CP2 HEADER CONTACT-TYPEC

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The recent emergence of the bus architecture, such as CPCI, CompactPCI, and VMEbus, has resulted in the need for backplane connectors that are capable of operating at high speeds and carrying large amounts of data traffic. The available backplane connectors can be categorized according to their features and working principles.

The first category is the hard metric backplane connectors. These connectors are characterized by their robust, high-speed performance and their ability to support a variety of data types. They are designed to work with high-density connections, high power densities, and very low crosstalk. Hard metric backplane connectors are typically used for high-speed backplanes such as those used in infrastructures, industrial systems, and server-to-server communications.

The second category of backplane connectors is the standard metric backplane connectors. These connectors are characterized by their standard pin pitch and compatibility with a number of different backplane manufacturers. These connectors provide good signal speeds and support a variety of data types, including Ethernet, Token Ring, and USB. They are typically used in server-to-server and rack-to-rack connections.

The third category of backplane connectors is the CP2 HEADER CONTACT-TYPE C. This type of connector is designed specifically for high-speed backplanes. It uses an array of small contacts that are arranged in a 2-row pattern. Each contact is electronically connected to the motherboard via a dedicated trace line. This allows for better control of signal integrity and a higher data rate over long distances.

The working principle of the CP2 HEADER CONTACT-TYPE C connector is based on the concept of signal current reflections. When a signal is sent through a wire, it travels through the wire, reflects off of the wire at the end, then travels back to the source of the signal. By using a 2-row contact pattern, the signal is sent in an alternating pattern that travels around the contacts. This alternating signal pattern produces numerous current reflections that increase the data rate of the signal.

The CP2 HEADER CONTACT-TYPE C connector is capable of supporting very high speeds and is well-suited for applications that require high data rates over long distances. It is also capable of withstanding harsh operating conditions, such as extreme temperatures, shock, and vibration.

The CP2 HEADER CONTACT-TYPE C is an ideal solution for applications that require robust, high-speed performance. It is especially useful in high-density environments, where low crosstalk is essential for reliable data communication. This type of connector is also compatible with a variety of backplane manufacturers, making it a practical solution for many different types of systems.

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