HSA Handheld Spectrum Analyzer Frequency Range:9kHz∼3.6GHz
The HSA830 series spectrum analyzer is designed specifically for on-site operations. It is lightweight and portable,fast and accurate, sturdy and durable, and has multi measurement functions,It is the perfect choice for those who seeking excellent performance and value. The product features a high brightness 6.5-inch screen, with a dynamic appearance and display clearly. It has a large-capacity Li-battery, continuous working time of up to4 hours, and a push-cover battery compartment that is convenient to replace at any time, with unlimited expansion of work time.Optional accessories such as built-in tracking sources.amplifier, field strength measurements, GPS/BD navigation measurements, and antenna transmission line tests can quickly and reliably solve a variety of routine measurement tasks, and adapt to demanding and complex environmental requirements,The USB and LAN communication interfaces can achieve remote control. Using the standard SCPI command set, it can quickly build and upgrade integrated test systems, and is convenient for users to measure and use.
- Description
- Additional information
Description
SPEC
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Spectrum Analyzer |
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HSA Handheld Spectrum Analyzer |
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HSA830 |
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The HSA830 series spectrum analyzer is designed specifically for on-site operations. It is lightweight and portable,fast and accurate, sturdy and durable, and has multi measurement functions,It is the perfect choice for those who seeking excellent performance and value. The product features a high brightness 6.5-inch screen, with a dynamic appearance and display clearly. It has a large-capacity Li-battery, continuous working time of up to4 hours, and a push-cover battery compartment that is convenient to replace at any time, with unlimited expansion of work time.Optional accessories such as built-in tracking sources.amplifier, field strength measurements, GPS/BD navigation measurements, and antenna transmission line tests can quickly and reliably solve a variety of routine measurement tasks, and adapt to demanding and complex environmental requirements,The USB and LAN communication interfaces can achieve remote control. Using the standard SCPI command set, it can quickly build and upgrade integrated test systems, and is convenient for users to measure and use. |
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Property |
Value |
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Frequency Range |
9kHz∼3.6GHz |
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Display |
6.5-Inch |
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Phase Noise（@10kHz,f=1GHz） |
HSA830:≤-90dBc/Hz |
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Noise Level |
<-160dBm |
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Model Type |
Handheld |
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Power |
7.4V 600mAh |
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Dimensions |
290mm ×186mm ×66mm |
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Features |
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Specialized transient detection |
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Spectrogram, Channel Measurement, Frequency Counting, Audio Demodulation, Pass-Fail Test |
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Long endurance up to 4 hours |
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Applications |
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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. |
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Datasheet
Characteristics
Adjacent Channel Power Measurement function presents themain channel power and the adjacent channel power simultaneously in a tabular format, thereby revealing the adjacent channelpower ratio.
F/AM demodulation and broadcasts monitoring from variousradio stations
The HSA is capable of quickly and conveniently measuring thepower within a specified channel frequency range, which isreferred to as the channel power.
Clear and bright trace lines, easy operation.
Displays the precise frequency of the frequency point with thehighest energy at the current cursor position, resulting in moreaccurate frequency measurements.
Utilizing the difference between the “Peak” and frequencymarker, in conjunction with the “Next Peak”, “Left Peak”, and”Right Peak” , directly reads out the amplitude difference betweenthe specified harmonic and the signal.
By setting the difference from the peak power to N dB, the bandwidthat that point is provided in real time.
Measuring small signals (e.g., -80dBm), operations such as reducingthe span width, enabling the pre-amplifier, increasing resolution, anddecreasing attenuation can be performed to make the measurementresults more accurate.
Place the frequency marker on the signal, set the marker to differentialmode. Move the marker to the third-order intermodulationsignal, andthe displayed difference at this point is the measurement result.
Measurement of the ratio of in-band power to the total poweracross the frequency span.
Additional information
| Frequency Range | |
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| Display | |
| Phase Noise（@10kHz,f=1GHz） | |
| Model Type | |
| Power | |
| Dimensions |
