NBXSBB024LNHTAG

Programmable Timers and Oscillators onsemi NBXSBB024LNHTAG Overview

The Programmable Timers and Oscillators onsemi NBXSBB024LNHTAG represents a cutting-edge solution in frequency management and timing applications. This high-performance integrated circuit (IC) is specifically designed to deliver precise and stable clock signals at a frequency of 622.08 MHz. Manufactured by onsemi, a leader in semiconductor solutions, this product stands out for its reliability and efficiency in complex electronic systems. The 6CLCC package ensures compact integration into various circuit designs, making it ideal for advanced telecommunications and computing technologies. Emphasizing innovation and quality, the Programmable Timers and Oscillators onsemi NBXSBB024LNHTAG is engineered to meet rigorous industry standards, ensuring peak performance for bulk purchases by B2B customers seeking robust and scalable solutions.

NBXSBB024LNHTAG Features

This IC features a high precision oscillator that maintains a stable 622.08 MHz output, essential for synchronization and timing solutions. The compact 6CLCC packaging facilitates easy integration into existing systems without requiring extensive redesign. Its low power consumption and high stability make it an excellent choice for critical applications where reliability is paramount.

NBXSBB024LNHTAG Applications

• Telecommunications Equipment: Acts as a primary clock source, providing a stable frequency necessary for signal processing and data transmission.
• Networking Hardware: Used in routers and switches to maintain timing integrity across data packets in network communications.
• Consumer Electronics: Serves as a crucial component in devices requiring precise timing operations, such as high-definition televisions and digital audio devices.
• Computing Systems: Integrates into server motherboards to ensure synchronized operations across multiple processing units.
• Industrial Systems: Provides timing solutions for automated machinery and robotics, where precise coordination is crucial.