PY23S05SC1

Clock Generators, PLLs, Frequency Synthesizers Infineon Technologies PY23S05SC1 Overview

The Infineon Technologies PY23S05SC1, a pivotal component in the Clock Generators, PLLs, and Frequency Synthesizers category, is engineered to deliver precise clock timing solutions for a variety of applications. This product is specifically designed to meet the rigorous demands of modern electronic devices, offering both reliability and performance. With its advanced technology, the PY23S05SC1 ensures optimal functionality in systems requiring precise frequency synthesis and timing control, making it an indispensable tool for developers and engineers aiming to enhance system integrity and communication coherence.

PY23S05SC1 Features

The PY23S05SC1 from Infineon Technologies stands out with its robust feature set, which includes high-frequency precision, low power consumption, and excellent phase noise performance. These characteristics make it ideal for high-demand environments where stable and accurate clock signals are crucial. Additionally, its compact design facilitates easy integration into existing platforms, while maintaining scalability and flexibility for future upgrades or system expansions.

PY23S05SC1 Applications

• Telecommunications Equipment: Utilized in routers and switches, the PY23S05SC1 helps in maintaining accurate timing across digital communication channels, enhancing data integrity and transmission efficiency.
• Consumer Electronics: In devices such as smartphones and smart TVs, it provides the necessary clock management for processing multimedia inputs and outputs, ensuring synchronized audio and video playback.
• Industrial Systems: Applied in automation and control systems, this clock generator offers the precision needed for timing critical tasks, thus supporting complex industrial operations and increasing system reliability.
• Computing: Essential for both servers and personal computers, the PY23S05SC1 aids in managing data flow at high speeds, which is critical for system performance and stability.