SI5368A-C-GQR

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The SI5368A-C-GQR device is a highly integrated timing solution that offers excellent design flexibility and reduces board space by combining multiple frequency synthesis stages in a single package. This makes the SI5368A-C-GQR an excellent choice for platform applications where reliability and cost are key factors. The SI5368A-C-GQR supports a wide range of industrial and commercial applications, such as data communications, video cameras, networking and communications equipment, medical imaging systems and consumer electronics.

The multiple stages of frequency synthesis contained in the SI5368A-C-GQR allow for the generation of frequencies from a wide range of sources, such as crystal oscillators, oscillators based on resonators, voltage controlled oscillators, or even off-the-shelf synthesizers. The device supports multiple types of clocking and synchronization signals, including output pulse-width modulation, synchronous PWM, and open-drain buffered outputs. This makes it easy to implement any required frequency generation, synchronization, or clocking requirements.

The SI5368A-C-GQR is designed to reduce time-to-market by providing all of the necessary components and components’ support in a single package. This makes it possible to quickly prototype designs with few external components, reducing the cost and complexity of the design. The device also features an on-chip power-on reset feature that ensures reliable and accurate system startup, allowing designers to quickly and easily build working embedded systems quickly.

The SI5368A-C-GQR is equipped with a wide range of power-saving and performance-enhancing features, such as automatic power management, dynamic frequency scaling, clock and frequency switching, and low power modes. These features allow for designs to take advantage of the full range of performance provided by the device, while also optimizing power consumption to help meet system power efficiency goals. The device also includes a wide range of protectors and filters to help shield the system from EMI and voltage spikes, further reducing system power consumption.

The SI5368A-C-GQR operates on the principle of frequency synthesis, where a reference frequency is multiplied or divided by a series of dividers and multipliers in order to generate a desired output frequency. The reference frequency can be provided either directly by an external signal or through an on-chip oscillator, while the divider and multiplier ratios are controlled by a series of low-frequency digital control signals. The device can generate up to 16 different output frequencies, each of which can have its own signal quality, phase, and frequency characteristics. The SI5368A-C-GQR also includes an on-chip temperature sensor and phase locked loop, allowing for high stability, phase-locked loop systems.

In summary, the SI5368A-C-GQR device is an excellent choice for a wide range of industrial and commercial applications, allowing for the generation of multiple frequencies from a wide range of sources, with additional power-saving and performance-enhancing features available. The multiple stages of frequency synthesis provided by the device make it easy to implement any frequency generation, synchronization, or clocking requirements you need, while the on-chip temperature sensor and phase locked loop make it well-suited for high stability, phase-locked loop systems.

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