- Frequency range: 10MHz to 6000MHz
- Signal demodulation: Digital signal, FM, and LTE
- DANL: -168 dBm @1GHz (Sensitivity set to High, normalized to 1Hz)
- Resolution bandwidth: 10Hz to 5MHz
- Signal storage depth of 1Gbit for signal capture and analysis
- API library is provided for secondary development
Main Functions
• General Spectrum Analysis
For conventional stable or periodic signals, the A6 provides broadband spectrum testing, including frequency and power measurements.
• Waterfall Display
A6 can display the frequency and amplitude change of the spectrum as a function of time in the form of waterfall display (Spectrogram), making the spectrum change at a glance.
• Digital Signal Demodulation
A6 supports ASK\PSK\FSK\QAM digital signal demodulation. Provide information such as spectrum, constellation, and EVM.
• LTE Signal Demodulation
A6 provides TDD-LTE and FDD-LTE downlink signal demodulation. Obtain spectrum records, time-frequency resource mapping, constellation, channel decoding, EVM, etc.
• NB-IoT Signal Demodulation
A6 provides air interface information demodulation for NBIoT. It can present multi-cell coverage and interference in the current wireless environment.
• FM Demodulation
A6 provides FM demodulation. The demodulated audio data can be stored in computer.
• Zero Span Mode
When analyzing the time domain characteristics of signal, user can set the span of instrument to 0 and enter zero span mode (like the oscilloscope). Video trigger can be used in this mode.
Typical Application
• Laboratory RF test
A6 vector signal analyzer can perform RF testing in the laboratory. A6 combines G6 vector signal source can test intermodulation distortion of amplifiers, mixers, and receivers. This system can also test antennas, amplifiers, and attenuators’ performance such as bandwidth, frequency response, and gain.
• RF & Microwave Teaching Application
A6 vector signal analyzer, combine with G6 vector signal source, enables a demonstration of the testing of RF microwave devices. It reduces the complexity of RF microwave professional teaching and meets the teaching needs of telecom and electronic engineering related majors.
• Compact Size & Fast Deployment
A6 is compact and easy to set up. User can easily carry to field and quickly build the test environment.
• System Integration & Secondary Development
A6 vector signal analyzer has a small size, superior specifications, comprehensive telecommunication & general demodulation support, and an open API interface. It also offers three different product models: full-size USB module, small-size USB module and PCB module. Thus, A6 can meet the system integration needs of different users.
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Function |
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Sensitivity |
Low, Medium and High |
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Demodulator |
Digital signals, FM, and LTE (AM, GSM, WCDMA, and NB-IoT will be supported in the future) |
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Frequency |
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Frequency Range |
10MHz to 6GHz |
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Frequenc Reference |
Aging rate: ±1ppm |
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Frequency |
±( (readout frequency + 1GHz) x Frequency |
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Frequency Span Accuracy |
±1% |
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Sweep Time |
1.1ms to 1600s |
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2.69ms to 1600s, zero span |
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Resolution bandwidth |
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RBW Range |
10Hz to 5MHz, (1-2-3-5-10 Sequence) |
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RBW Accuracy |
RBW≥1MHz,±10% RBW＜1MHz, ±2% |
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Amplitude |
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Measuring Range |
Display Average Noise Level to +20dBm |
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Input Attenuator Range |
0 to 30dB, 1dB Step |
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Maximum Safe Input Level |
Sensitivity: +30dBm (Low) |
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Sensitivity: 0dBm (Medium) |
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Sensitivity: -20dBm (High) |
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Reference Level Range |
-140 dBm to +20dBm |
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-190dBm to +70dBm (Ref level offset: ON) |
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Amplitude Accuracy |
ATT set to 0dB, Input Signal: -5 to -30 dBm; Detector set to Positive; Sensitivity set to |
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Half hour warm-up required.
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±1.5dB |
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RBW Switching Uncertainty |
±0.3dB |
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Input Attenuator Uncertainty |
±0.6dB |
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Accuracy of Reference Level |
Reference level: ≥-60dBm, ±0.8dB |
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Display Average Noise Level (DANL) @1GHz |
Input Normalized to 1 Hz RBW |
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Sensitivity: Low |
-129dBm/Hz (typically -131dBm/Hz) |
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Sensitivity: Medium |
-148dBm/Hz (typically -150dBm/Hz) |
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Sensitivity: High |
-166dBm/Hz (typically -168dBm/Hz) |
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Residual Response |
-70dBm（-65dBm@1161MHz-1181MHz/5760-5766MHz） |
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Input-Related Response |
10MHz to 1.1GHz |
<-70dBc |
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1.1GHz to 1.85GHz, 2.9GHz to 2.97GHz |
<-41dBc |
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1.85GHz to 2.9GHz, 2.97GHz to 3.11GHz, 3.7GHz to 5.6GHz |
<-50dBc |
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3.11GHz to 3.70G, 5.8GHz to 5.9G |
<-39dBc |
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5.9GHz to 6.0GHz |
<-30dBc |
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Second Harmonic Distortion |
1.6GHz -70dBc |
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Third-Order Intercept (TOI) |
-10dBm tones, 1MHz apart, Sensitivity set to low, Ref set to -10 dBm +15dBm |
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P1dB |
+5dBm (nominal) |
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Phase Noise @1GHz |
-95dBc/Hz, @10kHz (typically -98dBc/Hz) |
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-115dBc/Hz, @1MHz (typically -120dBc/Hz) |
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Storage |
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Maximum storage depth |
1Gbit |
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Data format |
I/Q two-way, 16bit |
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Bandwidth |
2.5Mz, 5MHz, 10MHz, 20MHz |
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Sampling rate |
30.72MHz, 15.36MHz, 7.68MHz, and 3.84MHz |
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OS for Software |
Windows7, Windows 10 |
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Power Supply Current |
2A Max |
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Temperature |
Operating: 0°C to 50°C Storage: -20°C to 70°C |
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Connect interface |
RF output: N-type, 50 Ω |
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Dimension and Weight |
180mm×50mm×290mm, 1.8kg |
Technical specifications
This technical specifications include the influence of probability distribution, measurement uncertainty and environmental factors on the instrument performance. It guarantees the performance under the following conditions.
- The instrument is ON and warmed up for 30 min
- The instrument internal reference signal is applied
Testing temperature is 23±5 ºC, unless other specific condition applied.
Typical value
Additional description does not cover all performance information of the product guarantee. Unless otherwise specified, the typical value refers to the indicator or technical specification with which more than 80% of products comply under 23 ± 5 ºC. The measurement uncertainty is excluded. A6 should be within the calibration period.
Nominal value
The nominal value refers to the characteristic description or design range. It is not tested or covered by the product. A6 should be within the calibration period.
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Model |
Description |
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A6 |
A6 Vector Signal Analyzer (10MHz to 6000MHz) |
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Accessories Model |
Description |
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MRX-AS001 |
Power adapter |
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MRX-AS002-I |
Power cable (China standard) |
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MRX-AS002-B |
Power cable (US standard) |
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MRX-AS002-G |
Power cable (UK standard) |
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MRX-AS002-F |
Power cable (US standard) |
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MRX-AS004 |
USB cable |
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MRX-AS004 |
USB disk |
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MRX-S003 |
Spectrum analysis and playback software |
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MRX-S004 |
Waterfall display and FM demodulaiton |
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Options |
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MRX-S001 |
NB-IoT demodulation license |
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MRX-S002 |
IQ signal capture license |
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MRX-S005 |
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MRX-S008 |
FDD-LTE demodulation license |
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MRX-S006 |
Digital demodulation license |
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MRX-S007 |
10MHz Ref IN/OUT Option |
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MRX-AS006 |
Universal power adapter |
BeiDou Navigation Satellite System is developed rapidly these years, however it still faces some problems now. One of the problem is signal interference, just like the similar like the GPS. One of GNSS station of BeiDou System found that their signal will be interfered at certain time everyday, so they invited Transcom Instruments to do Trouble Shooting for them. Trasncom Instruments set a simple test in the field, SpecMini was used as Spectrum Analyzer to do the interference location, A6 was used for recording IQ data, which will be used for further analytic. After sampling and inteference location, the interference source was found: One BTS belongs to one operator in China.
