BCS-142-S-D-TE

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Rectangular Connectors are one of the most widely used electronic connectors in the world, with a wide range of sizes, styles, and applications spanning most industries in some form or another. The BCS-142-S-D-TE is designed specifically for electronic applications and works on the principle of multiple contact points.

This type of connector is most often used in boards that need to carry multiple signals, such as signal boards, hybrids, and more. The contacts are typically made of brass or nickel-plated stainless steel, providing solid contact between connectors and circuitry. Typical contact configurations are female socket (MC), female socket (FTS), male header (MHS), flat ribbon (FRS), and pin header (PHS).

The BCS-142-S-D-TE applies signal, power and ground connections by means of secure, spring tensioned pins or sockets. It is designed to ensure signal integrity and electrical contact reliability, ensuring that the signal connections remain secure even during high-temperature environments. It is designed for multiple applications, including fieldbus systems, computer add-on boards, thin clients, telecommunications, industrial control, and more.

The working principle behind the BCS-142-S-D-TE is its multiple contact points. It features two rows of four individual metal contact points that are spring loaded. The pins are driven in and out of contact with the contact surface on the mating connector by a simple finger actuated blind-insertion motion. This allows for fast mating, reliable connections, and easy installation. In addition, the BCS-142-S-D-TE has a high signal-to-noise ratio and low insertion loss, making it a great choice for many applications.

The BCS-142-S-D-TE is a great choice for many applications that require secure, reliable connections. It is designed to meet a variety of quality and performance standards, such as UL, VDE, and more. And with its multiple contact points, it ensures signal integrity and electrical contact reliability, making it a great choice for many applications.

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