MSA200 Modular Spectrum AnalyzerThe frequency range from 9kHz to 20GHz
$16890
MSA200 spectrum analyzer modular is a wide band, high-performance, small-sized microwave spectrum analyzer that measures
frequency range from 9kHz to 20GHz. The highly integrated RF front-end and digital processing make it compact and
capable of independent signal processing, suitable for microwave test system integration. The main technical specification of MSA080
spectrum analyzer modular are comparable to desktop spectrum analyzer, with up to 80dB of IF suppression and minimal residual response
specification to meet the requirements of radio monitoring. The maximum 40MHz real-time bandwidth meets the testing needs of radio
signals such as mobile communication, TV, and WiFi, and the 145MHz analog IF output provides users with multiple testing options. The
SCPI commands make it easy to replace system test equipment.
- Description
- Additional information
Description
SPEC
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Spectrum Analyzer |
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MSA200 Modular Spectrum Analyzer |
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MSA200 |
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MSA200 spectrum analyzer modular is a wide band, high-performance, small-sized microwave spectrum analyzer that measures |
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Property |
Value |
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Frequency Range |
9kHz∼20.0G Hz |
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Amplitude Accuracy |
1MHz∼13.5GHz，±1.5dB；13.5GHz∼20GHz，±2.0dB |
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Phase Noise（@10kHz,f=3GHz） |
≤-95dBc/Hz |
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Noise Level |
<-160dBm |
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Model Type |
Module |
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Power |
Adapter |
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Dimensions |
165mm ×120mm ×32mm |
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Features |
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Swept Spectrum Analysis |
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Miniaturized design, Single power supply, Seamless system integration |
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LAN and USB interfaces for remote control and measurement data transfer |
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Applications |
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Primarily utilized in the electronic communications industry and microwave electronic measurement sectors, it is also well-suited for educational and research purposes, product development, manufacturing, maintenance. and other related scenarios. |
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Datasheet
Characteristics
Adjacent Channel Power Measurement
Measures the power level of the main channel, as well as the powerlevels of the two adjacent channels before and after it, along with theirpower differences relative to the main channel.
Carrier-to-noise Ratio Measurement
Measures the power of carriers and noise within a specified bandwidth,as well as the ratio between the two.
Channel Power Measurement
Measures power and power density within specified channel bandwidths.
Frequency Counting Measuremen
Provides more accurate frequency accuracy for testing signals
Harmonic Distortion Measurement
Measures the power of each harmonic of a carrier signal and thetotal harmonic distortion. The maximum measurable harmonic isthe 10th harmonic.
Occupied Bandwidth Measurement
Integrates to calculate the total power over the entire sweep width.and then calculates the bandwidth occupied by the specified powerratio based on the set power ratio.
Pass-Fail Test
Verifies whether the tested signal is located within the set windowor area.
Spectrum and Spectrogram
Measures the variation of the spectrum over time.
Swept Spectrum Analysis
Wide frequency band, high dynamic range, excellent small signalmeasurement capability, equipped with a variety of advanced measurementfu榫nctions.
Third-order Intermodulation Measurement
Measures parameters of the third-order intermodulation productof two signals (with equal amplitude and close frequencies).
Additional information
| Frequency Range | |
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| Amplitude Accuracy | |
| Phase Noise（@10kHz,f=3GHz） | |
| Model Type | |
| Power | |
| Dimensions |
