XC5A-4422

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The XC5A-4422 backplane connector belongs to the DIN 41612 category of backplane connectors. This form factor is a type of connector that is used to supply electrical signals between adjacent printed circuit boards (PCBs). Typically, it is designed with the purpose of connecting PCBs within a rack, or mounting them in a plane.

The XC5A-4422 backplane connector features three rows of five pins which are each 5.08 mm in diameter. The connector has a built-in latch, thus adding a further level of reliability. The device has a high temperature capability, with its working temperature range up to 125℃. It has an insulation resistance of more than 100 MΩ, and a dielectric strength of 750 V. As for its insulation materials, PA6T is used as the insulating body and SHF-3 or PEI as the insert insulation.

In terms of application field, the XC5A-4422 backplane connector is commonly used for telecommunication and industrial control systems. It has been adopted in a wide range of applications, including data communication systems, industrial automation systems, and process control systems. Aside from this, it is also used as an industrial modularized mounting system.

As for its working principle, the devices utilizes specially fabricated electrical contacts known as the pin and socket. This connection principle is known as the mating principle. The principle is defined as a way of connecting two or more elements using two mechanical components. One component connects with the other via a series of discrete electrical contacts.

This contact is held in place by several pieces of hardware. These pieces of hardware can include screws, pins, rivets, and even adhesive surfaces. Electrical signals and power are transferred through this connection from one side of the contact to the other side. The contacts are made from a conductive material, such as copper, silver, or aluminum.

Aside from the specialized hardware that is used to hold the contact in place, there is also the insulation that separates it from the contacts on the opposite side. This insulation is typically made from a low-friction dielectric material, such as polyethylene, Kapton tape, or fiberglass. This creates electrical insulation that prevents electrical signals from passing between the contacts on either side of the insulation. It also ensures that any power that is transferred between the two contacts is kept at an acceptable level.

Therefore, the XC5A-4422 backplane connector is a reliable and efficient piece of technology that is used in many different applications. Its rigid design ensures a secure connection between PCBs, while its insulation materials ensures that all electrical signals are kept at a safe level.

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