QR/P17-PCA-111(50)

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Backplane Connectors - Contacts: QR/P17-PCA-111(50)

The QR/P17-PCA-111(50) is a rectangular backplane connector contact widely used in a variety of applications that require high reliability and durability. The contacts are designed to fit into tight spaces and provide secure connections and protection against shock and vibration. They also provide increased stability and superior conductivity, reliability, and durability.

The QR/P17-PCA-111(50) is a socket type contact made from a hard nickel-plated steel, with a 13.2 mm post-type body that makes for robust connections. It features a full and complete set of contacts in both male and female configurations that can be used in a variety of applications. The contact has an additional solder cup located in the center to allow for secure attachments.

Application Field

The QR/P17-PCA-111(50) is suitable for a wide range of applications in power and data distribution in industrial, military/aerospace, and telecom equipment. Its robust construction and reliable contact quality make it suitable for intense shock and vibration loads, and it is also well suited for low voltage, low current applications. Its post-type design makes it suitable for soldering in place securely, and its complete set of contacts makes it a great choice for board stacking applications.

Working Principle

The QR/P17-PCA-111(50) is a type of electrical contact that works by creating an electrical connection between two metal contacts. Its post-type design creates a gap between the contacts, and when the two contacts are brought together, the post-type material is compressed, creating an electrical connection. The post-type material is designed to be highly flexible and resilient, creating a secure connection with excellent reliability and durability.

The QR/P17-PCA-111(50) is a versatile and reliable contact that can be used in a variety of applications and environments. Its post-type design is robust and secure, and its complete set of contacts make it ideal for board stacking applications. Its hard nickel-plated steel construction provides excellent shock and vibration protection, as well as superior conductivity, reliability, and durability.

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