IS82C85

Clock Generators, PLLs, Frequency Synthesizers Harris Corporation IS82C85 Overview

The Harris Corporation IS82C85 clock generator is a processor-specific component designed to offer precise timing solutions for advanced computing systems. With a focus on reliability and efficiency, this clock generator is engineered to meet the stringent requirements of high-performance processors, ensuring synchronous operation and improved system stability. The IS82C85 is ideal for designers looking for a dependable clock generation solution that integrates seamlessly with processor-specific applications, enhancing both system design flexibility and operational dependability. Its robust functionality makes it an essential component in any critical computing architecture where timing accuracy is paramount.

IS82C85 Features

This clock generator model from Harris Corporation is distinguished by its ability to deliver precise clock signals, essential for maintaining the synchronization of processor operations. It features high stability and low phase noise, which are crucial in reducing system errors and increasing overall performance. Additionally, the IS82C85 is designed for easy integration into various digital environments, supporting a wide range of supply voltages and operational conditions, thus offering versatility across different hardware configurations.

IS82C85 Applications

• Embedded Systems: Utilizes the IS82C85 for reliable clock generation, ensuring consistent performance and timing accuracy in compact, resource-constrained environments.
• Telecommunications Equipment: Employs the IS82C85 to provide stable clock outputs that are critical for the synchronization of data transfer and signal processing operations.
• Computing Networks: Takes advantage of the precise timing facilitated by the IS82C85 to enhance network reliability and data integrity across servers and workstations.
• Consumer Electronics: Integrates the IS82C85 into devices such as smartphones and tablets to improve processing speed and efficiency through better timing solutions.