CY2CC910OXI-1T

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The Cypress CY2CC910OXI-1T is an integrated programmable clock buffer that is used in a wide variety of applications and situations. The CY2CC910OXI-1T is a low-power, low-jitter, high-frequency clock line that helps synchronize and control various electronic components with its buffering, driving, and monitoring functions. The clock buffer is designed to be used in conjunction with FPGAs, ASICs, processors, or other devices that are capable of handling high-speed clock signals. It is a valuable device for clock buffering, driving, and monitoring tasks.

The CY2CC910OXI-1T has many features and benefits that make it ideal for many applications. First, the clock buffer provides high-skew and low-skew outputs of ±4ps RMS. This allows for efficient low-jitter data transfer at high frequencies. The output can be programmed to buffer clock signals ranging from 0Hz to 1GHz. The device also has a built-in jitter management algorithm that automatically compensates for jitter fluctuations. This ensures accuracy and reliability.

The CY2CC910OXI-1T has an intuitive graphical user interface (GUI) that makes programming the device a breeze. The programming interface enables users to quickly and easily adjust various settings and parameters such as the frequency and phase of the clock signal. This makes it a great choice for complex applications that require precise timing and clock control. Furthermore, the device has an I2C interface that allows for remote programming and monitoring from a PC.

The CY2CC910OXI-1T is also designed to be very energy efficient. The device only requires a single 3.3V input voltage and has a maximum power consumption of 0.5W. This makes it suitable for powering time-sensitive applications with minimal power consumption. Additionally, the clock buffering, driving, and monitoring functions have been designed to be very robust and reliable. This enables the clock buffer to be used in a wide range of applications.

The CY2CC910OXI-1T is a valuable device that can be used in a wide variety of applications, ranging from automotive to aerospace applications. It is suitable for buffering and driving clock signals in a variety of scenarios, from very low frequencies to GHz-level speeds. Additionally, the device\'s energy efficiency and graphical user interface make it a great choice for applications where precise timing and control are needed. The device is also well-suited for remote programming and monitoring thanks to its I2C interface.

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