RSA Real-Time Spectrum Analyzer Frequency Range:9kHz∼26.5GHz

Spectrum Analyzer
RSA Real-Time Spectrum Analyzer Frequency Range:9kHz∼26.5GHz
RSA260
RSA Real-Time Spectrum Analyzer is a wide band, high-performance portable real-time spectrum analyzer, measuring frequencies from 9kHz∼26.5GHz, suitable for indoor and outdoor environments. The product features a 10.1-inch highlight display screen, supporting multi-touch operation. It has measurement modes such as real-time spectrum, swept spectrum, vector network analysis, antenna measurement, field strength measurement, USB power meter, interference positioning, and demodulation analysis, making it convenient for users to diagnose and solve various RF measurement problems on site. With up to 80dB of IF mirror frequency suppression and minimal residual response specification, it meets the higher needs of radio monitoring. The product has comprehensive testing functions, can be battery-powered, easy to carry, and is a powerful tool for on-site testing parameters, engineering installation and debugging, and daily maintenance and repair of various electronic devices.
Property	Value
Frequency Range	9kHz∼26.5GHz
Amplitude Accuracy	20GHz∼26.5GHz，±2.5dB
Phase Noise（@10kHz,f=1GHz）	RSA260:≤-95dBc/Hz
Noise Level	<-165dBm/<-160dBm
Model Type	Portable
Power	14.8V 6400mAh
Dimensions	334mm ×242mm ×68mm
Features
Advanced measurement functions
Optional measurement functions
10.1-inch color display with touchscreen
Applications
It can be widely used in various fields such as communication, radio and television broadcasting, radio management, electronic detection and countermeasures, precision guidance, and is also the best choice for university teaching.

Measuring the power level of the main channel, the powelevels of the two adjacent channels before and after, andtheir power difference with the main channel.

Measuring the power of the carrier and noise within aspecified bandwidth, as well as their power ratio.

Measuring the power and power density of the specifiedchannel bandwidth.

Measure the field strength using an omnidirectional antenna, determine themaximum field strength using a directional antenna.Fixed frequency, frequencystep scanning, list scanning and other multiple field strength measurements.Built-in / loadable antenna factor.

Measuring the frequency accuracy of the signal more precisely.

Measuring the power of each harmonic of the carrier signaland the total harmonic distortion. The maximum measurableharmonic is the 10th harmonic.

Based on triangulation, and by using directional antennas equipped with GPs/BD and electronic compasses, along with embedded digital maps

Swept spectrum analysis/real-time spectrum analysis/fieldstrength measurement/emitter location/power measurement/de-modulation analysis

Integrating to calculate the power across the entire sweep bandwidth,then calculating the bandwidth occupied by the proportional powerbased on the set power ratio.

Checking whether the tested signal is within the set window orregion.

Detecting short pulse signals at the microsecond level.

Trigger functions such as intermediate frequency power trigger,external trigger, and frequency template trigger.

Capturing the uplink and downlink signals ofTDD-LTE, withPPS and time gate measurement.

Measuring the variation of the spectrum over time.

Wide bandwidth, large dynamic range, excellent capability for smallsignal measurement, suppression ratio for intermediate/mirror frequencyas high as 80dB, various advanced measurement functions.

Measuring the parameters ofthe third-order intermodulation products of two signals(with the same amplitude and closefrequencies).