SI5351A-B04771-GTR

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The SI5351A-B04771-GTR clock generator is rapidly gaining traction in the clock and timing market as a reliable and cost-effective solution for a wide range of applications. It offers high-fidelity output phase noise, low jitter and phase noise, as well as excellent temperature stability over an extended temperature range. The device provides three independent outputs, or two independent outputs, plus an additional differential output combination. By adjusting input frequencies and employing fractional-N, fractional-N/2, and integer-N frequency synthesis techniques, the SI5351A-B04771-GTR is a versatile tool capable of generating numerous output frequencies with a high degree of accuracy. In addition to providing low noise and high phase-noise performance, the device also exhibits low jitter of 65 fs (rms) - a 55% reduction compared to its predecessor. Furthermore, the SI5351A-B04771-GTR exhibits excellent temperature stability of 0.01ppm/ºC over the extended temperature range of -40ºC to +85ºC.

SI5351A-B04771-GTR can be used in a variety of applications including communications, information processing, telemetry, base stations, power management and industrial networking, among others. The device provides a cost-effective solution for applications requiring a high degree of phase noise and performance for critical timing functions. The SI5351A-B04771-GTR also offers a wide range of features such as programmability, low power consumption, glitch-free outputs, and a small footprint which allows easy integration into end products.

The SI5351A-B04771-GTR\'s working principle relies on using a phase-locked loop (PLL) to convert a given input frequency into a highly accurate output frequency. The device is equipped with a built-in PLL which is capable of generating multiple output frequencies with a high degree of accuracy. By inputting an RF reference clock and an analog voltage control signal, it is possible to easily configure a number of output frequencies, thus allowing for a flexible and easy-to-use solution. Additionally, the device is also capable of using a variety of control techniques such as fractional-N synthesis and pulse-swallowing to obtain the desired frequency. By employing such techniques, it is possible to reduce the output noise and jitter, and ultimately obtain highly reliable output signals.

In conclusion, the features and capabilities of the SI5351A-B04771-GTR make it an ideal clock generator for a wide range of applications. It is a cost-effective, low noise solution with excellent temperature stability, low jitter and programmability. Furthermore, it also has a small footprint and high phase noise performance, making it an attractive choice for industrial and communication applications.

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