SI5335B-B07708-GMR

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SI5335B-B07708-GMR is a silicon based timing Programmable Clock Generator which is developed by Silicon Labs, a leading supplier of Zigbee, Bluetooth, Instant RF and Wi-Fi products. This device is designed to operate at frequencies from 10kHz to 500MHz. It utilizes a high speed low jitter PLL based technology and provides superior performance in terms of low power consumption and low jitter. It is an integrated device which contains two highly optimized programmable oscillators, a Voltage Controlled Oscilator (VCO), a Spread-Spectrum Clock Generator (SSCG), and the PLL.

The SI5335B-B07708-GMR is a great clock generator, boasting robust functionality and performance. It offers an option for configuring the frequency as well as an option for enabling the spread spectrum clock operations. This device supports both a digital and analog input and provides clock outputs with a wide range of frequencies, steps, and jitter. The device supports two voltage controlled oscillators (VCO) with two output buffers and can generate any frequency within its range using a single-phase or a dual-phase oscillator.

SI5335B-B07708-GMR is ideal for use in applications such as medical imaging, server, control systems, gaming and automation. The wide AVCO frequency tuning range of SI5335B-B07708-GMR allows it to be used in various applications. It offers low current consumption and operates reliable at temperatures up to 125°C. The Spread-Spectrum Clock generator allows the user to apply frequency modulation to reduce EMI (electromagnetic interference). Furthermore, the integrated PLL provides an interesting feature to reduce jitter and minimize the phase noise. This makes it ideal for applications in the multimedia, telecommunications and consumer electronics area.

The working Principle of SI5335B-B07708-GMR is based on a highly efficient VCO and Phase-Locked Loop(PLL). The VCO produces a square wave oscillation at the desired output frequency. The frequency of the oscillator is then synchronized with the reference clock by combining the VCO signal with the reference clock in a phase detector. The output from the phase detector is fed to a loop filter which, in combination with a voltage-controlled amplifier (VCA) fine tunes the oscillator frequency. Finally, the output from the VCA is combined with the reference clock, using the same phase detector, to compare the two signals. This continuous process continues, until the output frequency of the VCO matches the output frequency of the reference. Once this is achieved, the VCO, and the PLL, become locked and the output frequency gets synchronized with the reference clock.

SI5335B-B07708-GMR is an excellent choice for applications, requiring low EMI and low-jitter clock outputs. Its low power consumption and robust performance, as well as the diverse frequency range and powerful PLL, makes it an ideal clock generator for numerous applications. It is an excellent choice for applications where precision and reliability are critical, such as in medical and industrial applications.

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