21-033383-061

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Backplane connectors, also known as planar connectors, are wiring assemblies that provide electrical connection between parallel printed circuit boards (PCBs). They are designed to help facilitate the high-speed transfer of signals or data with minimal crosstalk and signal loss. The 21-033383-061 contact is a backplane connector that can be used in a variety of high-performance applications. This article will discuss the general use of the 21-033383-061 contact in backplane connectors and will explain the working principles of its operation.

The 21-033383-061 contact is designed for backplane connector applications where high-speed signal transmission is essential. It is a single-piece, HP-style brass contact that is housed in an insulating body. The contact features a 20 AWG gauge and can accept through-hole solder-down terminations. It is designed to provide 50 Amps of current at 250 Volts. This contact is robust enough to withstand high vibration and shock, making it well suited for use in vehicles, military applications, and other high-performance applications.

The 21-033383-061 contact is used in a variety of backplane connectors. These connectors provide an electrical connection between two PCBs, which allows signals and data to be transferred between them. When properly designed and configured, they can also help reduce crosstalk and signal loss. Backplane connectors are commonly used in server boards, HDDs, and other high-performance applications.

The 21-033383-061 contact is designed to work in conjunction with other backplane connector components like contacts, pin cages, and terminal blocks. The contacts provide the physical connection between the two PCBs, while the pin cages protect the contacts from damage. The terminal blocks allow for the rapid and easy connection of the contacts to the two boards. When all of the components are properly assembled, the signals and data can be safely and reliably transferred between the two boards.

The 21-033383-061 contact is designed to work in accordance with the principles of inductive coupling. Inductive coupling occurs when two coils of wire, or components with magnetic fields, are brought into close proximity with each other. In this case, the 21-033383-061 contact acts as the primary coil, and the other components of the backplane connector act as the secondary coil. When an electric current is passed through one coil, it induces an electrical current in the second, allowing for the transfer of signals and data between the two boards.

Overall, the 21-033383-061 contact is an essential component of backplane connectors, especially when high-speed data transmission is necessary. It is designed to provide reliable electrical connections between two PCBs, while also helping to reduce crosstalk and signal loss. Its robust design makes it ideal for use in harsh environments, such as in vehicles or military applications. Furthermore, it utilizes the principles of inductive coupling to efficiently transfer signals and data between the two boards.

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