141A11799X

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141A11799X rectangular connectors, commonly referred to as headers, male pins, are designed to provide electrical connections between components, devices, and systems. They are largely used in industries such as aerospace, automotive, pottery, and consumer electronics.

Headers and male pins have a variety of different contact designs for various applications. Designs such as pin and socket connectors, IDC (insulation displacement contact) connectors, and edge connectors are all used in a variety of applications. The primary design of the 141A11799X rectangular connector is of an IDC/edge connector type.

The IDC/edge connectors are designed to facilitate rapid contact engagement. The connection of the two components is made using press fit techniques in which the contacts are firmly pushed together, resulting in an electrical connection. The contact configuration of the 141A11799X rectangular connector is a sequence of contact receptacles that are designed to take one wire or terminal for each contact.

A variety of materials can be used in the design of the headers and male pins, and the 141A11799X is constructed with high-quality materials to ensure reliable and stable operation. The insulator material of the connector is usually a thermoplastic or elastomer, and is designed to provide protection from environmental hazards and electrical noise. Other material options available include stainless steel and aluminum.

The 141A11799X rectangular connector can also be used with shielding components, such as EMI/RFI shielding products, which “screen” the connector from potential EMI/RFI interference. This is accomplished by attaching a conductive shielding material to the perimeter of the connector, forming a Faraday shield that extends over the entire connection.

The 141A11799X rectangular connectors, commonly referred to as headers and male pins, are ideal for use in a variety of applications. Their design enables rapid and reliable connection between two components, while their robust construction ensures maximum performance in the field. The use of shielding materials further ensures the utmost protection against EMI/RFI interference, providing a dependable and secure connection.

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