3-208972-1

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Backplane connectors are an essential component of many electronic systems, such as computers, telecommunications, networking systems, and defense systems. ARINC, or Aeronautical Radio Incorporated, develops and manufactures backplane connectors specifically for the aviation and aerospace industries. ARINC connectors – like the 3-208972-1 – are designed to meet exacting needs in the enterprise and aerospace industries, where high reliability and secure communications are vital. This article looks at the 3-208972-1 connector, it’s use, and the principles behind the technology.

The 3-208972-1 connector is an ARINC-specific backplane connector that is designed to interface with various types of electronic equipment in the aviation and aerospace industries. It is designed to address the need for secure and reliable communication between devices in high-performance, high-altitude air and space applications. It is a telephone-style connector with four pins that can accommodate up to 50 V of current, and is designed to be used in harsh environments.

The 3-208972-1 connector is used in a variety of applications in the aviation and aerospace industries, including providing a means of communication between an aircraft’s avionics system and other onboard electronics, such as engine control, navigation, and guidance. It is also used in satellites, space vehicles, and space probes, making its way onto board the Space Shuttle, for example. This rugged device is vital for communication between different systems in an aircraft or space vehicle, and is also used for interconnection between aircraft and ground control systems.

The operations of the 3-208972-1 backplane connector are based on the principles of electromagnetic field theory, which enables the transfer of electrical energy between two points without the use of actual physical contact. This is known as coupled-magnetic-field communication, or CMFC. The 3-208972-1 ARINC connector, being CMFC-enabled, is capable of operating at higher speeds and distances than other types of backplane connectors, and is also able to handle higher levels of current.

The 3-208972-1 connector has a variety of features that make it suited for the avionics and aerospace industries. For example, its design ensures that it is vibration and shock resistant, making it perfect for operating in a harsh environment such as on an aircraft or spacecraft. The 3-208972-1 connector also has a sealant on the electrical contacts, which helps protect the connectors from dust and moisture, and provides additional protection against short circuits. There is also a mechanical assembly that ensures that the connectors are tightly connected to the aviation or aerospace device.

In addition to its high reliability, the 3-208972-1 connector also has a low cost of implementation. The connector can be installed quickly and easily, and the fact that it supports high current transfers, makes it a great choice for the aviation and aerospace industries, where cost and time are of paramount importance.

The 3-208972-1 ARINC connector is the perfect choice for a number of applications in the aviation and aerospace industries, as it is able to provide reliable, secure communication between multiple systems. The device’s robust design, coupled with its low cost of implementation, make it an ideal choice for the aviation and aerospace industries. It can be counted on to provide reliable communications between aircraft and ground control systems, as well as between different onboard electronics, even in the most demanding environments. The 3-208972-1 connector is the ideal choice for applications in the aviation and aerospace industries.

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