The RIGOL MSO7034 belongs to the MSO7000 Series of professional mixed-signal oscilloscopes, combining six laboratory instruments into a single platform:

• Digital Oscilloscope
• 16-Channel Logic Analyzer
• Dual-Channel Arbitrary Waveform Generator (optional)
• Digital Voltmeter
• Frequency Counter & Accumulator
• Protocol Analyzer

Built around RIGOL's UltraVision II architecture, the MSO7034 delivers high-speed acquisition, deep memory, intelligent triggering and comprehensive waveform analysis in a compact benchtop instrument.

The MSO7034 is particularly suited to:

• Embedded system development
• Industrial automation
• Automotive electronics
• Power electronics
• IoT hardware development
• Research laboratories
• Educational institutions
• Production validation
•  

350 MHz Analogue Bandwidth

The MSO7034 provides 350 MHz analogue bandwidth across four analogue channels.

This bandwidth supports:

• Embedded processor debugging
• FPGA validation
• Digital clock measurements
• Communication interfaces
• Automotive ECUs
• Switching power supplies
• Industrial control electronics
• General signal integrity analysis

Typical calculated rise time is approximately 1 ns.

Four Analogue Channels

The oscilloscope includes:

• 4 analogue channels
• 1 external trigger input

Four simultaneous channels allow engineers to compare:

• Clock
• Data
• Enable
• Reset
• Multiple power rails
• Feedback loops
• Switching waveforms
• Communication signals
•  

Mixed-Signal Capability

The MSO7034 supports 16 digital channels.

Digital acquisition requires the optional RPL2316 logic analyzer probe.

Mixed-signal operation enables:

• Analogue + digital timing correlation
• Parallel bus analysis
• Microcontroller debugging
• FPGA development
• State-machine analysis
• Embedded firmware validation
•  

Up to 10 GSa/s Real-Time Sampling

Maximum sampling depends on the active channels.

The very high sampling density allows engineers to capture fast transitions accurately while maintaining excellent timing resolution.

Deep Memory

Standard memory:

Optional memory upgrade:

Deep memory allows:

• Long waveform recording
• Power-up analysis
• Long protocol captures
• Detailed zoom
• Timing analysis
• Embedded debugging
•  

UltraVision II Architecture

The MSO7034 uses UltraVision II technology.

Major capabilities include:

• Deep memory
• Fast acquisition
• Hardware measurements
• FFT
• Search
• Navigation
• Segmented recording
• Multi-window display
•  

Up to 600,000 wfms/s Capture Rate

Waveform capture reaches:

600,000 waveforms per second

This improves visibility of:

• Rare glitches
• Runt pulses
• Timing violations
• Noise spikes
• Dropouts
• Intermittent faults
•  

Hardware Recording

Supports hardware waveform recording with segmented memory.

Useful for:

• Long unattended tests
• Event playback
• Production debugging
• Reliability analysis
•  

256-Level Intensity Grading

The digital phosphor display provides:

• 256 intensity levels
• Adjustable persistence
• Colour grading

This allows engineers to identify:

• Rare events
• Noise bursts
• Multiple waveform states
• Timing instability

Full Memory Hardware Measurements

Hardware measurements operate across the entire acquisition memory.

Supports:

• 41 automatic waveform parameters
• Statistics
• Up to 10 simultaneous measurements

Measurement categories include:

• Voltage
• Timing
• Frequency
• Duty cycle
• Phase
• Delay
• Rise/Fall time
•  

Histogram Analysis

Histogram analysis includes:

• Horizontal histogram
• Vertical histogram
• Measurement histogram

Applications include:

• Clock jitter
• Signal noise
• Long-term measurement distribution
• Statistical analysis
•  

Pass/Fail Testing

Built-in hardware Pass/Fail testing supports:

• Production QA
• Design verification
• Long-duration monitoring
• Automated testing

Waveforms are compared against a user-defined mask.

Enhanced FFT Analysis

FFT supports up to 1 Mpts analysis.

Useful for:

• Harmonics
• EMI troubleshooting
• Switching frequencies
• Noise sources
• Filter evaluation
• Power electronics

Users can configure:

• Centre frequency
• Span
• Start frequency
• Stop frequency
•  

Trigger System

Available trigger types include:

• Edge
• Pulse
• Slope
• Video
• Pattern
• Duration
• Timeout
• Runt
• Window
• Delay
• Setup/Hold
• Nth Edge
• Serial Trigger
•  

Protocol Analysis

Optional protocol packages support:

Embedded

• RS232/UART
• SPI
• I²C

Automotive

• CAN
• LIN
• FlexRay

Audio

• I²S

Aerospace

• MIL-STD-1553

Up to four buses can be decoded simultaneously.

Waveform Search & Navigation

Deep-memory search allows users to quickly locate:

• Pulse-width violations
• Logic patterns
• Edge transitions
• Serial packets
• Runt pulses

Bookmarks and navigation markers simplify long-record analysis.

Optional 25 MHz Dual-Channel Waveform Generator

The optional generator provides:

• Two output channels
• 25 MHz sine output
• 14-bit resolution
• 200 MSa/s sampling

Supports:

• Sine
• Square
• Pulse
• Ramp
• Noise
• Arbitrary waveforms

Useful for:

• Filter testing
• Sensor simulation
• Amplifier evaluation
• Circuit stimulation

10.1-Inch Multi-Touch Display

The oscilloscope features:

• 10.1-inch capacitive touchscreen
• 1024 × 600 resolution
• Gesture navigation
• Knob and key operation
• Multi-window display
•  

Connectivity

Interfaces include:

• USB Host
• USB Device
• LAN (LXI)
• HDMI
• AUX Output
• Optional USB-GPIB adapter

Remote features include:

• Web Control
• SCPI
• Remote file transfer
•  

Applications

The MSO7034 is ideal for:

• Embedded development
• Industrial automation
• Automotive electronics
• Power electronics
• FPGA debugging
• Mixed-signal systems
• Education
• IoT hardware
• Communication interfaces
• Production testing
•  

Why Buy from Revine Tech

Revine Tech supplies genuine RIGOL oscilloscopes with technical assistance for:

• Mixed-signal debugging
• Logic probe selection
• Memory upgrades
• Protocol packages
• Waveform generator options
• Calibration
• Installation
• Training
• After-sales support

The final RIGOL MSO7034 price depends on the selected memory upgrade, software licences, logic probe, waveform generator and calibration requirements.