BCS-134-L-D-TE-065

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BCS-134-L-D-TE-065, or BCS-134 for short, is a type of rectangular connector – specifically headers, receptacles, or female sockets. It belongs to the family of D Subminiature connectors and is especially important in the commercial and industrial electrical equipment industry. This article will give an overview of the application field and working principle of the BCS-134 connector.

Application Field and Usage

The BCS-134 connector has a special application field. It is most commonly used in automotive, computer, communication, data storage, peripheral, and industrial electronics. The BCS-134 is especially suitable for applications that require high contact current, high contact density, good signal integrity, and high mechanical strength. It is used in a wide variety of applications, including as a high-density interface between printed circuit boards and other components. It is also widely used to connect electrical equipment, obtains control signals, distribute power, and as an internal connection between sub-systems.

The BCS-134 connector has become increasingly important in areas such as consumer electronics, automotive, lighting, IT infrastructure, and telecommunications. Its application fields are very diverse and include, among other applications, connections between power supplies, computers, networks, measuring and testing systems, and so on.

Moreover, the BCS-134 is also used in a variety of new industrial development projects, especially in equipment such as automatic warehouses, construction machinery, and other automation applications.

Benefits of the BCS-134 Connector

In comparison to other connectors in the market, the BCS-134 connector offers several benefits. It is a high-density, low-profile, and economical option. This makes it an ideal connector for applications where there is limited space. It is also designed for high-frequency, low-contact-resistance, and low-impedance electrical connections.

In addition, the BCS-134 connector is extremely durable and offers vibration-resistant and waterproof connections. This makes it suitable for harsh environments, such as those encountered in the automotive and factory automation industries. The connector offers superior protection from dust and other contaminants, as well as a secure and reliable connection.

Working Principle of the BCS-134 Connector

The working principle of the BCS-134 connector is based on the use of a double-sided latch. This latch helps to keep the connector’s internal parts, such as contacts and cables, securely locked in place. The contacts are highly reliable and constructed of high-quality metals such as copper, tin, gold, and silver.

The BCS-134 connector consists of two rows of double-sided latch connectors. These rows are connected together via metal pins. The pins fit securely into the metal tabs on the latch connectors and allow the connector to mate with its counterpart. When joined, the two rows of latch connectors securely bond the internal parts and provide a strong and durable connection.

Another key feature of the BCS-134 connector is its reliable connection. The connector has a unique design that helps to reduce the risk of contact failure. This is achieved by the incorporation of two contact tabs on either side of the connector. These contact tabs help to prevent the cable from being disconnected due to vibration and temperature changes.

Conclusion

In conclusion, the BCS-134 connector is an important type of rectangular connector – specifically headers, receptacles, and female sockets. It is especially suitable for applications that require high contact current, high contact density, good signal integrity, and high mechanical strength. It has diverse application fields and offers several advantages, including its low-profile, high-density, and economical design. Finally, its reliable connection is ensured by the use of a double-sided latch, metal pins, and contact tabs on either side of the connector.

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