5536606-1

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Backplane connectors are specialized connector devices that connect boards and chassis via a printed circuit board (PCB). Backplane connectors are designed to provide high-speed data transfer without signal interference between boards as well as provide electrical power and control over the system. It is the integral part of the system I/O interfacing, and many systems have evolved over time to provide a backplane connection. One of the most widely used is the 5536606-1 application field and working principle.

The 5536606-1 application field and working principle is based upon the speed and robustness of both the Flat and Flexible Printed Circuit (FPC) and Printed Wiring Board (PWB) to offer exceptional performance. This backplane connector is designed to meet the needs of the most demanding applications, high-end microprocessors, digital signal processing, and high-density memory boards. The 5536606-1 comes in two separate, interchangeable modules, the male and female module. The male module hosts the terminal pins, while the female module helps to provide a secure connection between the boards and the terminal pins.

Most high-end systems today need the high-speed capability and robustness of a backplane connection. With the 5536606-1, the higher speed and multiple signals without interference are supported. For instance, the male and female modules are designed to be able to accept six signals, which include two fast LVDS ports, three general-purpose pins, and one floating ground. This is made possible through the use of specialized electrical circuit elements, which, when combined with an increased number of signal channels and ground planes, produce high-quality I/O connections.

In terms of how the 5536606-1 operates, its features enable the power of its terminals to flow with ease between boards, as well as enable the efficient transfer of digital data. The power supply for the connection contains six pins, of which five are dedicated to the power of individual boards and one is a shared ground. Each board also contains its own ground plane, which adds stability to the connection. This ground plane also serves to offload high currents. In addition, the terminals within the backplane connector can also accept up to two LVDS channels and three general-purpose pins.

In terms of electrical signal control, the female module is responsible for passing signals into the board, while the male module is accountable for passing signals out of the board. Additionally, the two modules can be combined to control the direction of signals, enabling data to flow in either direction. This allows the designer to control the strength and direction of the signal independently. The female module contains contact sliders that control the signal direction and strength, while the male module contains springs that move the contact sliders.

The advantages of the 5536606-1 application field and working principle are numerous. It offers a robust design that ensures reliable, high-speed performance and also reduces electro-magnetic interference. Furthermore, the high-speed and multiple signals allowed without interference makes it possible for a system to transfer a larger amount of data while still maintaining excellent signal integrity. Additionally, the use of specialized electrical circuit elements and increased number of signal channels and ground planes produce high-quality I/O connections. Lastly, the floating ground plane improves stability in the connection and reduces the risk of current overload.

In conclusion, the 5536606-1 application field and working principle offers robust, high-performance backplane connectors that enable high speed data transfer and power connections with minimal electrical interference. It is an ideal solution for use in high-end systems with stringent data transfer requirements.

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