8535AGI-01LFT

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1. Introduction

The 8535AGI-01LFT is a clock buffer/driver with programmable output delay that provides enhanced flexibility for modern clock distribution networks. It features low phase noise, exceptional jitter performance and a wide operating voltage (3.3V to 2.5V). The 8535AGI-01LFT is ideal for applications dealing with memory and clock distribution, graphic controllers, driving multiple clock networks and other high-speed, timing critical applications requiring ultra-low jitter performance.

2. Application Field

The 8535AGI-01LFT is suitable for a wide variety of applications. It has been widely used in data transfer systems, communication systems, computer servers, computers, and other digital products. Thanks to its wide range of output delay, the 8535AGI-01LFT provides excellent flexibility for data synchronization and power reduction. It is also applicable to DDR memory system, FMCI, and IEEE1588.

In addition, the 8535AGI-01LFT can drive long lines, reducing the need for multiple outputs and simplifying the clock network design and layout. It features low output buffer power, ensuring reliable operation and lower EMI emissions. With 32/128 LVPECL output selected, the 8535AGI-01LFT is suitable for high-speed networking products and can meet the needs of high-speed data centralized switching.

3. Working Principle

The 8535AGI-01LFT is a voltage-controlled clock buffer/driver device which is able to accurately distribute a digital clock signal to multiple outputs. It employs advanced output delay line, PLL, and innovative output buffer that allows excellent jitter and skew performance. The output clock signal is generated by a digital programmable delay line, which provides highly-efficient, low-jitter clock buffer operation in all output stages and over the full operating range.

The 8535AGI-01LFT combines a low-noise clock distribution buffer/driver with 32/128 LVPECL outputs and provides adjustable delay from 0-15ns and a low-distortion sine wave output. The output clock signal is generated by a digital programmable delay line, allowing the user to select the most appropriate combination of the number of output pins and the maximum output delay.

The 8535AGI-01LFT employs a low-noise clock distribution buffer/driver with adjustable delay and a low-jitter reference clock source. The low-jitter output clock signal is produced by a high-speed PLL and utilizes a highly-efficient output buffer, resulting in excellent jitter and skew performance. Additionally, the device is designed to reduce output noise and power consumption, making it suitable for today’s most advanced clock distribution networks.

4. Conclusion

The 8535AGI-01LFT is a highly integrated, low-jitter clock buffer/driver device which is suitable for a wide range of clock distribution applications. It features low phase noise, superior jitter performance, adjustable output delay, and low output power. The 8535AGI-01LFT can drive long lines, reducing the need for multiple outputs and simplifying the clock network design and layout.

The combination of adjustable output delay and low jitter performance make the 8535AGI-01LFT ideal for memory and clock distribution, graphic controllers, driving multiple clock networks and other high-speed, timing critical applications requiring ultra-low jitter performance.

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