RIGOL MSO/DS4000 Series Mixed Signal Oscilloscope | MSO4054 | MSO4034 | MSO4024 | MSO4014

The RIGOL MSO/DS4000 Series Mixed Signal Oscilloscope, available in MSO4014, MSO4024, MSO4034, and MSO4054 models, is a versatile, high-performance measurement instrument designed for electronic circuit development, embedded-system debugging, industrial testing, manufacturing, education, and R&D laboratories.

The series provides model-specific analogue bandwidths from 100 MHz to 500 MHz, a maximum real-time sampling rate of up to 4 GSa/s, four analogue input channels, and 16 digital logic channels for mixed-signal analysis. These capabilities help engineers capture, display, and analyse analogue and digital signals within a single test platform.

Model-specific bandwidth options include 100 MHz for the MSO4014, 200 MHz for the MSO4024, 350 MHz for the MSO4034, and 500 MHz for the MSO4054. This selection allows users to choose a suitable oscilloscope for general electronics testing, power-system validation, communication circuit analysis, or high-speed embedded designs.

• Model-specific analogue bandwidths from 100 MHz to 500 MHz
• Four analogue input channels
• 16 digital logic channels for mixed-signal debugging
• Maximum real-time sampling rate up to 4 GSa/s
• Deep waveform memory for capturing long signal sequences
• Fast waveform acquisition for detecting intermittent events
• Advanced edge, pulse, runt, slope, pattern, duration, and serial-bus triggering
• Serial protocol decoding for common embedded communication buses
• Enhanced FFT spectrum analysis
• Hardware-based pass/fail testing
• Automatic waveform measurements and statistical analysis
• Mathematical operations and waveform comparison tools
• Waveform recording, playback, search, and navigation functions
• User-defined one-key quick-operation function
• Large colour display for detailed waveform visualisation
• USB and LAN connectivity for data transfer and remote operation

The 16 digital channels allow the RIGOL MSO4000 Series to examine digital control lines alongside analogue signals, making it particularly useful for microcontroller development, FPGA testing, serial-bus troubleshooting, and mixed-signal circuit validation. Engineers can correlate analogue behaviour with digital events to locate timing problems, signal distortion, and communication errors.

Enhanced FFT analysis provides frequency-domain insight for identifying unwanted harmonics, interference, noise, and other spectral components. The hardware pass/fail test function supports repeatable product validation and production quality checks, while advanced triggering and protocol decoding help isolate specific signal conditions quickly.

The user-defined one-key quick-operation feature allows frequently used functions to be accessed conveniently, improving efficiency during repetitive measurements. Connectivity options support waveform storage, report preparation, remote control, and integration with computer-based or automated testing environments.

Typical applications include embedded-system debugging, analogue and digital circuit development, power-electronics testing, automotive electronics, communication-system analysis, industrial automation, electronics manufacturing, quality assurance, equipment servicing, engineering education, and laboratory research.

Available Models: MSO4014 | MSO4024 | MSO4034 | MSO4054

Explore more RIGOL digital oscilloscopes, mixed signal oscilloscopes, electronic testing instruments, and laboratory measurement equipment in the Oscilloscope category on EnvMart.