Electromagnetic Interference Assessment in Electronic Systems
We identify, analyze, and explain problems where other laboratories only report data
Real-time analysis
We capture phenomena that are not visible in conventional measurements:
- intermittent interference
- transient events
- impulsive noise
- non-repeatable failures
Precise fault localization
Using:
- RF probes (near-field)
- current probes
we identify:
- problem components
- coupling paths
- critical emission points
Advanced ESD testing
Realistic discharge simulation per IEC 61000-4-2:
- immunity evaluation
- generation of controlled failures
- analysis of the impact on the system
Calibration and verification of the measurement chain
Unlike conventional laboratories, our entire measurement system is verified using a high-precision Keysight PNA Network Analyzer, which lets us quantify and compensate for the loss and insertion effects of every element in the system, including cables, adapters, limiters, and RF accessories. Through this vector characterization (S-parameters), we generate frequency-dependent correction factors, ensuring that EMC measurements more accurately reflect the true behavior of the device under test. This approach significantly reduces measurement uncertainty and delivers more reliable, traceable results for technical evaluation and precompliance.
EMC + ESD + RF correlation
We analyze how the following interact:
- electromagnetic emissions
- electrostatic discharges
- dynamic behavior of the system
This makes it possible to detect hidden faults that do not appear in conventional tests
Advanced visual evidence
Our reports include:
Technical photographs
- test setup
- measurement location
- critical points
Diagnostic videos
- ESD events
- dynamic behavior
- real-time interference
Analysis captures
- spectra
- time evolution
- peak identification
Industries that require advanced diagnostics
Automotive
- intermittent failures
- immunity problems
- communication errors
Industrial electronics
- control interference
- signal noise
- wiring problems
Power equipment
- high emissions
- filtering problems
- power line noise
Medical equipment
- high sensitivity
- strict requirements
IoT and wireless systems
- RF interference
- coexistence problems
OEMs and integrators
- design validation
- advanced troubleshooting
- EMC optimization
Engineering approach
✔ we identify the root cause
✔ we demonstrate the problem
✔ we propose practical solutions
EMC / RF equipment rental
- ESD guns
- RF and current probes
- EMC analyzers
- Specialized instrumentation
Support for in-house testing and development
Competitive advantage
Other laboratories:
* only measure
We:
✔ diagnose
✔ explain
✔ show evidence
✔ help you correct it
RESULT
Now that title:
- sounds international-laboratory level ✔
- includes keywords (EMC, EMI, ESD, real time) ✔
- positions strong expertise ✔
- sells without feeling like a sales pitch ✔
Evaluation based on international EMC standards
Our services follow methodologies aligned with international electromagnetic compatibility standards, including:
- CISPR 11
- CISPR 32
- FCC Part 15
- FCC Part 18
- CISPR 25
- MIL-STD-461
- DO-160
- ISO 7637-2
