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MSO8000HD-MAT Matlab Embedded Programming Option

$1,299.00
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Description

Allows Matlab scripts to run directly on the oscilloscope for custom math and analysis functions.

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UNI-T MSO8000HD Options Series

OVERVIEW

DOCUMENTATION

UNI-T MSO8000HD-MAT | MATLAB Embedded Programming Option

Overview

The UNI-T MSO8000HD-MAT option enables powerful MATLAB embedded programming capabilities directly on your MSO8000HD Series oscilloscope. This advanced mathematical integration allows engineers and researchers to create, execute, and visualize custom MATLAB algorithms in real-time without transferring data to external systems. By bringing the computational power of MATLAB directly to your oscilloscope interface, complex signal analysis becomes streamlined and more efficient.

Designed for engineers working in research, electronics development, signal processing, and advanced testing environments, the MSO8000HD-MAT option transforms your oscilloscope into a comprehensive signal analysis platform capable of performing customized mathematical operations, advanced filtering, and specialized measurements that go beyond standard oscilloscope capabilities.

MATLAB embedded programming interface
MATLAB embedded programming interface for custom algorithm development

Important License Information

Note: The MSO8000HD-MAT option provides MATLAB integration capabilities for your oscilloscope, but does not include a MATLAB license. Users must purchase a separate MATLAB license from MathWorks to develop and execute MATLAB scripts. The option enables the oscilloscope to interface with MATLAB, run MATLAB scripts, and display results directly on the instrument, but the underlying MATLAB software license must be obtained separately.

Key Features

• Execute MATLAB scripts directly on the oscilloscope (separate MATLAB license required)
• Real-time rendering of calculation results in the oscilloscope display window
• Access to core MATLAB mathematical and signal processing functions
• Save, recall and reuse custom MATLAB scripts for repeated analysis tasks
• Direct manipulation of acquired waveform data without export/import delays
• Visualize results using multiple display formats (waveforms, plots, numeric outputs)
• Create custom measurement parameters beyond standard oscilloscope functions
• Perform advanced signal filtering and conditioning operations
• Implement FFT and other frequency domain analyses with custom parameters
• Execute conditional processing based on signal characteristics
• Create custom trigger algorithms for specialized signal capture
• Develop batch processing routines for automated test sequences

Compatibility Information

Compatible Instruments: All MSO8000HD Series oscilloscopes

Required System Version: 2.0.0 or higher

Installation Type: Software option, activated via license key

MATLAB Requirements: Compatible with MATLAB R2019b or later (license purchased separately)

Complementary Options: MSO8000HD-FILTER, MSO8000HD-JITTER, MSO8000HD-AWG

Advanced Customization and Analysis

Combine MATLAB programming with the MSO8000HD-BND Protocol Analysis & Jitter Suite for customized protocol analysis. The MATLAB option enables creation of custom algorithms and measurements, while the bundle provides comprehensive protocol decoding and jitter analysis.

This combination allows you to develop specialized protocol measurements and create custom validation routines for proprietary protocols or specific testing requirements. Both feature perpetual licensing with zero recurring fees, potentially saving $10,000+ over the instrument's lifetime.

UNI-T MSO8000HD-MAT Technical Capabilities

Embedded MATLAB Environment

The MSO8000HD-MAT option provides a dedicated MATLAB formula editor within the oscilloscope interface. When connected to a system with a valid MATLAB license, engineers can write, edit, and execute MATLAB code to perform customized signal processing on captured waveforms. The integrated environment enables real-time processing and immediate visualization of results, eliminating the need to export data to external analysis tools.

Users can leverage MATLAB's mathematical libraries and functions to perform operations ranging from basic arithmetic to complex signal transformations. Processed results are rendered directly in the oscilloscope display window alongside original waveforms, enabling immediate comparison and analysis of processing effects.

Script Development and Management

The MATLAB environment includes robust script management features that allow users to save, recall, and modify custom scripts. Engineers can build libraries of specialized processing algorithms optimized for specific testing applications and measurement scenarios. This capability dramatically improves workflow efficiency by eliminating the need to recreate analysis routines for common testing procedures.

The script editor provides syntax highlighting, error checking, and execution feedback to streamline the development process. Users can also import existing MATLAB scripts from external sources, enabling them to leverage previously developed algorithms and analysis routines when using this option alongside their MATLAB license.

UNI-T MSO8000HD-MAT Advanced Mathematical Processing

Function Category Available Capabilities (with MATLAB license)
Basic Mathematics Addition, subtraction, multiplication, division, exponents, logarithms, trigonometric functions, complex number operations
Signal Processing Filtering, convolution, correlation, Hilbert transforms, envelope detection, peak detection, zero-crossing analysis
Statistical Analysis Mean, median, standard deviation, variance, histogram generation, probability density functions, cumulative distribution
Frequency Analysis FFT with custom window functions, power spectral density, spectrogram generation, harmonic analysis
Data Transformation Interpolation, decimation, resampling, normalization, scaling, offset adjustment, data type conversion
Custom Measurements User-defined parameters, conditional measurements, qualified timing analysis, signal quality metrics
Differential Equations Numerical integration, differentiation, differential equation solving, system modeling

UNI-T MSO8000HD-MAT Professional Applications

Power Electronics Analysis

Engineers working with power conversion systems can create custom algorithms to calculate power factors, harmonic distortion, switching losses, and efficiency metrics. The MATLAB integration enables correlation between control signals and power waveforms with precise mathematical relationships that go beyond standard power analysis packages.

Signal Integrity Validation

High-speed digital design engineers can develop specialized eye diagram analysis, jitter decomposition algorithms, and custom equalization techniques. The ability to implement and visualize adaptive filtering algorithms directly on acquired signals streamlines the validation process for complex serial interfaces.

Automated Test Development

Test engineers can create comprehensive automated test sequences with conditional execution paths based on measured signal parameters. MATLAB scripts can implement pass/fail criteria, generate test reports, and perform statistical analysis across multiple acquisitions to characterize component performance.

Research and Academic Applications

Researchers and academics can implement experimental algorithms and novel signal processing techniques directly on measured data. The MATLAB option transforms the oscilloscope into a powerful research platform capable of testing theoretical concepts with real-world signals in real-time, provided that the institution has the appropriate MATLAB licenses.

Technical Specifications

Feature Specification
Script Execution Engine MATLAB integration with real-time processing capabilities (requires separate MATLAB license)
Execution Performance Optimized for waveforms up to 100M points with sub-second processing time
Maximum Script Size 500KB source code with unlimited function calls
Result Display Formats Waveform trace, numeric values, custom parameters, status indicators
Data Access All acquired channels, math functions, reference waveforms, measurements
Script Storage Internal memory for 50+ scripts, external storage via USB
Input Data Types Time domain waveforms, FFT results, measurement parameters, reference data
Output Data Types Processed waveforms, numeric parameters, pass/fail indicators, trigger events

Related Options

Option Integration with MSO8000HD-MAT
MSO8000HD-FILTER Develop custom filters in MATLAB and apply them using the advanced filter designer
MSO8000HD-JITTER Create custom jitter analysis algorithms that extend beyond standard measurements
MSO8000HD-AWG Generate complex test signals designed in MATLAB for system stimulus-response testing
MSO8000HD-MD2G Process extended memory captures with MATLAB for statistical signal analysis
MSO8000HD-PWR Enhance power analysis with custom MATLAB algorithms for specialized measurements

Installation & Activation

  • Software-only upgrade - no hardware modification required
  • License key provided upon purchase (activates the MATLAB integration capability)
  • Activation through instrument menu system
  • Separate MATLAB license must be purchased from MathWorks
  • Includes comprehensive documentation and example scripts
  • Compatible with all existing measurement and analysis functions

Frequently Asked Questions

Do I need a separate MATLAB license to use this option?

Yes, the MSO8000HD-MAT option enables MATLAB integration with your oscilloscope but does not include a MATLAB license. You must purchase a separate MATLAB license from MathWorks to develop and execute MATLAB scripts. The option provides the connection between your oscilloscope and MATLAB software but does not include the MATLAB software itself.

How does the MATLAB integration work with my oscilloscope?

The MSO8000HD-MAT option provides the necessary interfaces and connections between your oscilloscope and MATLAB software (licensed separately). This integration allows waveform data to be processed by MATLAB algorithms and for the results to be displayed directly on the oscilloscope screen, without needing to export data to external systems.

Can I transfer MATLAB scripts between the oscilloscope and my computer?

Yes, MATLAB scripts can be transferred between the oscilloscope and external computers via USB storage devices. This allows you to develop scripts in your licensed MATLAB environment and then implement them on the oscilloscope, or to save scripts developed on the oscilloscope for further refinement.

What MATLAB functions are supported in the embedded environment?

When used with a valid MATLAB license, the MSO8000HD-MAT integration supports core mathematical, signal processing, and statistical functions. While not every function from the full MATLAB suite is available, all essential functions required for oscilloscope signal analysis are supported, including FFT, filtering, statistical operations, and numerical analysis functions.

How does the MSO8000HD-MAT option improve my workflow?

The option eliminates the need to export data to external analysis tools, reducing test time and increasing efficiency. Engineers can implement custom algorithms directly on the oscilloscope, immediately visualize results, and iterate analysis techniques rapidly. The ability to save and recall analysis scripts ensures consistent measurements across multiple test sessions.

Is there a performance impact when using MATLAB scripts?

Processing time will depend on script complexity and data size. Most standard analysis operations execute with minimal delay, and the system is designed to maintain responsive operation even during complex calculations. For very intensive algorithms, processing times may be longer compared to built-in oscilloscope functions.

Is this option included in the MSO8000HD-BND Protocol Analysis & Jitter Suite?

No, this option is not included in the MSO8000HD-BND Protocol Analysis & Jitter Suite. The bundle focuses specifically on protocol analysis capabilities (15 protocol decoders) and advanced jitter analysis. However, this option complements the bundle perfectly for engineers requiring both protocol analysis and MATLAB scripting. Both can be purchased together to create a comprehensive solution, and like all UNI-T software options, they feature perpetual licensing with zero recurring fees.

Warranty & Support

All UNI-T MSO8000HD Series options include a 3-year warranty covering software functionality under normal use. Register your MSO8000HD for a free, 2-year warranty extension. Technical support for the MATLAB integration is available through UNI-T's specialized engineering support team. Support for MATLAB software itself is provided by MathWorks under your separate MATLAB license agreement.

Master Advanced Signal Analysis with MSO8000HD-MAT

Transform your MSO8000HD oscilloscope into a powerful mathematical analysis platform with the MATLAB Embedded Programming Option. When used with your MATLAB license, you can develop custom algorithms, implement specialized measurements, and visualize results directly within your oscilloscope environment. Order today to unlock the full analytical potential of your UNI-T oscilloscope.

Suggested Additional Images

  1. Close-up of MATLAB script editor showing a complex signal processing algorithm
  2. Side-by-side comparison of original waveform and MATLAB-processed result
  3. Engineer using MATLAB features on the oscilloscope in a lab setting
  4. Custom FFT analysis with multiple window functions applied via MATLAB
  5. MATLAB-based eye diagram analysis with custom measurements
  6. Power analysis application showing switching loss calculations in MATLAB
  7. Multiple waveform analysis with MATLAB correlation between signals
  8. Script library management interface showing saved MATLAB routines
DATA SHEET
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USER MANUAL
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PROGRAMMING MANUAL
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