TFF11096HN/N1,111

Application Specific Clock/Timing NXP Semiconductors TFF11096HN/N1,111 Overview

The TFF11096HN/N1,111 from NXP Semiconductors is a high-performance integrated circuit specifically designed for frequency generation within very small aperture terminal (VSAT) applications. This IC is housed in a compact 24HVQFN package, offering robust functionality in a space-efficient footprint. The Application Specific Clock/Timing NXP Semiconductors TFF11096HN/N1,111 is engineered to meet the rigorous demands of modern satellite communications, providing precise frequency outputs necessary for high-speed data transmission and reliable connectivity in harsh environments. Its advanced design ensures reduced power consumption and enhanced signal integrity, making it an ideal choice for developers looking to optimize their satellite communication systems.

TFF11096HN/N1,111 Features

The TFF11096HN/N1,111 frequency generator features a versatile set of capabilities that enhance its applicability in VSAT systems. Key features include:

• Highly stable frequency output, essential for minimizing data loss and improving overall system reliability.
• Compact 24HVQFN package that fits into tight spaces, perfect for sophisticated satellite modems and transceivers.
• Low power consumption which helps in maintaining the efficiency of the overall system, crucial for remote and power-sensitive applications.
• Improved signal integrity at high frequencies, reducing the likelihood of errors across long-distance satellite communications.

TFF11096HN/N1,111 Applications

• Satellite Communications: Utilized in VSAT systems to provide stable and reliable frequency signals necessary for high-speed internet and media streaming services. Its precision helps in maintaining continuous connectivity even in adverse weather conditions.
• Commercial Telecommunication Networks: Employs frequency generation capabilities to support infrastructure for global mobile communications and broadband services, where consistent and reliable signal quality is paramount.
• Navigation Systems: Critical in the synthesis of frequency for GPS systems, ensuring accurate and reliable positioning and timing information essential for navigation accuracy.
• Remote Sensing: Applied in earth observation satellites, where precise frequency generation supports the accurate collection and transmission of environmental data.