CY7B993V-2AXCT

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The CY7B993V-2AXCT is a high speed dual output Clock Generator targeted for telecom/datacom applications. This IC generates two high speed LVDS differential outputs at frequencies that can be programmably set from 156MHz to 360MHz. It has a standard 10 pin TSSOP package making it very easy to use with existing designs.

The Clock Generator is ideal for telecom/datacom equipment that require high speed frequency generation. It is capable of creating both square wave and sine wave outputs with low phase noise, resulting in excellent system performance. Additionally, the output signals remain stable even when subjected to a wide range of temperatures and input voltages.

The CY7B993V-2AXCT Clock Generator is designed to produce a dual output frequency that is settable in 1MHz increments. It requires a 3.3V power supply, but can also support a range of lower voltages. The device supports a wide input frequency range, giving it the ability to generate high speed clock signals in the presence of any input reference.

The Clock Generator offers a high level of EMI immunity and jitter attenuation, allowing for superior performance at high frequency output rates. Additionally, its low power consumption makes it ideal for applications requiring cost efficient energy consumption.

The CY7B993V-2AXCT Clock Generator uses a Phase Locked Loop (PLL) to generate the desired clock frequency. It contains an on-chip voltage controlled oscillator, which drives the PLL output frequency. The PLL configuration helps to minimize frequency drift, ensuring stability even during extreme temperature swings. Additionally, an on-chip digital lock detector helps to reduce jitter in order to maintain a highly precise output frequency.

The CY7B993V-2AXCT Clock Generator is an excellent choice for telecommunications and data communications applications. It offers a high level of flexibility, allowing users to set the desired output frequency in 1MHz increments. Additionally, its robust performance ensures that the output remains stable even when subjected to extreme temperature and power supply fluctuations.

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