SY89296UTI

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Clock/Timing - Delay Lines have been vital components in many projects requiring precision timing. The SY89296UTI is a great new addition to this ever expanding market. It provides both expansive and flexible capabilities that enable designs to tackle the toughest timing needs. This article will discuss the specific application field and working principles of the SY89296UTI.

Applications of the SY89296UTI

The SY89296UTI is an ideal choice for customers needing a high-performance, high-precision clock delay line. It is an integrated circuit device and consists of five identical sections with delay settings of 0-127, 135, 195 and 255 nanoseconds respectively. Additionally, the SY89296UTI is capable of generating both active low and active high output for each delay line. The whole chip has an operating temperature range of -25 and +125 degree. This is ideal for projects requiring accuracy and stability in harsh environmental and industrial conditions.

The SY89296UTI is also able to provide superior jitter performance and high timing resolution. This makes it a great choice for use in next-generation Ultra-High-Speed networks, high-speed computing systems and other timing-critical applications. Additionally, the SY89296UTI has small packaging and a low power consumption feature making it a cost-effective and reliable device for a variety of projects.

Working Principles of the SY89296UTI

The SY89296UTI consists of a 10 bit, 4-phase Digital Delay Line and Control Latch. The delay line contians 5 identical sections of delay settings, with the 5th delay line offering a variety of settings. Each of these sections provide a delayed output at all times.

The control latch is connected to the logical output of the Delay Line and provides the timing control signals required to decide when and how long the Delay period should be. This aids in providing precision timing as the output is generated precisely at a given time. The 4-phase Digital Delay Line also operates with a 4-bit counter to allow users to accurately determine their delay length.

The SY89296UTI utilizes a low-skew clock input and a low noise power supply. This helps in delivering a low jitter output and high resolution timing. This combination of features make the SY89296UTI a perfect device for tasks requiring very precise timing. To assist with integration, the SY89296UTI has an extended port to support debugging purposes.

In Summary

The SY89296UTI is a unique and powerful clock delay line that offers a variety of features to make design less cumbersome. Its ability to generate active low and active high output and provide precision timing, in addition to its small package size and low power consumption, make it a prime choice for many timing-critical applications. The SY89296UTI is an ideal choice for customers requiring an advanced clock delay line that is both reliable and cost-effective.

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