83948AYI-147LF

Clock Buffers, Drivers Intersil (Renesas Electronics Corporation) 83948AYI-147LF Overview

The Clock Buffers, Drivers Intersil (Renesas Electronics Corporation) 83948AYI-147LF is a highly efficient and reliable IC clock buffer designed to meet the rigorous demands of modern electronic systems. With a capability to buffer and distribute a clock frequency up to 350 MHz, this component ensures minimal signal degradation across multiple outputs, which is critical in maintaining system integrity and performance. Its compact 32TQFP package makes it an ideal choice for space-constrained applications, offering a robust solution for enhancing system reliability and functionality. The 83948AYI-147LF is particularly suitable for high-performance computing environments and telecommunications infrastructure, where precise clock distribution is paramount.

83948AYI-147LF Features

This IC clock buffer boasts a 2:12 output configuration, providing ample flexibility in handling multiple clock signals within a system. Its high frequency operation at 350 MHz supports high-speed digital systems, while its advanced design minimizes jitter and skew, ensuring stable and consistent performance. The low power consumption of the 83948AYI-147LF makes it a cost-effective choice for energy-sensitive applications, helping to reduce the overall power budget of electronic systems.

83948AYI-147LF Applications

• High-Performance Computing: In servers and data centers, the 83948AYI-147LF manages clock distribution to ensure synchronous data processing and reliability in high-speed computing tasks.
• Telecommunications Equipment: Used in routers and switches, it maintains precise timing needed for data transmission and network reliability.
• Consumer Electronics: Applies to devices such as high-definition televisions and gaming consoles, where accurate clocking enhances processing power and overall device performance.
• Industrial Systems: Supports robust industrial applications including automated manufacturing systems where timing accuracy is crucial for operational efficiency.