8N4DV85KC-0023CDI8

Programmable Timers and Oscillators Intersil (Renesas Electronics Corporation) 8N4DV85KC-0023CDI8 Overview

The Programmable Timers and Oscillators Intersil (Renesas Electronics Corporation) 8N4DV85KC-0023CDI8 is a cutting-edge integrated circuit designed for high-performance applications requiring dual frequency voltage-controlled crystal oscillators (VCXO). This device offers robust temperature stability and precise frequency control, making it ideal for telecommunications and complex computing environments. Its small 6CLCC package ensures compatibility with modern compact electronic assemblies, enhancing system reliability and performance with minimal space requirements.

8N4DV85KC-0023CDI8 Features

The 8N4DV85KC-0023CDI8 from Intersil features dual-frequency operation which allows for flexibility in frequency selection based on user needs or environmental conditions. The device's low jitter and phase noise characteristics improve signal integrity in sensitive applications, while its programmability via external voltage provides excellent control over frequency adjustments. The IC's enhanced durability and operational stability under varying temperatures make it a reliable choice for critical electronic systems.

8N4DV85KC-0023CDI8 Applications

• Telecommunications Equipment: Utilized in network hardware such as routers and switches to maintain precise timing necessary for data transmission and signal integrity.
• Server Farms: Ensures stable and reliable clock generation for servers requiring synchronized operations across vast data centers.
• Wireless Communication Systems: Provides the accuracy needed in base station timing to ensure effective communication and coordination between multiple wireless devices.
• Broadcasting: Used in broadcasting equipment to manage timing of digital signals, ensuring smooth transmission and reception of audio and video streams.
• Industrial Automation: Assists in the precise control systems of automated manufacturing lines, improving operational efficiency and reducing the likelihood of timing errors.