841S102EGILFT

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The 841S102EGILFT is categorized as an application-specific clock/timing device. It is designed to synchronize audio, video, data, and other digital communication systems that rely on precise timing and accuracy. A regular clock can be used to track the passing of time and report it through audible or visual means. However, it is not reliable when it comes to precision and accuracy. On the other hand, the 841S102EGILFT has high-accuracy components, filtering, and error correction functions that ensure stability and accuracy. Furthermore, it has adjustable latency, robust temperature compensation, and verbose status reporting capabilities that make it ideal for mission-critical applications.The 841S102EGILFT can generate any frequency from 1 Hz to 250 MHz. It has 6 high-accuracy, low-jitter outputs, including a zero-delay buffer, that provide highly reliable and accurate timing solutions. Additionally, it features a low-noise design, smooth frequency tuning, multiple PLL configurations and clock output reference termination. All these features together provide reliability and accuracy allowing designers to confidently deploy timing systems for mission-critical applications. From a performance perspective, the 841S102EGILFT has an impressive phase jitter of only 35 fs rms per a 20-MHz reference input. This ensures that communication systems can be more robust and accurate. Additionally, the 841S102EGILFT has a low-noise design that minimizes EMI emissions and a wide tuning range of 30-250 MHz that allows the device to be used in a wide variety of applications. Furthermore, the 841S102EGILFT has flexible clock output configurations that can provide any combination of clocks per output.The 841S102EGILFT can be used in applications such as servers, routers, switches, bridges, firewalls, storage systems, wireless communication systems, internet protocol (IP) networks, and other communication systems that require reliable and accurate timing. The internal components and features of the 841S102EGILFT provide robust compatibility and can be customized for optimal accuracy and stability for any application. In addition, this device has been tested for compatibility with the majority of popular server, network, and storage systems.The 841S102EGILFT works by using a phase-locked loop (PLL) to provide highly accurate, low-jitter clock outputs from a single reference input. The reference input could be from a crystal oscillator, an electrical oscillator, or even a GPS system. The PLL then adjusts the frequency and phase of the clock output until it is synchronous with the reference input. This process requires an internal loop filter, a phase-frequency detector (PFD), a voltage-controlled oscillator (VCO), and a cycle counter. The loop filter controls the stability of the PLL, while the cycle counter monitors the phase difference between the reference and the output clocks. The PFD then compares the two signals and provides a voltage to the VCO to adjust the output frequency until it is synchronized with the reference input.

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