SI5335C-B07841-GMR

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SI5335C-B07841-GMR clock generators are a type of frequency synthesizer modules which are used for generating precise, programmable clock signals in multiple frequency target applications. It is an integrated frequency synthesizer module manufactured by Silicon Laboratories. It has high speed, low power, miniaturized solutions with excellent phase noise performance while making it one of the most complete solutions for clock generation on the market.

SI5335C-B07841-GMR can be used in point-to-point, or distributed clock systems in communications, datacomm, instrumentation, computing/storage, and broadcast/video applications. It can be used for transformers, LVDS, spwls, rclk and clock bridging. It also supports wide range voltage inputs. This device has low jitter and phase noise, which makes it a great choice for various timing applications. The SI5335C-B07841-GMR provides versatile features and benefits for its size and cost, making it suitable for many applications including those in embedded, automotive, industrial and consumer markets.

The work principle of the SI5335C-B07841-GMR clock generator is based on the founding principles of Frequency Synthesis PLLs (Phase-Locked Loops). Frequency Synthesis PLLs are advanced concepts which allow the components of a signal to be intelligently interrelated and synchronized in order to provide consistent results. Initially, a clock signal, or frequency reference signal, is input. This signal is then fed through a frequency divider, or a frequency synthesizer block which divides down the frequency reference until a stable frequency signal is established. This signal is then used as a reference by a Phase Comparator, which periodically compares the input signal with the output signal. When they are not in phase, the comparator corrects the frequency synthesizer to bring them back into phase. This is the concept of the PLL Loop—phase-matching an input signal with the output signal.

SI5335C-B07841-GMR has many programmable features and advanced features such as a high dynamic phase error tracking range, fast phase error tracking rate, and the ability to program fractional frequency synthesizers and clock phase drifts. Digital control has improved flexibility and better performance for frequency selection, phase lock loop tuning, and power save cycling. This device also offers a wide range of outputs to match multiple frequency targets and reduce external components. It integrates all the necessary elements of an effective frequency synthesizer solution with its low jitter, phase noise and low power operation.

The SI5335C-B07841-GMR is a great choice for applications requiring a clock signal that is programmable, robust, and low jitter. Its frequency synthesis based approach allows designers to select multiple output frequencies while still optimizing the power and performance characteristics of the desired output clock. With its wide range products and features, it is well suited for a variety of clock generation, clock distribution, and clock management solutions.

In summary, SI5335C-B07841-GMR Clock Generators are a type of Frequency Synthesizer modules used for generating precise and programmable clock signals in multiple frequency target applications. It offers designers versatility, low power, high speed, low jitter and outstanding phase noise performance. It offers an integrated frequency synthesizer solution covering the entire frequency range and 9 outputs, while also supporting a large number of fractional frequency synthesis options. Suitable for many applications in embedded, automotive, industrial and consumer markets, its high performance and rich feature set make it one of the most complete solutions for clock generation on the market.

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