6766639-1

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Backplane connectors are an essential type of component for computer applications, providing a medium to interconnect with other components in the system. Specified as part of 6766639-1, backplane connectors are a specialized type of connector, designed to transmit high-speed signals with low noise and superior performance. This article will discuss the application field and working principle of 6766639-1 backplane connectors.

The 6766639-1 backplane connectors are based on the IEEE 1394A/B (FireWire) standard, developed for computers and digital devices. Designed to provide higher speed data transferal than IEEE 1394, 6766639-1 backplane connectors are utilized in a wide range of component-based applications, including digital cameras, game consoles, personal computers, industrial automation equipment, and audio/video equipment. The 6-pin tambourine connector of 6766639-1 backplane connectors eliminates the need for add-on adaptors in certain applications, while its high bandwidth allows for rapid communication between components.

The working principle behind 6766639-1 backplane connectors is based on the established approach of differential signaling. This type of system utilizes two signals to provide a measure of noise immunity, by generating two signals that are equal but opposite in polarity. Each signal is then transmitted in one of the two directions, on two separate lines, with the opposite signals being received on the other end in tandem. This approach reduces the effects of cross-talk and noise, and is a key factor in the performance of 6766639-1 backplane connectors.

To further increase the performance of 6766639-1 backplane connectors, features such as differential impedance, signal termination, shield termination, and jitter correction are also applied. Differential impedance is the measurement of the transmission line’s characteristic impedance, by comparing the voltage of the two signals, while signal termination involves apt termination of these signals at the receiver end. Shield termination involves creating an effective connection between the ground line and the board layers’ surface, providing a shield to the signal. Finally, jitter correction involves diminishing the effects of jitter, or timing errors, using an adaptive loop, to reduce signal distortion.

In conclusion, the 6766639-1 backplane connectors are a specialized type of component designed to meet the requirements of high-speed digital applications. Utilizing the principles of differential signaling and additional features, such as differential impedance, signal termination, shield termination, and jitter correction, these connectors are capable of providing high-speed data transferal with low noise and superior performance. They are used in a variety of component-based applications, such as digital cameras, game consoles, personal computers, industrial automation equipment, and audio/video equipment.

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