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Characterizing sub-THz components for 6G requires more than S-parameters to be comprehensive. Noise figure, gain compression, and error vector magnitude as well as a number of other modulated measurements are needed to create a complete picture to predict component performance in a system. To accurately characterize components at these sub-THz frequencies, time-domain and frequency-domain measurements are essential.
The setup for 6G sub-THz component characterization requires a modulated wideband signal source and a vector network analyzer that can both take S-parameter measurements and traditional modulated measurements. These systems must be fully clock locked in order to reduce the phase noise at sub-THz frequencies. Finally, given the effects the test system and any fixtures can have on these sub-THz signals, source calibration is critical to ensure an ideal test signal at the device under test (DUT) input reference plane.
How to Characterize 6G Components
Provides 2- or 4- port interface capability to the millimeter-wave frequency extender modules for PNA/PNA-X Network Analyzers
VNA Type | Benchtop |
VNA Series | N/A |
Maximum Frequency | N/A |
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How to Characterize 6G Components
The M8199A arbitrary waveform generator (AWG) provides a high-performance signal source for arbitrary signals, enabling development of designs of 128 GBaud and above.
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Max Sample Rate | 256 GSa/s |
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How to Characterize 6G Components
The S93093B has all of the capability of the S93090xA spectrum analyzer application with an upper frequency of 125 GHz
Network Analyzer Series |
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How to Characterize 6G Components
Custom modulation analysis subscription bundle
Signal Analysis Industries and Options |
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Technology |
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How to Characterize 6G Components
10 MHz to 50 GHz, 2 and 4 ports, up to three sources.
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Maximum Frequency | 50 GHz |
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VNA Series | PNA-X Most Advanced and Flexible |
VNA Type | Benchtop |
Additional resources for 6G component characterization
Measuring frequency converter phase noise requires the capture of many parameters, including gain, phase, delay, intermodulation distortion, and noise figure. Learn how to set up a test to characterize frequency converters using a combination of signal generation and analysis tools.
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Characterizing low-loss materials for 5G requires understanding their electromagnetic properties. Learn how to determine permittivity, permeability, and other characteristics using a network analyzer and material measurement software.
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Accelerating your low-noise amplifier development while ensuring conformance to 5G New Radio standards requires a consolidated test setup. Learn how to conduct fully vector-corrected noise figure measurements and modulation distortion analysis up to 44 GHz using a network analyzer.
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