Control Rigol DHO824 oscilloscopes remotely via AI assistants to capture waveforms, take screenshots, configure channels, and read measurements.
Sponsored
The Rigol DHO824 tool acts as a Model Context Protocol (MCP) server, enabling AI assistants like Claude to directly interface with and control Rigol DHO824 and DHO804 oscilloscopes. This integration facilitates advanced automation of lab equipment, allowing users to issue natural language commands to capture waveform data, take screenshots, adjust channel settings, modify triggers, read various measurements, and query the device's current state. It streamlines experimental setups and data acquisition processes by bridging the gap between intelligent agents and physical instrumentation.
Características Principales
01Capture waveform data from oscilloscope channels
02Take screenshots of the oscilloscope display
03Configure oscilloscope channels and modify triggers
04Read measurements and query device state programmatically
050 GitHub stars
06Seamless integration with MCP-compatible AI assistants
Casos de Uso
01Automating oscilloscope data collection and analysis with AI agents
02Integrating physical lab equipment into AI-driven research workflows
03Remote control and monitoring of Rigol DHO824/DHO804 oscilloscopes