors. The pin layout is based on the Quadrax interconnect system. The four terminals are arranged in an alternating sequence such that two terminals are used for power or ground connection while the other two terminals are used for signal transmission or switching.

The Quad Chip is a highly reliable, low power, flexible interconnect system which uses an 8x8-pin matrix layout. It has the ability to handle digital and analog signals and includes a combination of two open and two differential signals. Both Quadrax and Quad Chips can be used for data or signal transmission between components.

ARINC 1484613-2 backplane connectors use a variety of contact systems. These include screw terminals, solder pins, eutectic solder, crimp contacts, and solder coating contacts. All these contact systems are designed to provide reliable electrical connections which are able to meet the stringent demands of aerospace applications. The Quadrax and Quad Chip interconnect systems offer high cycle, low-powered, multipoint interconnect systems with an extremely reliable signal interface.

Applications of ARINC 1484613-2

ARINC 1484613-2 backplane connectors are primarily used in aerospace applications. These connectors are used to connect wiring harnesses on satellites, jet engines, navigational systems, and communication systems. They are also used in test and measurement equipments, networking, and telecommunications applications where signal integrity and speed are important. In avionic systems, they can be used to connect radio, radar, and wireless systems.

ARINC backplane connectors are also used in computer systems and servers. They provide a reliable and cost-effective connection solution for computer applications. They have large contact diversity and are able to handle higher power and offer extremely reliable environmental performance. In addition, these connectors support high-speed data transfer, making them ideal for computers and servers.

ARINC backplane connectors are also used for military and commercial applications. They offer a reliable, high-performance connection solution in space, military, and commercial applications. The superior environmental performance and signal integrity of these connectors make them ideal for these applications. In addition, they are flexible and easy to install, making them suitable for a variety of applications.

ARINC 1484613-2 backplane connectors provide reliable and cost-effective connections in a range of applications. They provide high-speed, low-power, and multipoint interconnect systems which offer superior environmental performance and signal integrity. Their flexibility and easy of installation make them suitable for a variety of applications such as test and measurement, networking, telecommunications, and aerospace. As such, these connectors are widely used in the aerospace industry and have become indispensable in today\'s digital world.

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