CDCVF855PWR

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CDCVF855PWR is a family of Clock/Timing devices, in particular Clock Generators, PLLs and Frequency Synthesizers, that provide the designer with extensive programmability. The devices come in a range of packages and operate with an external reference clock and voltage source. These devices are designed to offer flexibility and wide range of application possibilities, such as digital communications systems, disk I/Os and clock timing solutions.

The CDCVF855PWR family of clock/timing devices are also used in a variety of consumer and commercial applications, including network switching, high speed communications and event control systems. The high integration level of the devices enables communication interface solutions that can handle a range of systems, including SKS-16, PCIe and SATA, as well as high-speed memory interfaces, such as DDR4, LPDDR4 and LPDDR5.

The CDCVF855PWR family of clock/timing devices are designed to accommodate a variety of applications by offering a wide range of package styles, clock input/output and reference clock frequencies, voltage ranges and operating temperate. It provides the designer with a variety of features, including programmable clock frequency, spread spectrum and jitter attenuation, various power down modes and programmable phase alignments.

The working principle of the CDCVF855PWR clock/timing device is relatively simple. It takes in a user-specified frequency of the reference clock and uses the on-chip phase-locked loop (PLL) to generate the desired frequency. The device also contains a wide range of output options, including a range of differential clocks, single-ended clocks, PECLs and CMOSs. The frequency, phase and duty cycle of the output clock is adjustable via an onboard configuration register.

The CDCVF855PWR offers designers a robust and flexible solution for clock management in their designs. Its high integration level and wide range of application possibilities allows designers to easily integrate it into their designs, minimizing the need for external components and reducing overall system cost.

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