ICS97U877AHT

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The ICS97U877AHT is a higly advanced clock generator, Programmable frequency synthesizer, and phase-locked loop (PLL). Built on Intel\'s patented i75line technology, the ICS97U877AHT combines high resolution frequency synthesis with superior jitter performance, reliability, and cost-effectiveness. In this article, we will explore the ICS97U877AHT\'s application field, and discuss its working principle in detail.

Applications

The ICS97U877AHT is a versatile and highly accurate clock generator. As such, it can be used in a wide variety of applications and industries. Its ability to generate and maintain high-frequency, low-jitter clock signals with high accuracy makes it suitable for clock and timing applications in computer, storage, communications, video, and other digital systems. By integrating a proprietary patent-pending algorithm, the ICS97U877AHT enables fast switching between multiple frequencies or multiple phase offset clock outputs. This makes it suitable for reconfigurable systems which require quick and accurate frequency changes.

In addition to frequency synthesis, the ICS97U877AHT can also be used in phase-locked loop (PLL) circuits. These circuits are used in many systems to lock one or more clock inputs to a reference input. With the ICS97U877AHT, these PLL circuits can be used for frequency synthesis, clock synchronization and synchronization of multiple clock sources. This makes it suitable for high-performance systems requiring an accurate clock signal.

The ICS97U877AHT is well-suited for a variety of other applications as well. It is capable of producing spread-spectrum clocks, providing additional EMI reduction. It is also well-suited for clock calibration and data replicating applications. With its high resolution and low jitter performance, it is suitable for ultra-low-power devices. And its programmable frequency synthesis capabilities make it a suitable choice for custom frequency allocation applications.

Working Principle

The ICS97U877AHT utilizes Intel\'s proprietary i75line technology, which is based on the use of frequency dividers and programmable logic. The frequency dividers are used to precisely divide input clock frequency and generate the proper output frequency. These dividers are then combined with programmable logic, which enables users to easily configure the frequency and timing parameters of each output. This allows the ICS97U877AHT to generate a wide range of frequencies and timing patterns.

In addition to the frequency dividers, the ICS97U877AHT contains a Phase Locked Loop (PLL) circuit. This circuit is used to lock one or more clock inputs to a reference input. The PLL is able to lock to the reference input within an extremely short period of time, making it suitable for high performance applications requiring an accurate clock signal. The PLL can also be used for frequency synthesis, allowing users to generate custom frequencies with ease.

The ICS97U877AHT is also equipped with a variety of advanced features and functions. One such feature is the programmable clock skew, which enables users to adjust the output frequency to match the reference frequency more quickly and precisely. In addition, the ICS97U877AHT also includes spread spectrum mode, which reduces EMI noise and is suitable for low-power designs. Finally, the ICS97U877AHT also supports clock replication, allowing users to replicate clock signals to multiple outputs.

Conclusion

The ICS97U877AHT is a versatile and highly precise clock generator, programmable frequency synthesizer, and phase-locked loop (PLL) circuit. It incorporates Intel\'s proprietary i75line technology, which enables it to generate precise frequencies and timing patterns. In addition, its PLL circuit allows users to lock one or more clock inputs to a reference input. With its high resolution and low jitter performance, it is suitable for a wide variety of applications including computer, storage, communications, video, and other digital systems. As such, the ICS97U877AHT is an excellent choice for clock and timing applications.

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