SA3600TG:  3GHz Spectrum Analyser with Tracking Generator

1) Frequency
i) Range -         9 kHz ~ 3.6 GHz
ii) Resolution -  1Hz

2) Frequency Span
i) Range - Hz, 100Hz to maximum frequency of device

3) Internal reference
i) Reference Frequency -  10.000000 MHz

4) Frequency Counter
i) Resolution 1Hz，10Hz，100Hz，1kHz
ii) Accuracy ( marker freq ×±freq reference uncertainty + counter resolution )

5) Bandwidth
i) Resolution Bandwidth (-3 dB): 10Hz to 500kHz ( in 1 to 10), 1MHz，3MHz
ii) Resolution Filter Shape Factor : 1 nominal ( Digital implement, similar to Gauss Pattern）
iii) Accuracy : <5% nominal
iv) Video Bandwidth (-3 dB) : 10Hz to 3MHz

6) Amplitude and Electric Level
i) Amplitude Measurement Range : DANLto +20 dBm, close the preamplifier
ii) Reference Electric Level : -80 dBm to +30 dBm，0.1dBm steps
iii) Preamplifier：20 dB nominal，9 kHz~1.5 GHz
iv) Max Input DC Voltage : 50 VDC
v) Input Attenuator Range : 0~40 dB, 3 dB steps , 10~50dB 1dB steps
vi) Max Continuous Power : 30dBm，average continuous power

7) Displayed Average Noise Level (DANL)
i) Preamp off : Input attenuation 0dB 1Hz resolution bandwidth, RBW = 10Hz Normalization to 1 Hz      
‍1MHz ~ 10MHz - 130 dBm (typical)      
‍10MHz ~ 1GHz - 130 dBm (typical)      
‍1GHz ~ 3.6GHz - 148 dBm (typical)
ii) Preamp on 1MHz ~ 10 MHz -150dBm (typical)      
‍10MHz ~ 1 GHz -150dBm (typical)      
‍1GHz ~ 3.6 GHz -148dBm (typical)

8) Phase Noise
i) Phase Noise : <-82 dBc/ Hz @10 kHz offset
ii) <-100 dBc/ Hz @100 kHz offset
iii) <-110 dBc/ Hz @10 MHZ offset

9) Level Display Range
i) Log Scale Coordinate : 1dB ~255dB
ii) Linear Scale Coordinate : 0 to reference level
iii) Level Unit : dBm, dBuW, dBpW, dBmV, dBuV, W,V
iv) Points : 201~1001
v) Number of Traces : 5
vi) Detectors : Positive-peak, negative-peak, sample, normal, RMS
Trace Functions : Clear write, Max Hold, Min Hold, View, Blank, Average

10) Frequency Response
i) Preamp off : ±0.8 dB : ±0.4 dB typical
ii) Preamp on: ±0.9 dB : ±0.5 dB typical
iii) 20℃ ~30℃，30%~70% relative humidity, 10 dB input attenuation, reference 50 MHz

11) Accuracy
i) Input Attenuation Switching Uncertainty : 20℃ ~30℃，fc=50 MHz，Preamplifier Off，20dB RF attenuation，input signal 0~40 dB ±0.5 dB
ii) Absolute Amplitude Uncertainty : 20℃~30℃，fc=50 MHz Span = 200kHz, RBW=1 kHz，VBW=1 kHz，Peak detector, 10 dB RF attenuatio，Preamplifier Off ±0.4 dB， input signal = -20dBm Preamplifier On ±0.5 dB, input signal = -40dBm
iii) VSWR : input 10 dB, 1RF attenuation MHz~3.6GHz, < 1.5 nominal  

12) Sweep Time and Triggering
i) Span Range : 100Hz≤SPAN≤3GHz 10ms to 3000s, None-zero Span 10ms to 3000s
ii) Zero sweep width 1ms to 3000s，Zero Span 10ms to 3000s
iii) Mode : Continue, single
iv) Trigger : Free run, video, external

13) Tracking generator
i) Output Frequency Range : 100 kHz~3.6 GHz (tracking generator) 35MHz~ 3.6GHz (Signal generator)
ii) Output Power Level Range : -30dBm~0dBm
iii) Output Power Level Resolution : 1dB
iv) Output Flatness : ±3 dB
v) Maximum Safe Reverse Level : Average total power : 30 dBm，DC : ±50 VDC

14) General Technical Specification
i) Display : TFT LCD，10.4 inches, 800 x 600 pixels
ii) Front Panel RF Input Connector : 50 Ω，N-type female
iii) Front Panel Track Generator Output : 50 Ω，N-type female
iv) Communication Port : USB HOST, USB DEVICE, LAN, earphone port, REF and VGA
v) Power : 100V~240V 50/60Hz

15) ACCESSORIES : Power Chord, User Manual, NSMA Adapter - 2nos  

ACCESSORIES
i) Power Cord - 1 No.
ii) USB Cable - 1 No.
iii) N Type SMA Cable 2 No.

‍KEY MEASUREMENT PARAMETERS
1) 10 Hz Minimum Resolution Bandwidth (RBW) - Digital IF technology offers a minimum bandwidth of 10Hz, allowing excellent signal resolution when separation of closely spaced signals is required.
‍2) Phase noise : <-80 dBc/Hz @1 GHz @ 30 KHz offset - Excellent phase noise performance - <-80dBc/Hz @30KHz enables users to evaluate most synthesizers and signal generators.
‍3) EMI filter and peak detector kit - Akademika offers an EMI filter and peak detector kit to help evaluating EMI levels for pre-compliance testing.
4) Measure -130dB small signal at 10Hz RBW - Offers a DANL (displayed average noise level) down to -130 dBm, which is able to measure smaller signals.
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