8N3SV76LC-0182CDI

Programmable Timers and Oscillators Intersil (Renesas Electronics Corporation) 8N3SV76LC-0182CDI Overview

The Programmable Timers and Oscillators Intersil (Renesas Electronics Corporation) 8N3SV76LC-0182CDI is a cutting-edge Voltage Controlled Crystal Oscillator (VCXO) designed for high precision applications requiring stable and precise frequency control. Engineered using Intersil's advanced technology, this oscillator delivers a frequency of 644.5313 MHz with superior phase noise performance, making it an ideal solution for demanding telecommunications and data communications infrastructures.

8N3SV76LC-0182CDI Features

This high-performance VCXO is housed in a compact 6CLCC package that ensures minimal footprint while providing robust environmental resistance. Key features include:

• High frequency output at 644.5313 MHz, suitable for advanced networking applications.
• Excellent phase noise characteristics, enhancing system reliability and performance in critical applications.
• Low jitter design, contributing to improved data integrity and signal clarity.
• Voltage Control feature allowing fine-tuning of the output frequency for precise synchronization needs.
• Durable construction and reliability as expected from Renesas Electronics Corporation.

8N3SV76LC-0182CDI Applications

• Telecommunication Infrastructure: Ideal for use in servers and routers that require stable and precise frequency management to handle large volumes of data.
• Broadcasting Equipment: Provides the frequency stability needed for broadcasting equipment to ensure clear and uninterrupted signals.
• Networking: Suitable for network timing control devices where precise timing is crucial for data integrity and synchronization across networks.
• Satellite Communications: Used in satellite modems and transponders to ensure reliable communication links through accurate frequency control.
• High-Performance Computing: Essential for synchronization in supercomputers and high-speed trading platforms where even minimal deviations can impact performance.