CY7B995AXCT

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CY7B995AXCT is a clock generator device designed with low-jitter, high performance and excellent reliability. This device utilizes a Zero Delay Buffer (ZDB) architecture, which reduces output transition time and ensures a robust, low-jitter clock output. It has integrated spread-spectrum clocks and a fully-integrated voltage regulator, making it suitable for a wide range of applications.

The CY7B995AXCT includes three Differential-Mode Clock Outputs, two Multi-Mode Clock Outputs, and one Reference Clock Output. It is available in 256-pin Ball Grid Array (BGA) package, which has significant power and form factor advantages over traditional ceramic packages. It is a low-power device that can be used in a wide range of applications from servers and storage systems, to desktop, notebook and industrial PCs.

CY7B995AXCT clock generator works by taking an input clock source, such as a crystal oscillator, and generating a multiplied or divided clock output. This output can be used in a variety of timing applications, such as systems that require accurate phase or frequency locking of multiple clock signals. It is also used in systems that require precise synchronization of multiple devices.

The CY7B995AXCT clock generator has a powerful on-chip digital filtering system which reduces output noise and jitter dramatically, allowing precise synchronization and timing of multiple clock signals with minimal jitter. The CY7B995AXCT also has a selectable spread-spectrum clock output which reduces the output\'s spectral density, allowing the device to be used in applications which require EMI compliance.

The CY7B995AXCT is ideal for applications that require precise synchronization and timing of multiple clock signals. Its low-jitter, low-power, and high-performance design makes it suitable for a wide range of applications. It can be used in high-end servers and storage platforms, as well as industrial PCs, notebooks and desktop PCs. Its spread-spectrum clock output also makes it an EMI-compliant device, ideal for applications in which electromagnetic interference must be minimized.

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