OWON HSA3000 Series 20 GHz Handheld Spectrum Analyzer
Handheld Spectrum Analyzers

OWON HSA3000 Series 20 GHz Handheld Spectrum Analyzer

  • Spectrum analysis from 9kHz to 20GHz
  • 100MHz real-time analysis bandwidth
  • 100% probability of intercept for signals as short as 6.25μs
  • Displayed average noise level down to -165dBm/Hz
  • 1Hz minimum resolution bandwidth
  • Amplitude accuracy better than 0.7dB
  • Optional vector network analyzer
  • VNA measurements for S11 and S21
  • Up to 90dB VNA dynamic range
  • Optional cable and antenna measurement functions
  • DTF, cable loss, insertion loss, return loss, and VSWR measurements
  • GPS map, directional antenna, and gyroscope functions
  • Optional EMI pre-compliance testing with 200+ standard templates
  • Optional tracking generator
  • Standard preamplifier support
  • USB Type-C power input and power-bank support
  • 8-inch IPS multi-touch display
  • LAN, USB Device, and USB Host interfaces
  • SCPI, LabVIEW, USB-TMC, VXI-11, and Socket remote control support
Need a custom configuration?Our engineers are ready to help spec the right solution.
Overview

The OWON HSA3000 Series handheld spectrum analyzer provides four frequency configurations: HSA3036-R, HSA3075-R, HSA3140-R, and HSA3200-R, covering spectrum analysis ranges of 9kHz–3.6GHz, 9kHz–7.5GHz, 9kHz–14GHz, and 9kHz–20GHz respectively. The analyzer offers a minimum RBW of 1Hz, a displayed average noise level of -165dBm/Hz, and amplitude accuracy better than 0.7dB. Its 100MHz real-time analysis bandwidth enables detection of short-duration signals with a 100% response for signals lasting 6.25μs. Optional VNA functionality is available on applicable models and supports vector S11 and S21 measurements, with results including return loss, insertion loss, phase, group delay, VSWR, Smith charts, and polar plots. Optional cable and antenna measurements provide DTF, cable loss, insertion loss, return loss, and VSWR testing. For field applications, GPS mapping, directional antenna, and gyroscope functions can be used to record test location, route, signal strength, and antenna direction. EMI pre-compliance testing is also available with more than 200 built-in standard templates and custom templates.

Available models
ModelSpectrum AnalysisVNA FrequencyCable/Antenna TestTracking Generator Range
HSA3036-R9kHz–3.6GHz100kHz–3.6GHz100kHz–3.6GHz100kHz–3.6GHz
HSA3075-R9kHz–7.5GHz100kHz–7.5GHz100kHz–7.5GHz100kHz–7.5GHz
HSA3140-R9kHz–14.0GHzNot specifiedNot specifiedNot specified
HSA3200-R9kHz–20.0GHzNot specifiedNot specifiedNot specified
Specifications
Spectrum AnalysisFrequency Range9kHz–3.6GHz / 7.5GHz / 14GHz / 20GHz, depending on model
Resolution Bandwidth1Hz–5MHz
Displayed Average Noise Level-165dBm/Hz
SSB Phase Noise<-106dBc/Hz; HSA3200-R: <-100dBc/Hz
Third-Order Intercept+14dBm
Amplitude Accuracy<0.7dB
Real-Time AnalysisReal-Time Analysis Bandwidth100MHz
Dynamic Range60dB
Minimum Signal Duration for 100% Response6.25μs
Real-Time Spectrum ViewsProbability density spectrum, waterfall, 3D spectrum, power vs. time
VNAMeasurement ParametersVector S11, vector S21
Dynamic Range90dB
Display ModesReflection/transmission coefficient, return/insertion loss, phase, group delay, log magnitude, fault location, linear magnitude, real part, imaginary part, VSWR, Smith chart, polar plot
Cable & Antenna TestingMeasurement FunctionsDTF, 1-port cable loss, 2-port insertion loss, return loss, VSWR
Advanced MeasurementsMeasurementsCHP, ACPR, OBW, CNR, Harmonic, Monitor, CCDF, SEM, TOI
Modulation AnalysisVector Signal ModulationAM, FM, PM
EMIEMI Filters200Hz, 9kHz, 120kHz, 1MHz
DetectorsPositive peak, RMS average, quasi-peak
EMI Measurement200+ built-in standard templates and custom templates
CommunicationInterfacesLAN, USB Device, USB Host
Remote ControlProtocolsSCPI, LabVIEW, USB-TMC, VXI-11, Socket
Remote ControllersNI-MAX, Web Browser, Spectrum Vision software
DisplayDisplay8-inch IPS multi-touch screen
Input SupportMouse and keyboard
PowerPower InputUSB Type-C; supports power banks
MechanicalDimensions270mm × 190mm × 60mm
Operating ConditionsWarm-UpAt least 30 minutes before use
CalibrationCalibrationInstrument must be within calibration cycle and have undergone self-calibration