CDCEL913PWG4

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CDCEL913PWG4 is a high performance Frequency Synthesizers designed for a wide range of applications. It is designed to provide the highest performance in a number of applications such as clock and timing, transmission, signal generation, signal transduction, and time-critical networking services. The device features a high performance clock synthesizer, low power dissipation and fast settling time, allowing it to deliver optimal clock and timing solutions.

The device has a divided-frequency architecture that uses a reference clock signal and a divide-by-N counter to generate a clock signal at a desired frequency, with excellent rise and fall times and linearity control. The frequency can be adjusted over a range between 0.125 MHz to 24.5 MHz. The CDCEL913PWG4 also features a flexible divider mapping, allowing user-defined frequency settings that can be configured in the range between 0.125 MHz and 24.5 MHz, with no additional components required. Combined with low-power and low-noise operation, this makes it ideal for a variety of applications involving high-speed timing.

In addition to its clock synthesis function, the CDCEL913PWG4 includes a wide range of features to support other timing and synchronization tasks. These features include a programmable input divider for dividing the input reference frequency, as well as programmable output dividers and multiple clock sources. These features enable the device to generate multiple clock signals at different frequencies, with the option to program their accuracy or delay. The CDCEL913PWG4 also offers synchronized clock synchronization and wide-area broadcast, which enable the device to generate multiple copies of the clock signal, across multiple sites.

The CDCEL913PWG4 also offers a wide range of performance enhancements such as voltage and frequency control, jitter attenuator, and frequency hopping. The voltage control feature enables the user to adjust the output voltage of the synthesizer without having to re-program the device. Likewise, with the frequency control, users can adjust the clock frequency and maintain stability within a specified frequency range. Jitter attenuator allows the clock signal to remain stable over temperature, current, and other operating conditions, and the frequency hopping feature helps the synthesizer to reduce RFI from internal source and external sources. These features help to provide a reliable and stable clock for use in time-critical applications.

Overall, the CDCEL913PWG4 is an excellent choice for a wide range of clock and timing applications. It has a highly-accurate and reliable clock synthesizer, excellent stability and accuracy parameters, and wide range of advanced features that make it suited for a variety of demanding applications. It is ideal for use in mission-critical timing and synchronisation scenarios, offering superior performance and reliability.

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