PXC21SFBN

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Rectangular connectors (or headers), male pins, and PXC21SFBN have provided reliable, robust connection solutions for an array of applications. They are used to bridge electrical connections between two devices or components and are used in a variety of sectors, including military systems, commercial systems, automotive systems, industrial and consumer applications, and more. The PXC21SFBN is a type of connector designed for use in multiple applications where superior signal integrity and reliability is of the utmost importance. It is a high-performance, multi-contact connector with advanced features including false insertion detection and secure locking. In this article, we will discuss the application field and working principle of the PXC21SFBN connector.

PXC21SFBN Application Field

The PXC21SFBN was designed for use in a variety of applications where superior signal integrity and reliability is critical. Its advanced features make it ideal for mission-critical applications, such as aircraft and military systems, and its high-performance capabilities make it suitable for medical imaging and industrial control systems. Other applications include: automotive systems, consumer electronics, high-speed data protocols, audio/visual systems, and more. The PXC21SFBN is used in systems where the highest quality connections are required for long-term, reliable performance.

PXC21SFBN Working Principle

The PXC21SFBN is designed for superior electrical performance for multiple applications. It features a male pin design with direct connection to a PCB and superior mechanical lock. The connector is designed with advanced features, such as false insertion detection, to ensure secure and reliable connections. The PXC21SFBN mates with complimentary docking receptacles for a reliable, robust connection. It is designed to provide superior signal integrity, and with its locking feature, the connector stays securely mated even during shock and vibration conditions. Additionally, the PXC21SFBN offers superior RF signal integrity, attenuation, and ISP shielding, and is designed for optimal signal integrity, even at high data rates. Its manufacturing materials and components are EMI and RFI compliant, ensuring the highest level of electrical performance.

Conclusion

The PXC21SFBN connector is designed for multiple applications, including mission-critical systems such as aircraft and military systems. It features an advanced male pin design for strong reliable connections and superior signal integrity even at high data rates. Additionally, it has false insertion detection and secure locking features, making it ideal for applications where secure, long-lasting connections are necessary. The PXC21SFBN provides a reliable, robust connection solution for a wide range of applications.

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