6450543-5

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Introduction to 6450543-5 Backplane Connectors - Specialized

Specialized backplane connectors are an important type of connector used in the computers, communications, and control systems of today. Their purpose is to provide electrical continuity between two or more separate substrates or circuit boards. 6450543-5 is a type of specialized backplane connector designed to meet the radio frequency (RF) design requirements of two highly-integrated RISC processor sub-systems. The connector is characterized by a low-leak and low-dielectric-loss interface, as well as high-speed signal transmission.

Design and Functionality of 6450543-5 Connectors

The 6450543-5 is a specialized backplane connector designed to meet the radio frequency design requirements of two highly-integrated RISC processor sub-systems. The connector is characterized by a low-leak and low-dielectric-loss interface, as well as high-speed signal transmission. It has an integrated structure composed of 32-pin interconnects and signal return contacts, which are arranged in a 20 x 24 pitch array. It also features a 50-ohm resistor element for clearance and isolation, two hermetically sealed star-shape coaxial RF contacts with an aluminum shield, and a sprung-pin contact system with silver-plated copper beryllium alloy contact springs for low contact resistance.

The 6450543-5 is designed to be fastened to the backplane board and substrate by its integral system of threaded and flanged mounting holes. As a result, it can reduce the number of board-holes needed and make backplane connections simpler and more reliable. The performance of the connector in terms of electrical, mechanical, and thermal performance is determined by its inherent design and construction features.

Backplane Applications and Working Principles

The 6450543-5 specialized backplane connector is used in a variety of applications such as communications, industrial controllers, medical instrumentation, aviation equipment, and machine controls. It is designed for high-speed signal transmission in a harsh, power-discrete environment, and is an ideal choice for applications where power, space, and signal integrity are key requirements. It is especially well-suited for applications in which differential or single-ended signals must pass through a backplane.

The 6450543-5 connector works on a principle of mechanical connections between two circuit boards. Connectors utilize spring-loaded contacts to provide a secure, electrical contact between two boards. This connection is essential for any kind of high-speed signal transmission. In order to ensure reliable signal transmission, connectors are designed to provide an electromagnetic filter that attenuates high frequency noise. This helps to reduce EMI and maintain the integrity of the signal.

The 6450543-5 connector also uses an integrated grounding plate to minimize crosstalk between two boards. This grounding plate provides a stable electric ground without sacrificing signal integrity, as it has an extremely low contact resistance even at high temperature and voltage levels. Additionally, the 6450543-5 connector has a solderless or surface-mountable version, which can be used in most applications.

The Bottom Line

The 6450543-5 is a type of specialized backplane connector designed to meet the radio frequency (RF) design requirements of two highly-integrated RISC processor sub-systems. It is characterized by a low-leak and low-dielectric-loss interface, as well as high-speed signal transmission. The connector works by providing mechanical connections between two circuit boards, utilizing spring-loaded contacts to create a secure, electrical contact between two boards. It also uses an integrated grounding plate to minimize crosstalk between two boards, and is suitable for applications which require power, space, and signal integrity. As such, the 6450543-5 connector makes backplane connections simpler and more reliable.

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