650R-01LF

The 650R-01LF clock generator, PLL and frequency synthesizer is designed for Today\'s clock/timing applications. This device is capable of generating frequencies with exceptionally high jitter performance, low power consumption and a wide range of features. It is a single chip solution, making it highly adaptable and cost-effective.

The 650R-01LF operates in the fractional-N phase-locked loop (PLL) mode and contains a 5-bit programmable phase interpolator and divide network. The device also includes an integrated DC-DC voltage regulator and an integrated low swing differential output driver. The 5-bit digital phase interpolator offers tight control of the generated frequency.

The 650R-01LF supports a wide input frequency range (input clock frequency from 10 KHz up to 500 kHz), making it suitable for various types of applications with different setting requirements. Moreover, the integrated voltage regulation module provides an excellent clock output quality regardless of the input voltage supply variation range. As a result, the device achieves high accuracy, stability and reliability.

The 650R-01LF offers hi-fi resolution for frequency generation in the range of 10 KHz to 500 KHz with a frequency tuning range of 12.5ppm to 350 Hz in fractional-N PLL mode. Furthermore, its advanced proprietary architecture provides greater accuracy and wide programmability. This device is especially useful in applications such as mobile phones, PDAs, digital cameras, portable music players and other digital devices.

The 650R-01LF is an efficient and high-performance clock generator, PLL and frequency synthesizer. Its sophisticated architecture and digital interpolator allow for precise and stable frequency control. The device is highly configurable and offers a wide range of features that make it an ideal solution for today’s clock/timing applications. With dramatically reduced power consumption and wide frequency tuning range, the 650R-01LF is an ideal choice for low power and cost-effective clock/timing solutions.