SI5317B-C-GMR

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The SI5317B-C-GMR is a high-performance AnyRate clock generator from Silicon Labs, which integrates the advanced and highly accurate Silicon Temperature Compensated Crystal Oscillator (TCXO) with a comprehensive Clock and Timing (C&T) tunable based Frequency Synthesizer. This TCXO has a temperature stability of ±2.5ppm over a wide temperature range, which makes it ideal for precision clocking applications. The SI5317B-C-GMR allows designers to reconfigure the frequency, jitter, and frequency response of the device in a matter of seconds, helping to save time and resources when it comes to high-precision system design.

The SI5317B-C-GMR provides a wide range of frequency generator and synthesizer options, including low-frequency signals, high-frequency clocks, and multiple-output clocks. It supports several output frequencies, such as frequency, fractional frequencies and spread spectrum clock signals. In addition, the SI5317B-C-GMR can be programmed to generate clock frequencies up to 900 MHz. The device also includes a wide range of innovative functional blocks, such as the integrated loop bandwidth control, adaptive jitter attenuators, and clock modulation control.

The SI5317B-C-GMR is different from Other devices as it utilizes a high-performance, digital signal processing-based architecture. This sophisticated architecture is capable of dividing the reference frequency into multiple internally generated clock outputs while ensuring excellent jitter performance. The device has several built-in features, such as the Clock and Timing Tunable Frequency Synthesizer, which allow it to track the reference frequency for superior jitter performance and maximum system flexibility.

The Clock and Timing Tunable Frequency Synthesizer plays a key role in the SI5317B-C-GMR. This feature allows the device to continuously adjust its output frequency in order to compensate for environmental variables and temperature changes. The ability of the SI5317B-C-GMR to adjust its output frequency ensures that clock signals remain accurate and stable over time, even in harsh temperatures. In addition, this feature greatly increases the flexibility of the device by providing designers with the capability to reprogram different clock signals or frequencies in just a few seconds.

The SI5317B-C-GMR also makes use of advanced digital signal processing-based algorithms, which simplify the setup and configuration process. This feature enables designers to quickly implement custom clock frequencies without the need for extensive coding or configuration. Furthermore, these algorithms are used to reduce the jitter of the output signal as well, allowing the device to produce high-quality clock signals even at lower frequencies.

The SI5317B-C-GMR is ideal for a wide range of applications, including telecommunications, aerospace, automotive and industrial systems. Its advanced features, tuned performance and flexibility make it an ideal clock generator for precision clocking applications that demand the utmost accuracy and stability.

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