LMX2310USLDX/NOPB

Clock Generators, PLLs, Frequency Synthesizers National Semiconductor LMX2310USLDX/NOPB Overview

Introducing the LMX2310USLDX/NOPB, a state-of-the-art PLL/Frequency Synthesis Circuit from National Semiconductor, designed to meet the most demanding requirements of modern RF and wireless applications. This advanced product is a perfect blend of quality, performance, and innovation, offering robust features for sophisticated electronic environments. The Clock Generators, PLLs, Frequency Synthesizers National Semiconductor LMX2310USLDX/NOPB is engineered to provide precise frequency synthesis and modulation, enabling high-level signal integrity and minimized phase noise, which is crucial for system reliability and performance in high-stakes applications.

LMX2310USLDX/NOPB Features

The LMX2310USLDX/NOPB includes multiple key features that set it apart from competitors:

• High-frequency operation with excellent phase noise performance.
• Flexible VCO range which ensures compatibility with a variety of RF applications.
• Integrated dual modulus prescaler which allows for a wide range of frequency division options.
• Low power consumption which is ideal for battery-operated devices.
• Compact SMD package that simplifies board design and saves space.

LMX2310USLDX/NOPB Applications

• Wireless Communications: Utilized in transceivers within mobile phones and other communication devices to ensure clear, consistent frequency signaling.
• Satellite Systems: Plays a critical role in frequency synthesis for satellite transponders, enhancing signal reliability across long distances.
• Test and Measurement Equipment: Provides accurate frequency settings in equipment used for device characterization and testing, ensuring precision and repeatability.
• Consumer Electronics: Integral to devices requiring frequency management such as GPS units, providing reliability and performance enhancements.
• Network Infrastructure: Used in network timing solutions for synchronization and management of data traffic, which is vital for maintaining system integrity.