8N3SV75EC-0073CDI8

Programmable Timers and Oscillators Intersil (Renesas Electronics Corporation) 8N3SV75EC-0073CDI8 Overview

The Programmable Timers and Oscillators Intersil (Renesas Electronics Corporation) 8N3SV75EC-0073CDI8 is a state-of-the-art VCXO (Voltage Controlled Crystal Oscillator) designed to meet the high-frequency requirements of modern digital equipment. Operating at a frequency of 312.5 MHz, this compact 6CLCC packaged oscillator provides a stable and precise frequency source necessary for high-speed communication and sophisticated signal processing. The use of advanced technology in its construction not only ensures reliability and performance but also makes it an ideal choice for applications requiring tight frequency control and low phase noise.

8N3SV75EC-0073CDI8 Features

This oscillator boasts several features that make it highly beneficial for a variety of applications. These include a low jitter design which is critical for maintaining the integrity of digital signals, a wide pull range that is essential for frequency tuning, and a low voltage operation that enhances compatibility with contemporary circuit designs. Additionally, its robust temperature stability guarantees reliable operation under varying environmental conditions, making it a versatile choice for demanding applications.

8N3SV75EC-0073CDI8 Applications

• Telecommunications: Utilized in network timing applications to ensure synchronization across various communication protocols.
• Consumer Electronics: Serves as a frequency reference in high-definition television sets and other audio/video equipment to enhance signal clarity and stability.
• Data Centers: Provides the clock timing necessary for managing data flow and processing speeds in server farms and network switches.
• Industrial Automation: Used in automated test equipment (ATE) to generate precise clock pulses that control machinery and data acquisition systems.
• Wireless Infrastructure: Critical for base station and radio link design to maintain accurate frequency allocation and modulation.