EMC Measurements Hands-On Workhop by Tonex
This comprehensive hands-on workshop, facilitated by Tonex, is designed to provide participants with practical insights into Electromagnetic Compatibility (EMC) measurements. Participants will gain a deep understanding of EMC principles and methodologies through interactive sessions and real-world case studies. The course combines theoretical knowledge with extensive practical exercises to equip attendees with the skills needed to perform accurate EMC measurements.
Tonex presents the EMC Measurements Hands-On Workshop, a dynamic training program designed for professionals in electronic system design and testing. This comprehensive course covers EMC fundamentals, measurement equipment operation, and identification of common EMC issues. Participants gain hands-on experience with spectrum analyzers, oscilloscopes, and RF antennas, ensuring practical proficiency.
The workshop delves into global EMC standards, regulations, and compliance requirements, offering insights into industry best practices. Through real-world scenarios, attendees apply EMC measurement techniques, interpret results, and effectively communicate findings. Elevate your skills in EMC testing and mitigation strategies with Tonex’s expert-led, interactive workshop.
Learning Objectives:
- Understand the fundamentals of EMC and its impact on electronic systems.
- Gain proficiency in utilizing EMC measurement equipment and tools.
- Develop skills in identifying and mitigating EMC issues in electronic designs.
- Learn the latest industry standards and regulations governing EMC measurements.
- Acquire hands-on experience in conducting EMC measurements in a controlled environment.
- Apply best practices for interpreting and reporting EMC measurement results.
Audience: This workshop is tailored for professionals and engineers involved in electronic system design, testing, and compliance. It is suitable for individuals working in industries such as telecommunications, aerospace, automotive, and electronics manufacturing.
Course Modules:
Module 1: Introduction to EMC
- EMC Fundamentals
- Electromagnetic Interference (EMI) and Susceptibility
- Impact of EMC on Electronic Systems
- Overview of EMC Testing
- Key Concepts in EMC Mitigation
- Case Studies in EMC Failures
Module 2: EMC Measurement Equipment
- Spectrum Analyzers: Basics and Operation
- Oscilloscopes in EMC Measurements
- RF Antennas and Probes: Selection and Usage
- Calibration of EMC Test Equipment
- Measurement Uncertainty in EMC Testing
- Hands-On Training with EMC Measurement Tools
Module 3: Identifying EMC Issues
- Common EMC Problems in Electronic Designs
- Noise Sources and Pathways
- Techniques for EMC Troubleshooting
- Signal Integrity and Grounding Issues
- Design Considerations for EMC Compliance
- Case Studies in EMC Issue Resolution
Module 4: Industry Standards and Regulations
- Overview of EMC Standards
- Global Regulatory Frameworks
- Compliance Requirements for Electronic Devices
- EMC Testing and Certification Bodies
- Updates and Changes in EMC Regulations
- Documentation and Record-Keeping for Compliance
Module 5: Hands-On EMC Measurements
- Setting Up an EMC Test Environment
- Emissions Testing Techniques
- Susceptibility Testing Procedures
- Conducted and Radiated Emissions Measurements
- EMC Testing for Different Electronic Systems
- Real-World Simulation of EMC Scenarios
Module 6: Interpreting and Reporting Results
- Data Analysis in EMC Measurements
- Identifying Compliance or Non-Compliance
- Generating EMC Test Reports
- Presentation of EMC Findings
- Recommendations for EMC Improvement
- Post-Testing Evaluation and Iterative Improvement