SI5341C-D-GMR

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Part Status:	Active

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SI5341C-D-GMR is a state-of-the-art silicon based integrated circuit for clock and timing applications. It is designed to generate high-speed reference signals by accurately synthesizing multiple outputs from a single reference input. Its primary application field is in the digital telecommunications and networking industry which requires high frequency and accuracy of timing signals. The high accuracy of the clock and timing signals is achieved by the SI5341C-D-GMR\'s unique features, such as wide frequency range, wide input range, low jitter and harmonic suppression.A clock or timing signal is an electrical pulse that repeats at regular intervals. The SI5341C-D-GMR is designed to generate multiple clocks from one input reference clock with high accuracy and stability. These clocks can be used for synchronization of communications systems, providing exact time information, or as a time base for other applications. The various outputs are usually required to have frequencies that are integer multiples of the reference clock. The SI5341C-D-GMR can be used to produce up to twelve outputs with exact phase and frequency ratios up to one million times that of the reference clock. The SI5341C-D-GMR integrates the well-known Phase-Locked Loop (PLL) technique to synthesize output clocks. PLLs are a popular choice for a variety of applications. They are used to provide exact frequencies for synchronization, jitter control, frequency control and many other applications. The SI5341C-D-GMR\'s PLL enables it to accurately synthesize multiple clocks from a single wafer, achieve very low jitter, and support a wide frequency range.The SI5341C-D-GMR utilizes a patent-pending integrated circuit which helps mitigate jitter and reduces harmonic noise. This circuit, referred to as the “D-GMR”, stands for “Differential Gain Matching Reduction”. The D-GMR technology helps reduce the correlation between gain and phase shifts that occur during frequency synthesis. This helps to ensure that the output frequency is accurately synthesized and immune to even minor temperature variations in the device\'s environment.The SI5341C-D-GMR also has a wide narrow-band dynamic range. This is to ensure that the output frequency accuracy remains constant over the whole frequency range the device supports. The frequency synthesizing with the SI5341C-D-GMR is done by through an analogue-analogue circuit, which is a type of self-adjusting mechanism in the device. This enhances the accuracy of the output frequency as well as ensuring robust operation over temperature and voltage variations.Overall, the SI5341C-D-GMR is an ideal choice for applications requiring high accuracy clock and timing signals. With its low jitter and harmonic noise, wide dynamic range, and efficient frequency synthesis, it is an ideal choice for digital communications, clock distribution, timing and synchronization, and other related fields. It is also a great choice for designs that require low power and high performance.

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