SI5315A-C-GMR

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SI5315A-C-GMR is an advanced differential oscillator from Silicon Labs designed for low jitter and high accuracy frequency applications. The oscillators provide a low additive-phase jitter performance of 0.33 ps RMS and wide-span tuning range of up to +/-640 ppm. This makes them ultra-low jitter clock sources especially suited for applications where precision clock synchronization is required. SI5315A-C-GMR oscillators feature robust isolation capabilities, allowing them to be used in a variety of applications, including networking, storage, communications, and other industrial automation systems.

The SI5315A-C-GMR oscillator comprises a precision quartz crystal, a resistor and capacitor, a custom control logic IC, and a host of power supply and protection elements to provide a complete solution for frequency synchronization applications.

The device operates by passing an incoming clock signal through a quartz crystal element, which is used to set the resonant frequency of the oscillator circuit. The quartz crystal is then tuned to the desired frequency with a resistor and capacitor, both of which are used to adjust the crystal\'s frequency response. This tuning process is aided by the on-board control logic IC, which interfaces with the crystal and allows for custom settings including threshold values. In addition, the control logic IC also provides the necessary power supply and protection to ensure the most reliable and stable performance possible.

The SI5315A-C-GMR clock oscillator also includes an onboard temperature compensation feature, which ensures that the device remains stable and accurate even in environments where temperature variations can adversely affect the performance of the oscillator. This ensures that the device is capable of providing consistent, reliable performance in any condition.

The SI5315A-C-GMR is a versatile, low jitter clock source that is suitable for a wide range of applications. These include communications, networking, and storage systems, as well as industrial automation applications where precision clock synchronization is required. With its wide-span tuning range and robust isolation capabilities, the device provides a reliable and high performance solution for a variety of precision frequency synchronization applications.

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