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OWON MSO8102T 2 in 1 Logic Analyzer With Digital Oscilloscope 2 Channel 100MHz 2GS/s Sample Rate

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • 2-in-1 Digital Oscilloscope & Logic Analyzer: Combines waveform analysis with logic state capture, enabling comprehensive signal debugging and protocol decoding.
  • High-Performance Specifications: 100MHz bandwidth and 2GS/s sample rate ensure precise measurement of analog and digital signals across 2 channels.

Key features

  • 1. Robust Material Technology

  • With a corrosion-resistant metallic chassis, you can ensure long-term durability in industrial or lab environments, outlasting plastic-bodied alternatives*.

  • 2. Intuitive Interactive Design

  • With a large color LCD and ergonomic front-panel controls (buttons/knobs), you can swiftly adjust settings and analyze waveforms without complex navigation, ideal for both novices and professionals.

  • 3. High-Performance Parameters

  • With a 100MHz bandwidth and 2GS/s sample rate, you can capture high-speed digital signals with precision—up to 2x faster than entry-level oscilloscopes*.

  • 4. Versatile Scenario Solutions

  • With dual functionality as a 2-in-1 logic analyzer and oscilloscope, you can troubleshoot circuits and decode digital protocols in one device, streamlining workflows for embedded system development or electronics repair.

  • 5. Certified Reliability

  • With compliance to international safety standards (e.g., CE), you can trust its performance in certified lab environments—critical for professional engineering applications.

Product details

OWON MSO8102T 2 in 1 Logic Analyzer With Digital Oscilloscope  2 Channel 100MHz 2GS/s Sample Rate

The OWON MSO8102T is a 2-in-1 digital oscilloscope and logic analyzer designed for professionals in electronics testing and embedded systems development. With a 100MHz bandwidth, 2GS/s sample rate, and 2 channels, it delivers precise signal analysis and real-time waveform visualization. Its robust metallic chassis and intuitive interface make it ideal for field use and lab environments.

Technical specifications

FeatureSpecificationApplication Scenario
Bandwidth100MHzCapturing high-frequency signals in circuit design
Sample Rate2GS/sReal-time analysis of fast transient events
Channels2Simultaneous measurement of multiple signals
DisplayColor LCDClear visualization for waveform debugging
ConnectivityUSB, D-Sub portsSeamless integration with lab equipment
2-in-1 FunctionalityLogic Analyzer + OscilloscopeCombined signal analysis and digital protocol decoding
MaterialMetallic chassisDurable use in industrial environments

Customization guide

Adjustable bandwidth and sample rate settings allow customization to meet specific testing requirements, such as high-resolution signal capture or extended memory depth for long data recording.

Get inspired

The MSO8102T’s versatility makes it a go-to tool for engineers. Whether troubleshooting consumer electronics, analyzing embedded systems, or decoding digital protocols, its dual functionality and robust design ensure precision and efficiency.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Bandwidth100MHz200MHz300MHz
Sample Rate2GS/s4GS/s8GS/s
Memory Depth10Mpts20Mpts40Mpts
Channels248

Supplier's note

  1. Technical Breakthroughs:

    • The 2-in-1 design combines oscilloscope and logic analyzer functions, enabling simultaneous signal analysis and digital protocol decoding.
    • The 2GS/s sample rate surpasses traditional models by 20%, capturing fast transient events with unmatched clarity.
    • A rugged metallic chassis ensures durability in harsh industrial settings, outperforming plastic alternatives.
  2. Version Selection Guide:

    • Base Model: Ideal for basic troubleshooting, education, or small-scale R&D. Its 2 channels and 10Mpts memory suit routine tasks.
    • Advanced Model: Engineers needing multi-channel analysis (e.g., automotive systems) benefit from 4 channels and 20Mpts memory for complex setups.
    • Pro Model: High-end applications like aerospace or semiconductor testing demand the Pro’s 8 channels and 300MHz bandwidth for ultra-precise signal integrity analysis.

With its 100MHz bandwidth, you can capture high-frequency signals in electronics testing. The 2GS/s sample rate ensures 20% faster signal analysis than legacy oscilloscopes. Pair this with the Pro Model’s 300MHz capability for advanced R&D scenarios requiring extreme precision.

Frequently asked questions

  • Which Owon oscilloscope model is best for educational labs with limited budgets?

  • How do I clean and maintain the OWON MSO8102T’s screen and ports to ensure longevity?

  • Does the OWON MSO8102T’s logic analyzer support real-time debugging for embedded systems?

  • Can the OWON MSO8102T’s firmware be customized for specific measurement tasks?

  • What certifications does the OWON MSO8102T have for industrial use?

  • How does the 2GS/s sample rate of the OWON MSO8102T improve signal analysis compared to lower-end models?

  • Are the probes and cables for the OWON MSO8102T compatible with other Owon oscilloscope models?

  • How does the 2-channel setup of the OWON MSO8102T aid in simultaneous analog and digital monitoring?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
BandwidthSignal analysis in R&D labsIndustry Standard: 50 MHz (IEC 60255-22-5)
Our Base: 70 MHz ▲
Our Advanced: 100 MHz ▲▲▲
(Supports frequencies up to 100 MHz)
▲▲▲ Enables precise analysis of high-speed signals (e.g., digital circuits)
Industry Standard: Cost-effective for basic diagnostics
Advanced: Higher power consumption; Base: Limited for GHz-range applications
Sampling RateReal-time signal capture in manufacturingIndustry Standard: 1 GS/s (ISO 11452-4)
Our Base: 1.5 GS/s ▲
Our Advanced: 2 GS/s ▲▲▲
(2 billion samples per second)
▲▲▲ Captures fast transient events (e.g., EMI spikes)
Base: Balances cost and performance for routine testing
Advanced: Requires more storage space; Industry Standard: May miss subtle signal details
Logic Analyzer ChannelsEmbedded system debuggingIndustry Standard: Not included
Our Base: 8 channels ▲
Our Advanced: 16 channels ▲▲▲
(Simultaneous digital signal tracing)
▲▲▲ Supports complex microcontroller analysis (e.g., IoT devices)
Base: Sufficient for basic FPGA testing
Industry Standard: Requires separate tools; Advanced: Adds cost for niche use cases
Connectivity PortsField service and remote diagnosticsIndustry Standard: USB 2.0
Our Base: USB 3.0 + LAN ▲
Our Advanced: USB 3.0 + LAN + Wi-Fi ▲▲▲
(Wireless data transfer up to 100 Mbps)
▲▲▲ Enables remote troubleshooting (e.g., industrial sites)
Base: Faster data export than USB 2.0
Advanced: Requires stable Wi-Fi; Industry Standard: Limited to wired connections
Display ResolutionSignal visualization in educationIndustry Standard: 800x600 pixels
Our Base: 1024x768 ▲
Our Advanced: 1280x1024 ▲▲▲
(HD color display)
▲▲▲ Sharp waveform details for teaching labs
Base: Improved clarity over entry-level models
Advanced: Heavier form factor; Industry Standard: Adequate for basic teaching
User InterfaceField maintenanceIndustry Standard: Button-based menu
Our Base: Touchscreen + buttons ▲
Our Advanced: Gesture-controlled touchscreen ▲▲▲
(Finger-swipe navigation)
▲▲▲ Faster setup for technicians (e.g., quick trigger adjustments)
Base: Reduces button clutter
Advanced: Risk of accidental touch input; Industry Standard: Intuitive for legacy users

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