CY2XP22ZXIT

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The CY2XP22ZXIT is a highly-integrated clock generator IC specially designed for driving high-speed LVDS systems, such as LVDS-based PC architectures. CY2XP22ZXIT is a single chip integrated with a low-jitter oscillator and a programmable phase-locked loop (PLL). It can generate a wide frequency range from 50MHz to 200MHz and has a low phase noise of –130dBc/Hz. The IC features a digital phase-locked loop circuit and a highly accurate digital phase-locked loop (PLL) with low reference clock jitter. Its integrated silent mode function significantly reduces EMI.

The CY2XP22ZXIT integrated clock generator IC has a wide application field, such as for graphics cards, for graphics accelerators, digital video players, optical drives, and digital TVs. It also finds wide use in many other timing circuits, such as clock generators, data acquisition, memory synthesis, and noise reduction.

The CY2XP22ZXIT clock generator IC is based on a phase-locked loop (PLL) architecture and combines high performance, low noise and low power consumption characteristics. The IC contains a low-jitter oscillator, a high-performance PLL and a VCO array. The PLL circuit is able to continuously adjust the frequency (up to 2kHz) of the output clock and includes both a low-speed and a high-speed loop. The VCO array provides high accuracy, low noise and low power consumption.

The CY2XP22ZXIT clock generator IC has two main operating modes. In the frequency synthesizer mode, the output clock is phase-locked to an input reference clock, yielding a wide range of programmable output clocks from 50 MHz to 200 MHz. In the frequency multiplier mode, a single input clock is used to synthesize multiple different output clocks. This provides the flexibility to support applications such as memory synchronization, data acquisition and timing.

The CY2XP22ZXIT clock generator IC is a power-efficient and low-noise solution for applications where frequency accuracy and control are required. It provides a high level of performance and allows for the generation of reliable and accurate clocks to be used in high-speed LVDS systems.

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