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Control USB oscilloscopes with AI for waveform capture and measurements.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "oscilloscope-mcp" yet — see the docs or source repo.
After connecting a PicoScope, capture the waveform on channel A, set the timebase to 1 ms/div, export it as CSV, and summarize the main signal characteristics.
Returns the capture result, CSV export details, and a brief summary of waveform features such as amplitude and period.
Use a Hantek oscilloscope to measure the input signal frequency, show the measured value, and determine whether the signal is stable.
Outputs the measured frequency and provides a stability assessment with supporting reasoning.
Generate a test waveform in the built-in simulator, run a capture, frequency measurement, and CSV export, and verify that the full workflow works correctly.
Returns the simulated capture result, measurement values, export status, and a conclusion on whether the workflow is functioning properly.
Control a bench oscilloscope over LAN for hardware debugging and validation.
Control Rigol oscilloscopes with AI through automated SCPI command execution.
Connect AI to an Owon oscilloscope for capture, measurements, and remote control.
Control logic analyzers with AI to capture, decode, and export digital traces.
Safely remote-control a SIGLENT oscilloscope to capture and analyze waveforms.
Control Digilent WaveForms instruments over USB for capture, generation, and testing.