8N4SV76EC-0113CDI

Programmable Timers and Oscillators+Intersil (Renesas Electronics Corporation)+8N4SV76EC-0113CDI Overview

The Programmable Timers and Oscillators+Intersil (Renesas Electronics Corporation)+8N4SV76EC-0113CDI is a high-performance, Voltage-Controlled Crystal Oscillator (VCXO) designed to meet the advanced requirements of telecommunications, networking, and data communication applications. This oscillator provides a stable and precise 156.25 MHz output, suitable for critical timing solutions. Its robust design in a 6CLCC package ensures optimal performance and reliability. The integration of advanced features such as low phase noise and high-frequency stability makes it an ideal choice for supporting high-speed digital signals and ensuring synchronicity in complex electronic systems.

8N4SV76EC-0113CDI Features

The 8N4SV76EC-0113CDI oscillator boasts several features critical for modern electronic applications. Key features include a precise frequency of 156.25 MHz, low jitter, and a compact 6CLCC package that minimizes footprint on circuit boards. Additionally, it offers excellent temperature stability and low power consumption, making it suitable for portable and energy-efficient designs. Its programmability allows for easy integration into a variety of circuit configurations, further enhancing its versatility.

8N4SV76EC-0113CDI Applications

• Telecommunications Equipment: Utilized in routers and switches to generate stable clock signals that facilitate high-speed data transmission and ensure reliable network performance.
• Data Centers: Serves as a critical component in server timing systems, where precise timing is essential for data integrity and synchronization across multiple servers.
• Wireless Infrastructure: Used in base stations and network interfaces to provide accurate timing solutions that support efficient signal processing and communication between devices.
• Broadcasting Equipment: Essential in broadcasting systems for synchronizing audio and video transmissions, ensuring seamless broadcast without signal degradation.