8N4SV76FC-0005CDI

Programmable Timers and Oscillators Intersil (Renesas Electronics Corporation) 8N4SV76FC-0005CDI Overview

The Programmable Timers and Oscillators Intersil (Renesas Electronics Corporation) 8N4SV76FC-0005CDI is a high-performance, integrated VCXO (Voltage-Controlled Crystal Oscillator) specifically designed for precise frequency control in demanding applications. Offering a frequency of 622.08 MHz, this component is housed in a compact 6CLCC package, making it ideal for sophisticated telecommunications infrastructure, high-speed data communication systems, and precise timing applications where space and reliability are critical. The ability to adjust frequency with voltage variations ensures flexibility and precision across various operating conditions, making it an indispensable part of modern electronic solutions.

8N4SV76FC-0005CDI Features

This VCXO is engineered with advanced features to meet the needs of today’s sophisticated electronic systems. Key features include a stable and reliable 622.08 MHz output frequency, low phase noise for enhanced signal integrity, and a robust 6CLCC package that ensures durability and minimal footprint on system boards. Furthermore, its programmability allows for versatile use in a wide range of applications, enhancing system performance and reliability.

8N4SV76FC-0005CDI Applications

• Telecommunications Networks: Utilized in base station synchronization, this oscillator ensures reliable, precise signal timing critical for efficient network operations and data transfer.
• Server Farms and Data Centers: Improves synchronization across high-speed networks, facilitating better data integrity and system reliability in server timing and management.
• Wireless Communication Systems: Provides the necessary frequency stability and precision for RF applications, essential in maintaining clear, uninterrupted communication channels.
• Broadcasting Equipment: Essential for timing control in broadcasting systems, ensuring accurate signal transmission and synchronization across various broadcasting services.