980-0001-299

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Backplane Connectors - Accessories are electronic components used to connect and transmit signals from the backplane, and are an integral part of any system, such as computers, medical equipment, automotive and communications networks. The 980-0001-299(hereafter referred to as the 9800)is a popular choice among backplane connectors and has become increasingly popular for a variety of applications. This article will discuss the application field and working principle of the 9800.

Application Field

The 9800 has been widely used in a variety of applications, including:

• Communication Networks: The 9800 is used in the interconnects and backplane of communication networks for data and signal transmission between nodes.
• Computer Systems: The 9800 is used in various computer systems such as desktops, laptops, and even servers. It is used in the backplane for the connection between different components of the system, such as main control boards, processors, and memory modules.
• Industrial Automation: The 9800 is used in industrial automation and robotics for connecting different components such as sensors, motors, and regulators in a system.
• Medical Equipment: The 9800 is widely used in medical equipment such as MRI and CT scanners, X-ray machines, and laboratory equipment for the connection between different modules.
• Consumer Electronics: The 9800 is used in various consumer electronics including television sets, stereo systems, and gaming consoles for the connection between different components.
• Aerospace: The 9800 is used in aerospace applications such as satellites, aircraft, and other spacecraft for the connection between different elements of the system.

The 9800 backplane connector is thus highly versatile and can be used in a variety of applications.

Working Principle

The 9800 backplane connector utilizes a pin and socket design for its connections. The pins are in the form of two rows of flat metal strips, which are arranged in a parallel fashion. These pins can be coupled with sockets that are apertures formed in the backplane board. The pins and sockets together create a connection between the various different components on the board.

The pins of the 9800 are also designed to self-align and thus reduce the time taken for the connection. The pins have a raised lip that is molded to the shape of the socket’s edge, ensuring that the pins can slide easily into the sockets without the need for manual alignment.

Furthermore, the 9800’s backplane connector incorporates a self-latching mechanism that ensures that the pins stay securely fastened in the socket. This is achieved through the use of a sliding latch which locks together the pin and the socket.

The 9800 is also designed to handle high-speed signals and is thus able to transfer data at high speeds. This is achieved by using a combination of signal shielding, signal conditioning, and EMI filtering, which allows the signal to travel without any interference.

Overall, the 9800 is an efficient and reliable backplane connector that is widely used in a variety of applications. Its pin and socket design, self-alignment feature, and high-speed data transfer capability make it an ideal choice for many applications.

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