CY2CC910OXI

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CY2CC910OXI is a programmable clock buffer and source driver, designed to provide single to multiple phase clock and power distribution in high-speed digital designs. The flexibility of CY2CC910OXI makes it ideal for a wide range of clock applications in computing, communication and consumer applications.

CY2CC910OXI is designed to be used in conjuction with programmable logic devices and offers very low propagation delay generated clocks. The device is equipped with a wide range of programmable input and output voltage levels, along with adjustable drive strength. It also supports multiple clock formats including pulse and single or multiple phase clock sources, allowing easy clock distribution requirements in most any system.

Application Field

The CY2CC910OXI is typically used in high speed FPGA and microprocessor designs, where the clock distribution must be tightly controlled and managed. By providing robust and programmable clock buffering and synchronization, the CY2CC910OXI is ideal for systems that require fast access to critical clock signals. The device also offers exceptional jitter performance in high frequency applications, making it ideal for high speed communications servers, multimedia systems and other critical applications.

The CY2CC910OXI is also suitable for applications where there\'s a potential for clock skew between multiple system components. By providing adjustable output drivers for each clock, devices can be synchronized to provide maximum data rate with minimum jitter.

Working Principle

The CY2CC910OXI is a programmable, single to multiple phase clock buffer and source driver device. The device is equipped with adjustable input levels, adjustable output drive strengths and programmable phase settings. The device supports multiple clock formats, allowing easy clock distribution to multiple system components.

The device employs a stable phase locked loop (PLL) architecture, which provides accuracy over temperature and voltage. The PLL circuit is designed to ensure that clocks are synchronized and distributed in a timely manner. The device also features a very low phase delay, enabling accurate synchronous data transfers across multiple system components.

The CY2CC910OXI\'s outputs feature adjustable drive strength and are designed to support a wide range of clock frequencies, from sub-nanoseconds to more than 200MHz. The device also features a variety of programmable input and output levels, allowing for easy customization for specific clock applications.The specific data is subject to PDF, and the above content is for reference