Description

Digital Oscilloscope MSO5354 – High-Bandwidth Mixed Signal Oscilloscope for Advanced Electronic Testing

The RIGOL MSO5354 is a high-performance mixed signal digital oscilloscope engineered for professional engineers, embedded system developers, researchers, industrial automation specialists, and advanced electronics laboratories that require precise waveform analysis and powerful debugging capabilities. Built on RIGOL’s advanced UltraVision II technology platform, the MSO5354 integrates oscilloscope, logic analyzer, protocol analyzer, spectrum analysis, and advanced measurement functions into a single professional testing solution.

Featuring a 350 MHz bandwidth, 4 analog channels, optional 16 digital logic channels, and a real-time sample rate of up to 8 GSa/s, the MSO5354 delivers exceptional waveform acquisition accuracy and deep signal analysis performance for modern high-speed electronic testing applications. Its ultra-deep memory architecture, fast waveform capture rate, and advanced protocol decoding functions make it ideal for embedded system debugging, communication analysis, automotive electronics testing, industrial control systems, semiconductor validation, power electronics development, and PCB troubleshooting.

Key Features of the RIGOL MSO5354 Digital Oscilloscope

• 350 MHz analog bandwidth
• 4 analog input channels
• Optional 16 digital logic analyzer channels
• Real-time sample rate up to 8 GSa/s
• Standard memory depth up to 100 Mpts
• Optional memory expansion up to 200 Mpts
• Waveform capture rate up to 500,000 waveforms per second
• Advanced UltraVision II waveform analysis technology
• 9-inch capacitive multi-touch display
• 256-level intensity grading waveform display
• Advanced serial bus decoding and triggering
• Optional dual-channel arbitrary waveform generator
• Built-in spectrum analysis functionality
• Integrated digital voltmeter and frequency counter
• USB Host, USB Device, LAN, HDMI, TRIG OUT, and USB-GPIB connectivity
• Compact benchtop design for laboratory and industrial environments

The MSO5354 combines multiple advanced test instruments into one platform, helping engineers improve workflow efficiency while reducing equipment complexity.

UltraVision II Technology for Advanced Waveform Analysis

The RIGOL MSO5354 uses UltraVision II technology to provide outstanding waveform acquisition and visualization performance. The oscilloscope supports waveform capture rates up to 500,000 waveforms per second, allowing engineers to quickly identify intermittent glitches, rare transient events, and abnormal waveform behavior.

UltraVision II features include:

• High waveform refresh rates
• Real-time waveform analysis
• Hardware waveform recording and playback
• Advanced waveform search and navigation
• Enhanced trigger sensitivity
• 256-level intensity grading display

These advanced capabilities improve waveform visibility and simplify troubleshooting of complex electronic systems.

High-Speed Sampling and Deep Memory Architecture

The MSO5354 supports a maximum real-time sample rate of up to 8 GSa/s, enabling accurate acquisition of high-frequency signals and fast transient waveform events. Its deep memory architecture allows long-duration waveform recording while maintaining excellent waveform resolution and signal fidelity.

The oscilloscope provides:

• 100 Mpts standard memory depth
• Optional expansion up to 200 Mpts
• Excellent sample rate-to-bandwidth ratio
• Fast waveform acquisition performance

This advanced acquisition system helps engineers detect:

• Signal integrity problems
• Timing violations
• Noise spikes
• Rare transient events
• Communication anomalies

The combination of high-speed sampling and deep memory makes the MSO5354 highly effective for advanced embedded debugging and high-speed communication signal analysis.

Advanced Mixed Signal Analysis Capability

The RIGOL MSO5354 supports optional 16 digital logic channels through the PLA2216 logic probe, transforming the oscilloscope into a powerful mixed signal oscilloscope. This enables synchronized analog and digital signal analysis for advanced embedded system debugging applications.

The mixed signal capability allows engineers to:

• Analyze analog and digital timing relationships
• Debug FPGA and microcontroller systems
• Monitor communication buses
• Validate digital circuit designs
• Troubleshoot embedded systems efficiently

Displaying analog and digital waveforms together on the same screen significantly improves debugging speed and signal analysis efficiency.

Integrated Multi-Instrument Functionality

One of the major advantages of the MSO5354 is its integrated multi-function architecture. The oscilloscope combines several instruments into a single compact platform, including:

• Digital oscilloscope
• Logic analyzer
• Spectrum analyzer
• Protocol analyzer
• Digital voltmeter
• Frequency counter and totalizer
• Optional arbitrary waveform generator

This integrated design improves laboratory productivity and reduces the need for multiple standalone instruments.

Advanced Serial Bus Decoding and Triggering

The MSO5354 includes advanced serial communication decoding and trigger functions for embedded system and communication analysis applications.

Supported serial protocol decoding includes:

• RS232 / UART
• I2C
• SPI
• CAN
• LIN
• FlexRay
• I2S

These protocol analysis tools simplify debugging in:

• Automotive electronics
• Industrial automation systems
• Embedded controllers
• Communication equipment
• IoT devices

The oscilloscope also supports advanced trigger modes such as:

• Edge trigger
• Pulse trigger
• Video trigger
• Timeout trigger
• Setup and hold trigger
• Delay trigger
• Serial protocol trigger

These advanced trigger functions improve signal acquisition precision during complex debugging operations.

Large Touchscreen Display and User-Friendly Interface

The RIGOL MSO5354 features a bright 9-inch capacitive multi-touch display with 1024 × 600 resolution, providing clear waveform visualization and intuitive operation. The modern touchscreen interface improves workflow efficiency and simplifies access to waveform analysis tools, trigger settings, measurements, and protocol decoding functions.

Its compact benchtop design makes it suitable for:

• Research laboratories
• Educational institutions
• Industrial maintenance
• Production testing environments
• Service and repair centers

The ergonomic interface ensures comfortable operation during long testing and debugging sessions.

Applications of the RIGOL MSO5354 Oscilloscope

The RIGOL MSO5354 is widely used across multiple engineering and industrial applications, including:

• Embedded system development
• FPGA and microcontroller debugging
• Automotive electronics diagnostics
• Industrial automation systems
• Communication protocol analysis
• Semiconductor testing
• PCB troubleshooting and validation
• Power electronics analysis
• Educational laboratories
• Electronic repair and maintenance

Its combination of high-speed acquisition, mixed signal capability, deep memory, and advanced waveform analysis tools makes it highly suitable for modern electronics development environments.

Why Choose the RIGOL MSO5354?

The RIGOL MSO5354 offers an excellent combination of performance, advanced waveform analysis capability, mixed signal functionality, and affordability. With UltraVision II technology, ultra-deep memory, high waveform capture rate, integrated multi-instrument functionality, and advanced serial protocol analysis tools, it delivers professional-grade oscilloscope performance for demanding electronic testing applications.

Whether you are performing waveform analysis, embedded debugging, communication testing, digital logic verification, or circuit validation, the MSO5354 provides accurate measurements, reliable performance, and efficient troubleshooting capabilities for modern electronics engineering.