tic measurements across the complete acquisition record.
It supports:
- 41 automatic waveform parameters
- Up to ten displayed measurements
- Measurement statistics
- Full-record hardware measurement
- Long-memory signal analysis
This helps engineers measure long acquisitions without limiting the analysis to the waveform section currently visible on the display.
Advanced Trigger Functions
The oscilloscope provides multiple trigger modes for isolating specific waveform conditions.
Trigger functions include:
- Edge
- Pulse width
- Slope
- Video
- Pattern
- Duration
- Timeout
- Runt
- Window
- Delay
- Setup and hold
- Nth edge
- Serial protocol triggers
These functions help locate:
- Narrow pulses
- Missing transitions
- Setup and hold violations
- Logic-pattern events
- Abnormal voltage levels
- Selected protocol messages
- Intermittent signal faults
Serial Protocol Triggering and Decoding
The MSO7024 supports optional protocol analysis for embedded, automotive, audio and aerospace applications.
Available protocol options include:
- RS232/UART
- I2C
- SPI
- CAN
- LIN
- I2S
- FlexRay
- MIL-STD-1553
The instrument can decode up to four serial buses simultaneously and display decoded information on the waveform or in an event table.
Protocol functions are licence-dependent unless included in a confirmed option bundle.
Optional Dual-Channel 25 MHz Waveform Generator
The MSO7024 can be upgraded with a dual-channel arbitrary waveform generator.
Generator specifications include:
- Two output channels
- 200 MSa/s generation sample rate
- 14-bit vertical resolution
- Up to 25 MHz sine-wave output
- Up to 15 MHz square or pulse output
- Up to 100 kHz ramp output
- Up to 10 MHz arbitrary waveform output
- Adjustable amplitude and DC offset
The waveform generator is optional on the base MSO7024. It should be described as included only when the MSO7000-AWG option or a confirmed commercial bundle is activated.
Waveform Mathematics and FFT
The MSO7024 supports advanced waveform and frequency-domain analysis.
Available functions include:
- Addition
- Subtraction
- Multiplication
- Division
- User-defined mathematical functions
- FFT
- Digital filtering
- Reference waveform comparison
- Histogram analysis
- Measurement statistics
The enhanced FFT function supports up to 1 Mpts and includes colour-based probability display for identifying intermittent frequency components.
Histogram Analysis
The oscilloscope supports:
- Horizontal waveform histograms
- Vertical waveform histograms
- Measurement histograms
Histogram analysis can help evaluate:
- Clock jitter
- Noise distribution
- Measurement variation
- Long-term signal stability
- Timing and amplitude abnormalities
Mask and Pass/Fail Testing
Hardware pass/fail testing allows users to compare live signals against a predefined waveform mask.
It can support:
- Production-line inspection
- Repetitive quality testing
- Signal-stability monitoring
- Component comparison
- Long-duration validation
- Detection of occasional waveform deviations
Digital Voltmeter and Counter
The MSO7024 combines several test functions in one platform, including:
- Digital oscilloscope
- Logic analyser
- Protocol analyser
- Optional waveform generator
- Digital voltmeter
- Six-digit frequency counter
- Totaliser
- FFT-based spectrum analysis
This reduces the need for separate test instruments during embedded and electronics development.
Search and Navigation
Search and navigation tools help users locate selected events within long waveform records.
Search conditions can include:
- Selected edges
- Pulse-width events
- Runt pulses
- Logic patterns
- Serial bus conditions
- Timing abnormalities
This is particularly useful when working with the optional 500 Mpts memory depth.
10.1-Inch Capacitive Touchscreen
The MSO7024 includes:
- 10.1-inch capacitive multi-touch display
- 1024 × 600 resolution
- Gesture-based waveform control
- Physical front-panel controls
- Mouse support
- Colour persistence
- Intensity grading
- Multi-window waveform display
The instrument can be controlled through the touchscreen, physical controls, mouse or remote interfaces.
Connectivity and Remote Control
Standard connectivity includes:
- USB Host
- USB Device
- LAN
- LXI
- HDMI output
- Trigger and calibration output
- Optional USB-to-GPIB interface
- Browser-based remote control
- PC control software
- SCPI programming support
These interfaces support waveform transfer, automated testing, production integration and remote laboratory operation.
Applications
The RIGOL MSO7024 is suitable for:
- Embedded-system development
- Microcontroller debugging
- FPGA and CPLD testing
- Mixed-signal circuit analysis
- Serial protocol debugging
- Power electronics testing
- Switching power-supply analysis
- Automotive electronics
- CAN and LIN testing
- Industrial control systems
- Audio bus analysis
- Aerospace bus testing
- Signal-integrity troubleshooting
- Production-line validation
- Research and development
- Engineering education
Why Buy from RevineTech?
RevineTech supplies professional test and measurement instruments for electronics development, industrial testing, research, education and production applications.
Technical product-selection support can include:
- MSO7024 configuration
- Bandwidth upgrade selection
- Memory-depth upgrade
- Serial protocol licences
- Power-analysis software
- Optional waveform generator
- Logic analyser probe
- Passive and active probes
- High-voltage differential probes
- Current probes
- Calibration documentation
- Automated test integration
