UTS3000A-AMK

An electrical engineer would benefit from a signal analyzer capable of measuring Channel Power, Adjacent Channel Power Ratio (ACPR), Occupied Bandwidth (OBW), Time Domain Power, Carrier-to-Noise Ratio (CNR), Third-order Intermodulation (TOI), Harmonic analysis up to the 10th harmonic, and offering a waterfall plot for comprehensive signal evaluation. These measurements allow the engineer to assess signal strength, interference in adjacent channels, bandwidth efficiency, and noise levels. Key metrics like OBW and ACPR help optimize bandwidth usage and prevent interference, while CNR and Time Domain Power enable the assessment of signal clarity and power stability in dynamic communication environments.

Additionally, TOI and harmonic analysis are essential for identifying non-linear distortions and improving amplifier performance by ensuring system linearity. The inclusion of a waterfall plot provides a visual representation of spectrum activity over time, allowing engineers to detect transient signals and time-varying behavior, critical in applications like radar and wireless networks. With these advanced capabilities, a signal analyzer becomes an indispensable tool for diagnosing, optimizing, and ensuring the performance and reliability of complex RF and communication systems. 

With the UNI-T UTS3000A Signal Analyzer UTS3000A-AMK option enabled, you can affordably and easily run all the above analysis on your systems.

UNI-T UTS3000A-AMK Advanced Measurement Kit

The UNI-T UTS3000A-AMK Advanced Measurement Kit enhances the capabilities of the UTS3000A Signal Analyzer, making it an indispensable tool for professionals working with high-frequency RF and microwave systems. This kit automates complex measurements across a frequency range of 9 kHz to 8.4 GHz, providing precision and efficiency for demanding applications. Features include:

Power Measurement

• Channel Power: Channel Power, Power Spectral Density
• Adjacent Channel Power Ratio (ACPR): Main Channel Power, Lower Power/Power Ratio, Higher Power/Power Ratio
• Occupied Bandwidth (OBW): Occupied Bandwidth, Total Power, Transmit Frequency Error
• Time Domain Power: Zero Span Time Integrated Power
• Carrier Noise Ratio (CNR): Carrier Power, Noise Power, Carrier Noise Ratio

Non-Linear Measurement

• Third-Order Intermodulation (TOI): Based on dual-tone peak search
• Harmonic Analysis: Maximum Harmonic 10

Spectrum Monitor

• Visualization: Waterfall Plot

Highlighting the Complexity of Harmonic Analysis

Harmonic analysis, especially at higher frequencies, is notoriously challenging. Accurately identifying and measuring harmonics requires precise configuration of the spectrum analyzer, including setting appropriate resolution bandwidth and filters, and manually interpreting the results. The UTS3000A-AMK simplifies this task by automatically detecting and analyzing harmonics up to the 10th order. This functionality is crucial for engineers designing high-frequency amplifiers or mixers, where managing harmonic distortion is critical for maintaining signal integrity. The automation provided by the AMK not only reduces errors but also accelerates the design and testing phases, ensuring devices meet stringent performance criteria.