Description
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Hantek HSA2016 Series Spectrum Analyzer can be used in laboratory, more suitable for field mobile use.

Features:

Frequency range :9KHz~1.6GHz；
Optimal sensitivity: -161dBm；
RBW:10Hz to 1MHz.
High protection portable design, sturdy and durable
can be used in laboratory, more suitable for field mobile use
built-in large capacity lithium battery, can work for more than 4 hours. 18650 rechargeable battery.
USB/LAN communication, easy for long-range control.
5.6 inch highlight color display, 640*480 resolution, waveform display clearly.

Specifications:

Model		HSA2016A	HSA2016B
Frequency Range		9KHz~1.6GHz AC Coupled	9KHz~1.6GHz AC Coupled 5M~1.6GHz TG
Frequency Resolution		1Hz
Reference Frequency		10MHz
Frequency Readout Accuracy		±(frequency indicationfrequency reference uncertainty+1%span+20%RBW+marker resolution+1Hz)
Internal 10MHz Reference Accuracy		Aging rate	±1ppm/year（0℃~50℃，Reference is 25℃）
		Temperature stability	±1ppm/year
Marker Resolution		(Frequency span)/(number of sweep points-1)
-3dB Bandwidth		10Hz to 1MHz，1-3-10 sequence
Accuracy		±5% RBW=10Hz~1MHz nominal
Resolution Filter Shape Factor		＜5:1 nominal
Video Bandwidth (VBW）		-3dB bandwidth	1Hz to 1MHz，1-3-10 sequence
		Accuracy	±10% VBM=1Hz~1MHz nominal
Displayed Average Noise Level (normalized to1Hz)
9K~1MHz		Preamp off	-108dBm，typical -127dBm
1MHz ~10MHz			-128dBm，typical -146dBm
10MHz ~500MHz			-142dBm，typical -146dBm
500MHz ~2.5GHz			-141dBm，typical -145dBm
2.5GHz ~3GHz			-140dBm，typical -144dBm
9K~1MHz		Preamp on	-131dBm，typical -150dBm
1MHz ~10MHz			-148dBm，typical -163dBm
10MHz ~500MHz			-161dBm，typical -164dBm
500MHz ~2.5GHz			-159dBm，typical -162dBm
2.5GHz ~3GHz			-158dBm，typical -161dBm
SSB Phase Noise	Carrier Offset(20℃~30℃，500MHz Central Frequency）	10K	< -92 dBc/Hz, typical -95 dBc/Hz
		30K	< -93 dBc/Hz, typical -96 dBc/Hz
		100K	< -95 dBc/Hz, typical -97 dBc/Hz
		1MHz	< -117 dBc/Hz, typical -119 dBc/Hz
Range		Span >100Hz	2ms to 1000s
		Span=0Hz	600ns to 200s
Sweep Mode		Continuous, single
Trigger Source		Free run; video; external
Trigger slope		Selectable positive or negative edge
Trigger delay		Span =0Hz	±12ms to ±12s nominal
Frequency Counter	Counter Resolution	1Hz
	Accuracy	± (marker frequency × frequency reference uncertainty + counter resolution)
Log Scale and Units		1 to 10 dB/divisions in 1, 2, 5, 10 dB steps, 10 divisions displayed
Linear Scale and Units		0 to 100%，10 divisions displayed
Scale Unit		dBm，dBmV,dBuV,Watts，Volts
Sweep (Trace) Points		461
Number of Markers		4
Detectors		Normal, positive peak, dample, negative peak, RMS
Number of Traces		4
Trace Functions		Clear/write, maximum hold, minimum hold, average, check，close
Level Measurement Error		±1.5dB(excluding input VSWR mismatch) 20~30℃，peak detector, preamplifier off, input signal -50dBm to 0dBm
Setting Range		-100dBm to +30dBm, steps of 1dB
Setting Resolution		Log scale: 0.01dB	Linear scale: Almost log(2.236μV to 7.07V）
Maximum Safety Input Level		Average continuous power: +33dBm	DC input voltage: 50Vdc
Measurement Range		9KHz~2MHz	Displayed average noise level (DANL) to +10dB
		2MHz~3GHz	Displayed average noise level (DANL) to +20dB
		Input attenuator range	0 to 51dB,1dB steps
Second Harmonic Distortion（SHI）		<65dBc，50MHz to 3GHz（Mixer level -30dBm，attenuator =0dB，preamp off，20℃~30℃）

Second Harmonic Distortion（SHI）	<65dBc，50MHz to 3GHz（Mixer level -30dBm，attenuator =0dB，preamp off，20℃~30℃）
Third-OrderIntermodulation(TOI）	50~300MHz	+8dBm，Third-order intermodulation products：2 x -20dBm; frequency separation 100KHz：attenuation = 0dB; preamp off，20℃~30℃
	300MHz~1.6GHz	+10dBm
Input Related Spurious	<-75dBc，(input mixer = -30dBm)
Inherent Residual Response	<-90dBm，typical -98dBm (Input terminated and 0 dB RF attenuation, preamplifier off)
RF Input VSWR (at Tuned Frequency)	10MHz to 1.6GHz	＜1.5:1, nominal Attenuator setting 10~20dB
Reference Iinput Frequency	10MHz
Reference Input Amplitude	0~10dBm
Trigger Voltage	5V TTL level
Connector and Output Impendence	N female；（50Ω）