Hantek Electronic Co Ltd
Hantek HSA2030 Spektrumanalysator (9 kHz – 3,2 GHz).
Hantek HSA2030 Spektrumanalysator (9 kHz – 3,2 GHz).
SKU: HSA2030A-KITI
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Key Features
Overview
The Hantek HSA2030 represents a breakthrough in portable spectrum analysis, combining professional-grade measurement capabilities with true handheld portability. This sophisticated instrument covers the critical frequency range from 9kHz to 3.2GHz with outstanding sensitivity and precision, making it indispensable for RF engineers, EMC specialists, and field technicians.
Available in two variants, the HSA2030A provides comprehensive spectrum analysis functionality, whilst the HSA2030B adds an integrated tracking generator for network analysis and filter characterisation. Both models feature the same exceptional sensitivity of -161dBm typical and ultra-low phase noise of <-92dBc/Hz, delivering laboratory-quality measurements in challenging field environments.
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Why Engineers Choose The Hantek HSA2030 Spektrumanalysator (9 kHz – 3,2 GHz).
Unmatched Portability
Laboratory-Grade Sensitivity
Complete Frequency Coverage
Der neue tragbare Spektrumanalysator Hantek HSA2030 ist eine kostengünstige und praktische Lösung zum Testen von Frequenzbereichen für Forschungszwecke oder zur Fehlersuche. Mit seinem leichten und kompakten Design und seiner einzigartigen „Faltstruktur“ soll er den Benutzern ein tragbares und leistungsstarkes Werkzeug bieten. Dank USB/LAN-Kommunikation kann er entweder an Ihren Laptop oder an das Netzwerk angeschlossen werden und bietet eine Vielzahl von Fernsteuerungsoptionen. Dank des eingebauten 18650-mAh-Akkus ist keine externe Stromversorgung erforderlich und er ist ideal für den mobilen Einsatz.
| General Information | |
|---|---|
Part Number (SKU) |
HSA2030A-KITI
|
| Physical and Mechanical | |
Weight |
2.9 kg
|
| Other | |
EAN |
5055383601141
|
Questions and Answers
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Is the HSA2030 Suitable for EMC Testing?
For EMC pre-compliance checks, yes. Hantek makes no EMC claim, but the HSA2030 has a quasi-peak detector and EMI filter bandwidths of 200Hz, 9kHz and 120kHz (the CISPR bandwidths). It also has positive peak, negative peak, sample and RMS detectors and trace averaging.
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What Connectivity Options Does the HSA2030 Provide?
The HSA2030 has:
- USB Host and Device ports
- LAN interface for SCPI remote control
- External trigger/10MHz reference input
- Headphone output (AM/FM demodulation; full modulation analysis is an option)
- SD card slot
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Can the HSA2030 Perform Time-Domain Analysis?
Yes. Zero-span mode gives time-domain analysis of fixed frequency components, with sweep times from 600ns to 200s. This suits pulse and transient analysis.
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What Is the Phase Noise Performance of the HSA2030?
Phase noise is <-92dBc/Hz at 10kHz offset (500MHz carrier), typically -95dBc/Hz.
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How Does the HSA2030 Compare to Benchtop Spectrum Analysers?
The HSA2030 is a portable alternative to a benchtop analyser: battery powered, 2.9kg and rated IP51. That suits field and mobile measurements where a benchtop unit is impractical.
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What Frequency Range Does the Hantek HSA2030 Cover?
9kHz to 3.2GHz, AC coupled. That covers 2.4GHz Wi-Fi, Bluetooth, ISM bands and cellular bands below 3.2GHz. 5GHz Wi-Fi is outside its range.
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What Is the Sensitivity of the HSA2030 Spectrum Analyser?
With the preamplifier on, DANL (displayed average noise level) is specified at -161dBm, typically -164dBm, from 10MHz to 500MHz. Other frequency bands are specified between -131dBm and -159dBm.
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What Is the Difference Between HSA2030A and HSA2030B Models?
The HSA2030A is a spectrum analyser only. The HSA2030B adds an integrated tracking generator covering 5MHz to 3.2GHz for network analysis and filter characterisation.
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How Long Does the Battery Last on the HSA2030?
The built-in 7800mAh lithium battery gives over 4 hours of operation. You can charge it from AC mains through the AC-DC adapter, or from a 12V vehicle supply using an automotive DC adapter.
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What Resolution Bandwidth Can the HSA2030 Achieve?
Resolution bandwidth runs from 10Hz to 1MHz in a 1-3-10 sequence. The 10Hz RBW lets you analyse closely spaced signals.
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