SI5350A-B06872-GTR

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The SI5350A-B06872-GTR from Silicon Labs is a Clock/Timing device that is designed for use as a highly precise clock generator or programmable frequency synthesizer. This device is designed for applications requiring precise and reliable timing solutions, such as video systems, digital audio systems, telecom, and broadcast. It can also be used for a variety of other applications, such as test and measurement, calibration, monitoring, and data communications. The SI5350A-B06872-GTR is capable of generating several different types of clocks, including low-skew LVCMOS output clocks, ultra-low-skew and jitter sine output clocks, low-skew differential output clocks, and low-skew parallel output clocks. Additionally, it is capable of synthesizing precise clock frequencies up to 1.2 GHz and supporting an input frequency range of 1 - 312 MHz.

The SI5350A-B06872-GTR is a versatile device that features a wide range of programmable features and has an on-board digital frequency synthesizer with programmable settings and Automatic Baud Rate Analysis (ABR). It also features flexible output configurations, wide clock frequency ranges, and a programmable spread spectrum clocking mode. The SI5350A-B06872-GTR also provides a power supply rejection ratio of 75 dB, making it an ideal device for precision timing applications.

The SI5350A-B06872-GTR is a highly integrated and flexible clock generator. It features an advanced clock synthesis engine, which is capable of generating multiple output clocks from one input clock. The device also has an on-board digital frequency synthesizer with programmable settings, which allow the user to configure the output clock frequencies and waveform characteristics. The device is also capable of generating clock frequencies up to 1.2 GHz and supporting an input frequency range of 1 - 312 MHz. In addition, the SI5350A-B06872-GTR features a wide range of programmable features, including programmable spread spectrum clocking modes, output clock polarity configuration, and multiple output clocks with adjustable duty cycle.

The working principle of the SI5350A-B06872-GTR is as follows: First, the input clock is buffered and passed through an on-board programmable digital frequency synthesizer. This synthesizer can be programmed with a wide range of parameters, including output clock frequencies and waveforms, output skew management, clock duty cycle, and more. The signal is then mixed with a signal from a reference clock, which is either internal or external, in order to generate the specified output clock frequencies. This reference clock can be programmed with a wide range of frequency settings, enabling the device to produce a wide range of output clocks with very precise frequency control. Additionally, the device is also capable of generating clocks with adjustable duty cycle and spread spectrum clocking.

The SI5350A-B06872-GTR is a versatile device that is designed for a wide range of applications requiring precise and reliable timing solutions. It is capable of generating multiple output clocks from one input clock and has a wide range of programmable features. The device is also capable of synthesizing precise clock frequencies up to 1.2 GHz and supporting an input frequency range of 1 - 312 MHz. Furthermore, it provides a power supply rejection ratio of 75 dB, making it an ideal device for precision timing applications.

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