C3VFSV7

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The C3VFSV7 oscillator is a high performance clock generator featuring ultra-low jitter, low phase noise and sinusoidal signal output. It is designed for applications requiring precise clock synchronization and has been widely used in many fields.

The C3VFSV7 oscillator leverages a unique clock synthesis technology, which enables low-jitter and low-phase-noise signals to be generated even for complex fractional dividers. This technology is achieved by using a sigma loop filter, which effectively compensates the phase-noise and jitter inherent in the current fractional-N PLL technology.

The C3VFSV7 works in two modes – VCXO (Voltage Controlled Crystal Oscillator) and TCXO (Temperature Controlled Crystal Oscillator). In the VCXO mode, the C3VFSV7 is used as a frequency synthesizer and in the TCXO mode, the C3VFSV7 is designed as a highly-stable frequency reference. When used in conjunction, the C3VFSV7 can generate a wide range of clock output at different frequencies, making it ideal for applications that require multiple clocks of different frequencies.

The C3VFSV7 works by using a high-performance phase-locked loop (PLL). A PLL is a type of feedback loop that synchronizes an output frequency with an input frequency, and this is achieved by using a feedback signal to adjust the output frequency. In the C3VFSV7 oscillator, the PLL is embedded in the onboard IEEE-1588 hardware and in the frequency synthesizer, allowing for a wide range of frequencies to be synthesized and maintained over temperature and process variations.

The C3VFSV7 is designed to be highly versatile and is suitable for use in a broad range of applications including frequency synthesis, system clock generation, multi-port data converters, test and measurement, communication networks, and time and frequency standards. The C3VFSV7 is a perfect choice for applications requiring high frequency resolution, low-phase noise and high-bandwidth timing.

The C3VFSV7 is a reliable device as it is designed with an intelligent integrated system that provides better performance and power efficiency. The integrated circuit includes an 8-bit A/D converter, a 16-bit Sigma Delta modulator, and an integral low-power, high-accuracy phase detector for better performance and power efficiency. In addition, the C3VFSV7 supports a number of features such as pre-programmable initialization, clock synchronization, and transition control, making it the perfect choice for a host of applications.

The C3VFSV7 oscillator is a highly reliable and accurate clock source with low phase noise and low jitter, making it the perfect choice for many time-critical applications. Additionally, the integrated data converters, 16-bit Sigma Delta modulator, and low-power, high-accuracy phase detector make the C3VFSV7 well-suited for high-performance applications. For applications requiring multiple frequencies, the C3VFSV7 is the ideal solution, as it can generate a wide range of frequencies and remain stable over extended periods of time.

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