8N3SV75AC-0169CDI8

Programmable Timers and Oscillators Intersil (Renesas Electronics Corporation) 8N3SV75AC-0169CDI8 Overview

The Programmable Timers and Oscillators Intersil (Renesas Electronics Corporation) 8N3SV75AC-0169CDI8 is a high-performance, low-jitter voltage-controlled crystal oscillator (VCXO) designed to meet the demanding specifications of advanced communication systems. Delivering a frequency of 148.5 MHz, this component ensures reliable and precise timing solutions, essential for high-speed digital networks. Its compact 6CLCC package is engineered for robust performance in a variety of applications, providing a versatile solution for manufacturers looking to integrate precise clocking mechanisms into their designs.

8N3SV75AC-0169CDI8 Features

• Frequency: 148.5 MHz, providing precise clock signals for critical timing applications.
• Package: 6CLCC, offers a compact form factor that is ideal for dense circuit designs.
• Low Jitter: Ensures high-quality signal integrity, crucial for high-speed digital communication.
• High Stability: Maintains performance across a range of environmental conditions, ensuring consistent operation.
• Programmable: Allows for flexibility in use across various applications by enabling adjustments to frequency settings.

8N3SV75AC-0169CDI8 Applications

• Telecommunications Networks: Used in base station and network infrastructure to provide a stable, reliable clock source that supports high-speed data transmission and network reliability.
• Broadcasting Equipment: Integral in maintaining the precise timing needed for synchronization and modulation of broadcast signals.
• High-Speed Computing: Provides the clock timing essential for managing data flows and operation timing within high-performance computing systems.
• Test and Measurement Equipment: Ensures accurate timing measurements which are critical for calibration and fault diagnostics in various devices.
• Consumer Electronics: Applied in devices requiring precise timing solutions to enhance user interface responsiveness and device functionality.