SI5335D-B08029-GM

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SI5335D-B08029-GM is part of the family of clock/timing components technology from Silicon Labs. It utilizes advanced programming tools and methods to generate high-performance clock outputs without the need for external components. This integrated clock device contains a differential PLL, crystal oscillator, voltage-controlled oscillator and multi-synth frequency synthesis output to deliver unmatched coding and capability.The SI5335D-B08029-GM offers a wide range of programmable features, such as frequency range, pulse length, frequency modulation, output gain and drfensive power supply. All of these can be adjusted to suit application requirements in a variety of applications. This device is designed to be easy to use and offers improved reliability and cost efficiency.The SI5335D-B08029-GM operates at frequencies up to 300MHz and its digital interface allows it to be programmed to required frequency. This device provides phase noise and jitter performance that is below that of other external frequency dividers or synthesizers. It also has a low output clock power level which helps to reduce system energy requirements.The primary application of the SI5335D-B08029-GM is in telecommunications, networking and computing systems. This clock generator can be used in test and measurement systems, consumer electronics, medical imaging and industrial applications. The SI5335D-B08029-GM is a fully integrated frequency synthesizer device, meaning that the PLL, crystal oscillator, VCXO and multi-synth are all integrated into the same package. This reduces the number of components needed to create a clock and results in a cost-effective solution.The working principle of the SI5335D-B08029-GM is based on a clock generator’s basic function: to take a reference frequency from an oscillator and multiply it to a higher frequency. This is done by utilizing a phase-locked loop. The PLL uses one or more input signals (e.g. crystal oscillator, clock reference, or user-defined input) and multiplies the input to a higher frequency. The output frequency is then divided down to the desired frequency by an integer or fractional divider.The SI5335D-B08029-GM can operate at temperature ranges between -40 to 85°C and comes in a 6 x 6 mm package. This device is designed to reduce system complexity and enable high-performance clock output for a variety of applications.

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