CG7878AA

Series:	--
Part Status:	Obsolete

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The CG7878AA clock buffer is a low power, low skew, and low jitter clock distribution solution for maximum clock frequency rates. It is designed for a variety of applications, from embedded systems to ASICs, FPGAs, high-speed SRAMs, and low jitter phase-locked loops (PLLs). The clock buffer provides an enhanced clock jitter performance while supporting a wide range of clock frequencies.The CG7878AA is a 12-bit clock buffer and driver. Its 12-bit input will receive an input clock signal and then divide and output up to 12 identical low jitter clock signals. Each output driver is capable of sinking or sourcing 10 mA of current, allowing a wide range of devices to be driven. The duty cycle of the output clock is adjustable by 3 bits, which allows the user to tune the duty cycle to the desired setting.The CG7878AA has two operating modes - Master and Slave. In Master mode, the clock buffer takes the input clock signal and divides it into 12 equal clock signals. In slave mode, the clock buffer takes the input clock signal and divides it as determined by the 3-bit duty cycle setting.The CG7878AA is based on advanced circuit architecture which reduces the noise, jitter, and power consumption of the device. The device has an adjustable 3-bit duty cycle which allows the user to tune the output clock to match the required applications. The CG7878AA also features an intelligent auto-power down function for low power applications.The CG7878AA’s wide range of features makes it ideal for a number of applications. It can be used in a variety of embedded systems, as well as in communication systems, data processing and storage, digital control systems, and multimedia applications. With its superior clock jitter performance, the CG7878AA ensures that clock signals remain accurate and stable even at higher clock frequencies.The CG7878AA is a significant device for those looking for a reliable low-power, low-skew and low-jitter clock distribution solution. The device is highly efficient, supporting a wide range of clock frequencies with minimal power consumption and ensures high accuracy in the output clock signals. It is also an economical solution for embedded systems, communication systems, data processing and storage, and multimedia applications.

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