SI5351A-B08256-GTR

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The SI5351A-B08256-GTR is one of the most advanced clock/timing generator, phase-locked loop (PLL), and frequency synthesizer products on the market today. It provides a high degree of flexibility in output frequency and phase control, as well as advanced features such as adjustable output slew rate control, spread spectrum and jitter attenuation. The SI5351A-B08256-GTR is designed to meet the most demanding timing and frequency requirements of today’s wireless communication systems. It is ideal for applications requiring the sequencing and synchronization of multiple system clock and data signals.

The most common application of the SI5351A-B08256-GTR is as a clock or timing generator that supplies high-accuracy reference signals. This allows system designers to configure the clocks and data signals that are necessary for optimal operation. Additionally, the SI5351A-B08256-GTR can be used in the PLL frequency synthesizer mode to provide the flexibility and precision necessary for wireless system clock sources.

One of the primary advantages of the SI5351A-B08256-GTR is its extremely low jitter output, which is just one of its several advanced features. This feature allows it to maintain tight frequency accuracy even when input signals and other conditions vary. Additionally, the SI5351A-B08256-GTR offers a wide range of input frequency and sampling rate options, as well as a single-wire control interface, making it the perfect solution for any clock/timing system, even the most complex.

In terms of working principle, the SI5351A-B08256-GTR is a highly programmable frequency and phase modulated clock and timing generator. It is intended to be used primarily as a frequency synthesizer and clock generator, though it can also be used as a PLL frequency synthesizer. It can generate round-trip and differential clock output frequencies up to 200 MHz and single-ended frequencies up to 170 MHz.

The SI5351A-B08256-GTR also features several advanced features including adjustable output slew rate, number of clocks per regular cycle, spread spectrum and jitter attenuation. It has several different output configurations, each one being optimized for different applications. The SI5351A-B08256-GTR is capable of producing single-ended or differential clock outputs, making it the ideal choice for a variety of system clock and timing applications.

At the heart of the SI5351A-B08256-GTR is a digital frequency synthesizer, which is used to generate the desired output clock and frequency signals. The digital frequency synthesizer is connected to an analog filter, which is used to select and filter the desired output frequencies. The digital frequency synthesizer and filter are connected to an amplifier, which is used to boost the signal to the desired output level. The output of the amplifier is then sent to the output driver, which is used to provide the actual output clock signals.

The SI5351A-B08256-GTR is designed to provide very accurate, low jitter clock output signals. It is designed to be highly programmable and flexible, allowing for a remarkable degree of accuracy and precision for a wide range of applications. Its adjustable slew rate, spread spectrum, and jitter attenuation features make it an ideal choice for timing and frequency requirements in today’s wireless communication systems.

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