IDT5T9820NLGI

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The IDT5T9820NLGI is a high-performance, low-power Clock/Timing IC Clock Generator and Frequency Synthesizer. It combines an on-chip phase-lock-loop (PLL) with a high-accuracy crystal oscillator, providing clock generation outputs and synchronization across multiple domains. It also includes an adjustable frequency synthesizer, clock jitter filter, and internal divider.

The IDT 5T9820NLGI is designed to meet the needs of high-performance computing and communications applications. It is ideal for next-generation servers and storage systems, as well as a wide range of network and telecom applications.

The IDT 5T9820NLGI provides a single chip solution for the entire clock/timing framework of modern multi-GHz systems, eliminating the need for complex timing subsystems and reducing system complexity, size and power consumption.

The IDT 5T9820NLGI utilizes a proprietary architecture and algorithm to generate low-jitter clock signals from a high-accuracy crystal oscillator. It achieves a very low jitter of approximately 0.2ps RMS with the help of a PLL circuit and a programmable clock jitter filter.

The IDT 5T9820NLGI features a number of programmable parameters for powering, configuring and controlling the clock outputs. The device supports a wide range of input frequencies up to 340MHz, and also includes an adjustable frequency synthesizer that can generate output frequencies up to 2.7GHz.

The IDT 5T9820NLGI also includes an Internal Divider that can be used to divide a reference clock signal and generate a lower frequency output. The device also supports a wide range of output configurations, including outputs with either a single-ended or differential interface, and output timings that can be synchronized to the input reference clock or the system clock.

The IDT 5T9820NLGI is designed for use in a wide range of applications, including network communication, storage, and high-performance computing systems. Its low power consumption design and feature-rich capabilities make it an ideal solution for these advanced and demanding applications.

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