CY2CC910OXI-1

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The CY2CC910OXI-1 miniaturized clock buffer is a high performance and high performance 3.3V device with advanced features for systems with low power consumption. It can be used in applications ranging from system clock distributions in telecom, wireless and data center applications, to highly sophisticated multimedia applications.

CY2CC910OXI-1 is capable of producing a range of frequencies covering a wide range of clock speeds. It can support a wide variety of technologies such as LVDS, LVPECL, SSTL, etc. It is built with a 6-bit synchronous PLL that can switch between different frequencies, and also facilitate a frequency dampening mechanism. In addition, the device is designed to operate over a wide temperature range, with a temperature range of -40 to +85 degrees Celsius.

The main operations of the CY2CC910OXI-1 are either to act as a clock buffer or delay line, depending on the input clock frequency. For example, if the device is used as a clock buffer then it will act to buffer and distribute signals from the input clock source. If the device is used as a delay line then it will delay the signals for a certain period before propagating it. One of the advantages of this device is its wide temperature range, allowing for reliable and robust operation over temperature profiles.

The working principle behind CY2CC910OXI-1 is quite simple. It works on the basis of a frequency divider, which divides the input clock frequency into a range of clock frequency outputs. This is done by setting the right voltage levels, and the PLL then synchronizes all these outputs. The device also contains an analog control circuit, which can adjust the frequency and slew time of the division outputs.

In order to drive multiple clock signals with the CY2CC910OXI-1, users can configure the device to either operate in multiplexer or divide-by-N mode. In multiplexer mode, the device will multiplex the input clock signal and send out the different outputs to different output nodes. In divide-by-N mode, the PLL will divide the input clock frequency by a user-defined divisor, providing multiple output clocks.

The CY2CC910OXI-1 is also very useful for clock jitter reduction, as it is capable of providing a highly stable clock signal to multiple outputs. It can provide low jitter clock outputs, ranging from 1.0 to 20 picoseconds, and can reduce jitter levels from up to 50%. As well as this, the CY2CC910OXI-1 can be used for clock signal distribution, with access to the onboard XOR gate for clock splitting.

Overall, the CY2CC910OXI-1 is a highly efficient and powerful solution for clock buffering and signal distribution, with a wide temperature range and low jitter outputs. Its highly integrated design provides low power consumption and superior stability, making it ideal for a wide range of clock/timing applications.

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