0459858171

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Backplane connectors are electronic components used to connect circuit boards within a system. They are designed for high-speed, high-frequency, and high-power connections between circuit boards. Using a backplane connector, data can be transferred between multiple circuit boards quickly and efficiently. The 0459858171 backplane connector is specially designed for extremely high-speed applications, allowing for the fastest transfer of data possible.

Backplane connectors, including the 0459858171, consist of two main components: a backplane connector body and an insert element. The backplane connector body is composed of an outer shell and an inner shell. The bodies are made from metal and typically consist of a die-cast aluminum base, zinc plated steel components, and a polycarbonate shell. The insert element is responsible for providing the connection between the two circuit boards, and is typically made of a metal such as copper or aluminum alloy.

The primary application of the 0459858171 is in high-speed, high-frequency systems. It is designed for applications where the data rate is expected to exceed 28 Gbps. The 0459858171 has a small form factor, which is advantageous for systems that need to transfer data through numerous boards and circuits. Additionally, this connector features a minimum cross-talk ability, meaning crosstalk signals between the main conductors will not occur. This is especially important in applications such as telecommunications.

The 0459858171 is also designed for high-power applications. It can transmit 25 amps through 8 circuits, and 30 amps through 8 circuits when enviromed with air (natural air). With a UL rating of 94 V-0, it has the ability to operate safely and reliably in high-power applications. It provides a low thermal resistance path between the two circuit boards, helping to ensure efficient heat transfer.

The working principle of the 0459858171 is based on the electromagnetic wave theory. The basic principle is that when a signal is applied to the connector, an electromagnetic wave is generated and propagated through the cable. This wave will pass through the dielectric material of the connector and will be absorbed by the opposite circuit board\'s ground plane. This allows the signal from one circuit board to be transferred to the other. The actual data is encoded by different configurations of the electromagnetic waves.

In conclusion, the 0459858171 is a highly specialized backplane connector designed for extremely high-speed, high-frequency, and high-power applications. It features minimal cross-talk and low thermal resistance capabilities, allowing for superior signal transfer and efficient heat dissipation. By harnessing the principles of electromagnetic wave theory, it is capable of providing fast data transfers across multiple circuit boards. As such, it is an ideal connector choice for any applications where speed and reliability are of the utmost importance.

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