CY2CC810OXC

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CY2CC810OXC is a clock buffer, driver and generator offering low-skew, low-noise distribution of low-frequency clocks. It can also integrate other clock signals such as HCSL, LVDS and LVPECL inputs. Its low-power and low-EMI solutions are designed to help designers adhere to the power and EMI requirements of the end devices.

The CY2CC810OXC works in a cost-effective manner and also provides great design flexibility. It takes only one clock signal to generate up to 7 outputs with a wide range of frequencies available. It has an internal power supply which can be adjusted to meet the specific needs of different applications. In addition, the built-in low-skew routing architecture ensures minimal signal delay, while the integrated EMI filters reduce signal interference.

CY2CC810OXC can be used in a wide range of applications, such as data synchronization, signal integrity and low-noise clock distribution. It is ideal for applications that require low-noise clock distribution, as its low-skew architecture ensures minimal signal delay and level shifting. In addition, the device can be used in applications that require low-power and low-EMI solutions, since its low-power, low-EMI solutions are designed to help adhere to the power and EMI requirements of the end devices.

In terms of working principle, CY2CC810OXC works by generating clock outputs from an incoming clock signal. The incoming clock signal is first split into multiple phase-shifted clock signals. These phase-shifted clock signals are then used as the inputs for the individual clock buffer and driver circuits. The individual clock buffer and driver circuits are then used to generate the clock outputs from the phase-shifted clock signals. The outputs are then adjusted to meet the specific requirements of different applications.

CY2CC810OXC can be used to solve a variety of design issues, such as low-noise clock distribution, low-skew routing and low-EMI solutions. It provides a cost-effective, low-power and low-EMI solution to ensure minimal signal delay, while its built-in routing architecture provides a wide range of frequencies available. In addition, the adjustable power supply and integrated EMI filters ensure low-noise clock distribution and low-EMI solutions.

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