SI5335D-B01626-GMR

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The SI5335D-B01626-GMR is a clock generator, PLL and frequency synthesizer manufactured by Silicon Labs. It is part of the company’s precision mixed-signal ClockManager product family and is designed to address a wide range of application requirements from telecom and datacom infrastructure equipment to medical, industrial and consumer applications. This device offers suitable frequency generation and synchronization performance which makes it a popular choice for designers needing a cost-effective and reliable solution.

The SI5335D-B01626-GMR model is supplied in a small 3 mm × 3 mm 36-pin QFN package. It provides phase-locked loop (PLL) clock trees using a 6-outputs, low-skew PLL. It also has 5 differential clock outputs as well as 7 spread spectrum clock (SSC) outputs. The PLL loop bandwidth is configurable to satisfy the frequency source requirements of various customers. This device is optimized to generate reference clocks with an input reference frequency from 10 MHz to 800 MHz. Its features include full digital frequency programming and control, I2C/SMBus serial interface, spread spectrum clock outputs, and zero-delay-buffer for reduced skew. It also offers an input-frequency range of 10 MHz to 800 MHz and a single-ended output frequency up to 400 MHz.

The working principle of the SI5335D-B01626-GMR involves the use of crystal oscillators and feedback paths to control the frequencies of the outputs. At the core of the device is a reference oscillator (RO) which generates a reference frequency that is supplied to a downstream frequency multiplier (FM). By adjusting the parameters of the oscillator and/or by selecting a different FM output divider, theFM output frequency can be changed. The result is a wider range of output frequencies with minimal phase noise. Additionally, the device also incorporates spread spectrumclock outputs for enhanced noise immunity.

The SI5335D-B01626-GMR has the ability to synchronize multiple input clocks at the differential inputs. This is a great feature for applications that require multiple clock sources but with minimal variations induty cycle, phase and frequency. It also offers a low phase-noise at frequencies up to 200 MHz, enabling other applications such as high-performance computing and communication. Another great advantage of this device is its on-chip power-on reset generation, which ensures that the device is correctly initialized on power-up.

Overall, the SI5335D-B01626-GMR is an ideal device for applications that require precise clock synchronization and tuning, as well as multiple reference clock sources. The device is suitable for applications such as telecom, datacom, industrial, medical and consumer applications. With its low power-consumption, wide input frequency range and adjustable clock output parameters, the SI5335D-B01626-GMR is sure to provide customers with the performance and reliability they need.

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