STCD2400F35F

Clock Buffers, Drivers STMicroelectronics STCD2400F35F Overview

Introducing the STCD2400F35F from STMicroelectronics – an exceptional choice for system designers looking to optimize clock signal distribution with minimal skew and high stability. This integrated circuit is designed as a 1:4 Clock Buffer capable of operating up to 52MHz, packaged proficiently in a 16-pin Flip Chip format. The Clock Buffers, Drivers STMicroelectronics STCD2400F35F is tailored for critical applications where space and reliability are paramount, providing efficient distribution of your clock signal with robust performance and reduced footprint. Its advanced design ensures compatibility with a wide range of timing applications, making it a versatile component in any high-tech hardware setup.

STCD2400F35F Features

• Precision Clock Buffering: Capable of delivering four buffered outputs from a single input, maintaining signal integrity across all outputs.
• High Frequency Operation: Supports frequencies up to 52MHz, ensuring usability in high-speed computing and communications systems.
• Compact Packaging: Utilizes a 16-pin Flip Chip package that minimizes space usage and allows for efficient layout in dense circuit designs.
• Low Skew: Engineered to provide low output-to-output skew, which is critical for maintaining timing accuracy in digital systems.

STCD2400F35F Applications

• Computing Systems: Used in motherboards and high-performance servers to ensure synchronized operation of the CPU, memory, and peripheral devices by providing stable and consistent clock signals.
• Telecommunications: Essential in telecom infrastructure equipment, such as routers and switches, for maintaining precise timing required for data transmission and signal processing.
• Consumer Electronics: Integrated into devices like set-top boxes and smart TVs, ensuring accurate timing for processing digital signals and multimedia interfacing.
• Industrial Applications: Utilized in factory automation systems to coordinate time-sensitive control and processing tasks, enhancing operational efficiency and reliability.