SI5350A-B04041-GM

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The SI5350A-B04041-GM is a versatile addition to the Timing portfolio of Silicon Labs. It\'s a Clock/Timing device that helps achieve timing accuracies and jitter requirements in a wide variety of application scenarios. This clock/timing device combines a frequency synthesizer and a phased-locked loop (PLL) to provide a single IC solution that can meet the needs of multiple applications.Using the SI5350A-B04041-GM clock/timing device provides superior accuracy and jitter performance compared to other stand-alone clock generators and PLLs. The integrated technology optimizes the design of timing networks by providing the ability to easily create quartz-calibrated, frequency- and jitter-synchronized clock networks. Designers can use this device to easily create oscillators with center frequencies from 10 MHz to 950 MHz that are locked with 1 ppm precision. The SI5350A-B04041-GM also includes a variety of output options for customers to choose from for their specific application requirements. These include different types of low-skew differential clock outputs, single-ended clocks, and spread-spectrum outputs. The spread-spectrum outputs are available in both “In-Band” and “Out-of-Band” modes, as well as “Dynamic-Jitter-Reduction” mode. In addition, the device comes programmed with a variety of factory-programmed frequencies, allowing customers to easily configure the chip for their specific applications.The SI5350A-B04041-GM is the ideal clock/timing device for applications requiring frequency accuracy and low jitter performance. Its advanced internal architecture and output configurations allow it to support a variety of applications and make it an invaluable addition to any design engineers toolbox. The SI5350A-B04041-GM is based on a phase-locked-loop (PLL) architecture that is used as the principal building block in clock/timing systems. Its function is to adjust the phase of an incoming signal so that it is “locked” to a reference signal. This allows it to detect and follow rapid frequency changes from the reference signal and output another signal with the same frequency. This process is known as frequency synthesis. The PLL output is then divided by frequency divisions (FD) to generate the desired output frequency. The SI5350A-B04041-GM also has an integrated temperature sensor, which allows the device to automatically adjust the output frequency and compensate for any temperature-induced frequency drift. This helps ensure that the output signals remain within the design specifications, even when subjected to elevated temperatures. In addition to this, the integrated temperature sensor also allows the device to accurately measure and report the ambient temperature of the system. To further simplify the design process and reduce design cycle times, the SI5350A-B04041-GM has a hardware accelerator that automatically configures the chip, based on input parameters provided by the designer. This feature allows designers to rapidly prototype and evaluate designs with low development costs and minimal risk. In conclusion, the SI5350A-B04041-GM is a versatile, highly accurate clock/timing device capable of providing superior performance in a wide variety of application scenarios. Its built-in features such as temperature sensing capabilities and hardware accelerators, make it an invaluable design tool for engineers who need reliable clock/timing solutions.

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