8S73034AMILF

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The 8S73034AMILF is a highly optimized, industrial-grade Clock and Timing-Optimized Clock Generator, Phase-Locked Loop (PLLs), and Frequency Synthesizer which is designed to meet the rigorous demands of the industrial market. This device, which is designed to operate in a wide range of temperatures and conditions, is particularly well-suited for industrial or military applications.The 8S73034AMILF is a stable, reliable and cost-effective clock generator. It is designed to provide low-jitter, synchronous clock signals as well as low-spike phase and frequency modulation capability. The device includes both internal and external Clock and Timing inputs, with the former allowing for triggering, synchronization and calibration of the internal clock.The 8S73034AMILF features a fully-integrated clock generator with an onboard low-noise, Constant-Frequency (CF) generator and PLL-controlled Phase Modulator, Frequency Modulator & Slope Modulator. This combination enables the device to provide a wide range of clock frequency outputs from a single device, from 10 kHz to 1 GHz.The device features an advanced Multi-Phase Synchronization circuit, which allows multiple 8S73034AMILFs connected across multiple ICs to “lock” onto each other and operate in a perfectly synchronized fashion. This feature greatly simplifies the task of generating complex clock signals, and allows for very precise timing of data streams in a system.Finally, the 8S73034AMILF also includes an integrated Dual-Voltage Frequency Synthesizer, which provides high-fidelity conversion between two clock frequencies. This feature is particularly useful in applications such as wireless communications, broadcasting, and image processing, where precise timing control is required.In summary, the 8S73034AMILF is an extremely versatile Clock and Timing Optimized Clock Generator, PLLs, and Frequency Synthesizer, which provides reliable performance in industrial or military temperatures and in challenging applications. It offers a host of features which enable precise timing control, multi-phase synchronization, and dual-voltage frequency conversion, making it an ideal choice for a wide range of systems.

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