Test-sequence engineering
Configured and verified against the delivered laboratory workflow and supported equipment.
EMC Test Automation Solutions
EMC Test Automation Solutions
YAAN EMC test automation solutions combine workflow software, instrument integration and test-system engineering. The objective is to reduce repetitive operation while keeping safety controls, traceable data and laboratory review visible throughout the test.
YAAN EMC CONTROL / ACTIVE TEST
Sequence status
Radiated immunity workflow
Frequency
— MHz
Forward Power
— W
Field Level
— V/m
Interface preview
One workflow from setup to results
The animated interface illustrates the workflow; the same functionality is listed in HTML below and does not depend on JavaScript or WebGL.
- 01Requirements review
- 02Instrument integration
- 03Sequence configuration
- 04Level control
- 05Monitoring
- 06Data capture
- 07Reporting integration
Software functions
Core capabilities
Functions are configured to the instruments, interfaces and methods agreed for a deployment.
Multi-instrument coordination
Configured and verified against the delivered laboratory workflow and supported equipment.
Calibration-data workflows
Configured and verified against the delivered laboratory workflow and supported equipment.
Safety and interlock integration
Configured and verified against the delivered laboratory workflow and supported equipment.
Live test-state visibility
Configured and verified against the delivered laboratory workflow and supported equipment.
Structured result capture
Configured and verified against the delivered laboratory workflow and supported equipment.
From Procedure to Controlled Test Sequence
An automation project starts with the laboratory procedure and equipment inventory. YAAN maps steps, interfaces, measurements, decisions and safety conditions into a system design. The result is configured for the actual instruments and process rather than relying on a generic test script.
Automation Architecture
The software coordinates instrument drivers, calibration data, test-point logic, result storage and user interaction. Hardware interlocks and equipment protections operate at the appropriate system layer; software status adds visibility but should not replace independent safety functions where they are required.
Where Automation Helps
Frequency sweeps, level searches, repeated setup commands, result logging and report preparation are strong candidates for automation. EUT setup, anomaly assessment, troubleshooting and compliance decisions continue to require qualified laboratory personnel.
Integration and Delivery
Deployment can include interface validation, instrument-driver configuration, sequence templates, data mapping, operator training and acceptance checks against agreed workflows. Scope and supported methods are documented for the delivered system.
Technical and Deployment Specifications
Software specifications are deployment-specific. The following fields are confirmed during requirements review rather than populated with assumed compatibility.
- Supported test workflows
- Defined and verified per deployment
- Instrument models and firmware
- Defined and verified per deployment
- Communication interfaces
- Defined and verified per deployment
- Operating system and deployment
- Defined and verified per deployment
- Data storage and export formats
- Defined and verified per deployment
- Report template requirements
- Defined and verified per deployment
- Safety and interlock interfaces
- Defined and verified per deployment
Direct answers
Frequently Asked Questions
Clear technical answers based on common laboratory and product-selection questions.
What is included in an EMC test automation solution?
A solution can include workflow software, configured instrument drivers, test-sequence templates, calibration-data handling, equipment status, result storage and reporting integration. It may also coordinate hardware such as generators, amplifiers, probes, receivers and switches. The delivered scope depends on the laboratory’s methods, equipment and safety architecture.
Can existing EMC laboratory equipment be automated?
Often, yes, when the equipment provides a documented communication interface and a suitable driver can be implemented or configured. A compatibility review checks model, firmware, interface, command behavior, timing and safety requirements. Instruments without remote control may remain manual checkpoints within an otherwise automated workflow.
Does automation replace an EMC test engineer?
No. Automation handles repeatable commands, sequencing and data capture, but qualified personnel remain responsible for correct setup, applicable requirements, safety, EUT monitoring, anomaly investigation and interpretation. A good system makes engineering decisions more visible and consistent rather than hiding them behind an unattended process.
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Provide your test procedure, instrument inventory, interface details and desired result workflow for a compatibility and scope review.