MPC942CAC

Application Specific Clock/Timing NXP Semiconductors MPC942CAC Overview

The Application Specific Clock/Timing NXP Semiconductors MPC942CAC is a high-performance clock distribution chip designed to meet the demanding needs of sophisticated electronic systems. This IC effectively addresses the challenges of distributing a single clock input to multiple outputs with minimal skew and jitter. Encased in a compact 32TQFP package, the MPC942CAC offers a versatile solution for enhancing system reliability and performance in various applications. Its ability to distribute one input to eighteen outputs makes it an indispensable component in both simple and complex timing solutions, ensuring that all parts of the system are synchronized for optimal performance.

MPC942CAC Features

The MPC942CAC clock distribution chip boasts a range of features designed to enhance its efficiency and application suitability. Key features include:

• 1:18 clock distribution, enabling widespread synchronization across multiple channels.
• Low output-to-output skew, which minimizes timing errors and enhances overall system reliability.
• Compact 32TQFP packaging, which allows for integration in space-constrained applications while maintaining high performance.
• High frequency operation, suitable for advanced digital systems requiring consistent and reliable clock signals.

MPC942CAC Applications

• Telecommunications Equipment: Used for timing and synchronization in routers and switches to ensure consistent data flow and system reliability.
• Data Centers: Critical for managing the timing of servers and storage devices, ensuring efficient data processing and retrieval.
• Consumer Electronics: Helps synchronize multiple components within devices such as televisions and gaming consoles, enhancing user experience through improved performance.
• Industrial Systems: Provides precise timing solutions for automation equipment, crucial for maintaining accuracy and efficiency in production lines.
• Automotive Electronics: Utilized in vehicle control systems to synchronize sensors and actuators, improving safety and functionality.