842S104EGLFT

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The 842S104EGLFT is a clock/timing device with applications mainly found in commercial and industrial settings. As a member of Maxim Integrated\'s Precision Clock Generator (PCG) family, it is ideal for use as a clock generator and a phase-locked loop (PLL) in a variety of applications. This IC offers a wide range of frequencies, including 1 MHz to 1.3 GHz, and 120 MHz while also providing low phase noise, low jitter, and high accuracy. It is also suitable for clocks in networking and storage applications.

The 842S104EGLFT offers high flexibility with flexible power delivery and fully customizable pins. This includes a programmable power regulator, dedicated output pins for internal oscillators, and up to 7 external pins. The PCG feature allows the customer to program the device via a proprietary graphical user interface (GUI). It also allows for automated-clock-timing-calibration, to ensure a precise output frequency under varying conditions. Furthermore, this clock/timing device has an adaptive on-chip load linearly that avoids overshoot, settles quickly, and reduces distortion of the clock.

Apart from power delivery, the 842S104EGLFT also provides a rugged output stage for high switching performance and improved EMI performance. It contains an innovative nanocrystal resonator with a low-noise and accurate jitter filter. This is ideal for applications requiring a low-power solution with low-noise and high-accuracy.

The 842S104EGLFT also features a fully integrated PLL which can be used for a variety of clock cycles and ensures these remain repeating with no error. It can be used for extremely precise synchronization of clocks in applications such as telecom, storage, and networking applications.

In summary, the 842S104EGLFT is a great choice for a wide range of clock/timing applications in commercial and industrial settings. It offers high-accuracy and low-phase noise, and has very low jitter and a built-in PLL for specialized applications. It can also be customized with flexible power delivery and external pins, and is suitable for clocks in networking and storage applications.

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