SI5350C-B06227-GTR

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Clock/Timing - Clock Generators, PLLs, Frequency Synthesizers are ubiquitous in the digital world. From the most basic computers and radios up to the most sophisticated navigation and timing systems, these components are central to both the operation and stability of these products. The SI5350C-B06227-GTR is a commonly used frequency synthesizer from Silicon Laboratories. Today, it is used in a wide range of products and applications, from Personal AR (Augmented Reality) headsets to communications systems for aerospace applications.

The SI5350C-B06227-GTR is a six-output low-jitter clock generator designed for use in a variety of high-speed applications. This clock generator provides four differential outputs, one single-ended output, and one LVCMOS differential output. Each of these outputs is synchronized to the reference clock and can generate any frequency from 8 kHz to 2.5 GHz. The output frequencies are adjusted using a digital control unit (DCU) — an internal programmable device that allows users to store settings, adjust program settings, and initiate shutdowns and operations. The SI5350C-B06227-GTR also features an on-board temperature sensor that monitors the environment and may be used to adjust the output frequency as necessary.

The SI5350C-B06227-GTR has many practical applications. Its output jitter and frequency stability make it perfect for applications in space, automotive, and industrial applications such as clock distribution, communications and military applications; timing systems for test and measurement, lab instruments, and test set-ups in labs and factories; data acquisition and storage; and precision measurements. As an example, the SI5350C-B06227-GTR can be used to numerically control machines, robots and factory automation systems, or process signals from medical imaging and other medical equipment.

In terms of construction, the SI5350C-B06227-GTR consists of an integrated on-board clock generator, PLL, frequency synthesizer, and zero delay line module that support frequencies from 8 kHz to 2.5 GHz. Both the generator and synthesizer are connected to the same DCU and communicate with external systems via a single SPI interface. A bank of programmable memories is also provided, allowing users to store settings and sequences, initiate shutdowns and operations, and adjust settings as needed.

The operating principles behind the SI5350C-B06227-GTR are based on the way oscillators and PLLs work. Oscillators, also known as crystal oscillators or resonators, generate a periodic electric pulse in a process known as resonance. A PLL, or phase-locked loop, is a closed-loop feedback system that uses two or more independent oscillators to achieve synchronization. The oscillators within a PLL are typically coupled in such a way that the output frequency approaches that of the reference frequency. In the case of the SI5350C-B06227-GTR, the reference frequency is provided by a signal sent to the DCU, and is compared to the oscillator signal within the PLL. Once the two signals are synchronized, all other outputs are generated at the same frequency, resulting in a stable and accurate frequency.

The SI5350C-B06227-GTR’s wide range of features, low jitter, and frequency stability make it the ideal component for a wide range of high-speed digital and medical applications. Its ease of use and capable configuration means it can be integrated into a number of complex systems, quickly and easily.

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