MC100ES6254AC

Clock Buffers, Drivers NXP Semiconductors MC100ES6254AC Overview

Introducing the robust and efficient MC100ES6254AC from NXP Semiconductors, a high-performance IC clock buffer designed to meet the rigorous demands of high-speed digital systems. This component is essential for applications requiring precise timing and signal distribution, capable of operating up to 3 GHz. The MC100ES6254AC is housed in a 32LQFP package, offering a compact solution for dense circuit boards where space is at a premium. Ensuring low skew and minimal jitter, this clock buffer enhances system reliability and performance, making it an ideal choice for sophisticated electronics requiring stable and accurate clock signals.

MC100ES6254AC Features

The MC100ES6254AC boasts a 2:3 clock buffer configuration, which allows it to efficiently manage and distribute clock signals in complex digital environments. Its high-speed capability of up to 3GHz ensures that it can support the latest high-speed interfaces and devices. The device is also designed with low power consumption in mind, making it suitable for energy-sensitive applications. Additionally, its 32LQFP packaging not only saves space but also simplifies the assembly process in multi-layer PCBs.

MC100ES6254AC Applications

• Data Centers: Utilized to distribute precise clock signals across multiple servers and storage devices, enhancing synchronization and performance in large-scale operations.
• Telecommunications Equipment: Ensures reliable frequency distribution for base stations and network routers, crucial for maintaining system integrity and communication quality.
• High-Speed Computing: Serves as a backbone for high-performance computing platforms, where precise timing is needed to manage data throughput and processing efficiency.
• Medical Imaging Equipment: Provides the timing accuracy required for complex imaging systems like MRI and ultrasound, ensuring detailed and accurate diagnostic results.
• Aerospace and Defense: Offers robust signal integrity in harsh environments, suitable for systems requiring reliable and precise timing solutions under extreme conditions.