CDCLVP1204RGTT Integrated Circuits (ICs)

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CDCLVP1204RGTT is a high performance clock buffer. The device has been designed to accommodate any of the clock signals, such as 3.3V and 5V, to drive up to sixteen outputs.

The device’s working principle is a cascaded buffering technique. The input signal is first buffered and immediately thereafter divided by a factor of two. The signal is then again passed to the next level. The signal is further divided until its final value is reached. At each stage of buffering the signal is replicated and each replicated signal is again passed along for further processing.

CDCLVP1204RGTT applications include high speed clock signal distribution, clock and data routing for high speed digital systems, clock signal synchronization and in many consumer electronics products. It is especially suitable for applications that need to divide the clock frequencies by large factors with very low jitter and adjustable drive.

Using a wide range of frequency ranging from 20 MHz to 2.5GHz, CDCLVP1204RGTT offers superior jitter and provide a wide selection of input/output configurations, plus an adjustable output data rate. With an internal PLL, the device enables the incoming signal to stay synchronized with the internal clock, so that there is no phase or frequency drift.In addition, it also features adjustable spread spectrum which enables the device to work in congested environment.

CDCLVP1204RGTT’s highly adaptive and reliable system design ensures the signal integrity and makes it especially suitable for dense PCBs stacked with digital devices. Its rugged construction make it ideal for outdoor use, withstanding shocks and vibration. Output signal integrityis maintained to meet tight jitter specifications for an ultra reliable performance.

In conclusion, CDCLVP1204RGTT clock signal buffer offers superior jitter and adjustable data rates for a wide range of applications. With an internal PLL, adjustable spread spectrum and superior signal integrity, this device is the perfect choice for any clock synchronization needs.

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