8N4DV85BC-0039CDI

Programmable Timers and Oscillators Intersil (Renesas Electronics Corporation) 8N4DV85BC-0039CDI Overview

Introducing the Programmable Timers and Oscillators Intersil (Renesas Electronics Corporation) 8N4DV85BC-0039CDI, a highly reliable and precise IC oscillator designed for advanced electronic applications. This dual frequency VCXO (Voltage-Controlled Crystal Oscillator) is housed in a compact 6CLCC package, making it an ideal choice for space-sensitive installations. Renesas' commitment to quality and performance is evident in this component, which offers stable frequency control and minimal signal jitter, crucial for maintaining system integrity in high-demand environments.

8N4DV85BC-0039CDI Features

The 8N4DV85BC-0039CDI stands out for its dual frequency functionality, allowing users to switch between two preset frequencies based on their circuit requirements. This versatility is supported by a robust design that includes:

• High frequency stability which ensures consistent performance under varying environmental conditions.
• Low phase noise, contributing to improved signal clarity and reduced error rates in communication applications.
• A compact 6CLCC package that fits easily into a range of electronic assemblies.
• Voltage-controlled frequency adjustment feature allows for precise modulation and adaptability.

8N4DV85BC-0039CDI Applications

• Telecommunication Infrastructure: Utilized in network routers and switches for clock generation, ensuring consistent data transmission and integrity across network barriers.
• Consumer Electronics: Acts as a precision timing solution in multimedia devices, providing necessary synchronization for audio and video interfaces.
• Satellite Communication Systems: Serves as a reliable frequency source in satellite modems, crucial for maintaining link stability and signal quality in outer space communications.
• High-performance Computing: Used in server clocks to facilitate precise timing operations, essential for managing data flow and system operations in complex computing environments.