73983-3001

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Backplane Connectors - Specialized comprise one of the several connector types used for backplane connections in the electronic industry. The 73983-3001 backplane connector is part of this connector type family and is designed for applications requiring special capabilities.

The 73983-3001 backplane connector is a shielded, robust device that provides electrical interconnection between printed circuit boards and other elements of electronic equipment. Its highly reliable design includes a low-voltage, low-impedance contact system that provides low coupling of signals and power for applications with greater transmission and voltage requirements. The connector also features a larger contact spacing that allows for greater flexibility when connecting an array of circuit boards. The connector is available in multiple positions ranging from 10 to 32.

Designed for power and data applications, the 73983-3001 backplane connector is capable of handling from 10MHz to 3GHz of signal frequencies and can handle up to 20 watts of power. It is also designed to handle high-speed differential signals, such as those used in Gigabit Ethernet. The designed mating system helps ensure a high degree of contact mating reliability in mold-in-place connectors. The 73983-3001 connector’s design is resistant to extreme vibration and shock, making it an ideal choice for applications requiring high reliability and performance.

The 73983-3001 backplane connector operates on a basic principal utilizing a spring contact/pin arrangement. A variety of plated steel and coated copper conductors are used to provide a low-inductance electrical connection between the boards. The connector is designed to be used in a soldered application, although it can also be used for plug-and-play applications.

The 73983-3001 backplane connector is the perfect solution when applications require high power, signal distribution or multiple high-speed, low-voltage contacts. It’s highly reliable, rugged design ensures a dependable, long-lasting connection in even the most challenging applications. The connector’s flexibility and ability to handle a variety of signal frequencies makes it an excellent choice for a wide range of signaling applications.

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