SI5335C-B08779-GM

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Introduction to the SI5335C-B08779-GM

The SI5335C-B08779-GM is an integrated clock generator/synthesizer/PLL that is designed for a variety of applications in the embedded computing, positioning and timing, and communications markets. It is designed to meet the needs of many systems requiring high accuracy, low jitter and wide tuning range. This device provides an excellent combination of low power consumption, low cost, and a wide set of features.

Applications of the SI5335C-B08779-GM

The SI5335C-B08779-GM is used in various clock and timing applications, including embedded computing systems, satellite navigation, mobile communication systems, and broadcast communication systems. It is also used in aviation and aerospace applications, as well as industrial test and measurement. It is used for providing flexible and accurate timing for digital synthesis and processing, such as frequency and phase hop timing, delay synthesis, pulse-width modulation, pulse-rate modulation, timing for signal processing, and frequency translation.

The SI5335C-B08779-GM offers excellent flexibility in designing clock and signal distribution networks, enabling replica or redundant clocking schemes, clock multiplexing, signal amplification, and device synchronization. The device also provides an option to interface with crystal oscillators, LVCMOS and LVDS signals, allowing the clock signal to be more accurately locked to that of an external crystal oscillator. The device also offers frequency modulation, which can be used to provide different clock output frequencies.

Working Principle of the SI5335C-B08779-GM

The SI5335C-B08779-GM is a frequency synthesizer, phase locked loop (PLL) and frequency multiplier. It combines a configurable high frequency reference clock, a phase comparator, a loop controller, and an output clock driver to provide an integrated and highly flexible clock generation and signal distribution system. The device works by taking in a low frequency reference signal, such as that from an external crystal oscillator, and then multiplying the signal to generate a higher frequency output. The high frequency output can then be used for applications such as driving system clocks, digital signal processing (DSP) devices, and timing for communications systems.

The SI5335C-B08779-GM is also programmable, allowing adjustment of the clock\'s frequency, phase, and duty cycle without the need for hardware modifications. It has numerous options for setting the frequency, such as manual frequency setting, frequency modulation, crystal tuning, and software programmable registers. The device also has adjustable divider registers which can be used to produce multiple programmable output frequencies. Additionally, the SI5335C-B08779-GM is designed to operate from a single 2.5V or 3.3V supply, and it has an integrated 2.4GHz RF output for wireless communications.

Conclusion

The SI5335C-B08779-GM is an integrated, highly flexible and programmable clock generator and synthesizer. It can provide a high frequency output, and it also has options for setting the frequency, phase and duty cycle. It is suitable for use in various clock and timing applications, such as embedded computing systems, satellite navigation and broadcast communications systems, and industrial test and measurement. It combines a configurable high frequency reference clock, a phase comparator, a loop controller, and an output clock driver to provide an integrated and highly flexible clock generation and signal distribution system. It is an ideal device for those who need high accuracy, low jitter, and wide tuning range for their clock and timing applications.

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