Rigol RSA3030 – 3.0 GHz Real-Time Spectrum Analyzer

Description
Rigol RSA3030 – 3.0 GHz Real-Time Spectrum Analyzer
Ultra-Real technology
3.0 GHz Real-Time Spectrum Analyzer
Up to 40 MHz real-time analysis bandwidth
Multiple trigger modes and trigger masks
The RSA3000 real-time spectrum analyzer is designed to provide important analysis at each stage of the RF design process while being flexible enough to adapt to how each engineer works. The unique combination of performance specifications, advanced measurement, real-time spectrum visualization, and outstanding Rigol value, make the RSA3000 a powerful instrument for any RF engineer.
Never Miss a Signal
Today’s RF designs utilize rapidly changing and pulsing signals that are difficult to consistently capture on traditional swept spectrum analyzers. The RIGOL RSA Family delivers a class-leading 7.45 µsec 100% probability of intercept meaning that any pulse with a duration of greater than 7.45 µsec will be captured and accurately displayed.
Isolate and Capture
IoT Device proliferation means more traffic crowding the available spectrum making identifying and isolating signals of interest critically important. The RSA Family includes advanced trigger capabilities making this task easier.

Frequency Mask Trigger captures and displays data when the signal crosses inside or outside of the masked region allowing the engineer to focus on critical signals and ignore interfering ones.

Power Trigger allows the engineer to trigger and display only when a power level is exceeded within the real-time span.

Trigger Input & Output allow the engineer to time correlate RF events with other system elements to quickly find the root cause of system problems.

IF Output recreates the real-time bandwidth on a 430 MHz carrier for further analysis.
Visualize and Analyze
Complex modulating and pulsing signals require advanced visualization tools to identify patterns and debug designs. The RSA Family provides 7 Real-time Visualization modes to look at signal behavior versus power, frequency, and time. 6 markers, 4 trace types, and trace math capabilities allow engineers to quickly analyze and understand signal behavior across the entire span.