Fundamentals of Electromagnetic Compatibility (EMC)April 11th - 13th, 2017Singapore

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Course introductionIn view of public safety and product quality in today’s adverse electronic environment, most countries and regions have established regulations to safeguard electromagnetic compatibility (EMC) for all electrical and electronic products. Failing to comply with EMC regulations will result in consequences for manufacturers and exporters in terms of product liability or denial of entry into markets.

EMC is achieved most effi ciently by employing sound RF engineering principles in the initial stage of hardware design. The ability to incorporate EMC considerations at the early stages will improve product performance. It is also important to perform EMC measurements and debugging throughout design, integration and fi nal product stages to ensure EMC compliance and time-to-market goal.

This course is conducted by our EMC experts with in-depth industry experience. A mix of classroom training and hands-on demonstrations in our 3-meter anechoic chamber will take participants through a learning journey from theories to practical applications.

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Course curriculumDay 1 – April 11, 2017Time Topic Duration (minutes)

0900 – 0915 Course overview 15

0915 – 0945 New EMC directives 30

0945 – 1030 CISPR news and EMI product standards 45

1030 – 1050 Break 20

1050 – 1135 CISPR news and EMI product standards (cont’d) 45

1135 – 1235 Basic introduction of EMI testing 60

1235 – 1350 Lunch and networking 75

1350 – 1450 Basic introduction of EMS testing 60

1450 – 1550 Future trends in EMC testing 60

1550 – 1610 Break 20

1610 – 1710 EMI preview measurement introduced in CISPR 60

1710 – 1730 Recap of day 1 content 20

Learning objectives This course will provide participants with a comprehensive understanding on basic EMC knowledge such as international standards requirements and trends, essential measurement methods and analysis, principles of EMC design and troubleshooting. It aims to upgrade the skillsets of participants as well as improve effectiveness in the areas of EMC testing operations, product EMC design, debugging, etc.

Course participantsIn order to maximize training effectiveness, we recommend this course to the following professionals in electronics, electrical manufacturing and research/education institutions:

ı Hardware design/R&D, product test engineers or managersı Product development engineers or managersı EMC testing system operatorsı Other engineering professionals equipped with understanding of EMC fundamentals

Course overviewDay 1 Day 2 Day 3

ı Overview of EMC standards

ı Introduction of EMC testing

ı Future trends in EMC testing

ı Effective EMI testing techniques (with demo)

ı EUT monitoring techniques in EMS testing (with demo)

ı Fundamentals of product EMC designs

Day 2 – April 12, 2017Time Topic Duration (minutes)

0900 – 0915 Recap and quiz of day 1 content 15

0915 – 1015 Determining the correct measurement time of EMI preview measurement 60

1015 – 1030 More effective EMI testing realized by time domain scan 15

1030 – 1050 Break 20

1050 – 1120 More effective EMI testing realized by time domain scan (cont’d) 30

1120 – 1235 Improving EMI testing accuracy by reconsidering system hardware setup 75

1235 – 1350 Lunch and networking 75

1350 – 1450 Practical EMI analysis using spectrum analyzer and oscilloscope 60

1450 – 1520 Automatic EUT monitoring in EMS testing 30

1520 – 1540 Break 20

1540 – 1610 EUT waveform monitoring with oscilloscope 30

1610 – 1640 EUT audio monitoring 30

1640 – 1710 EUT video monitoring 30

1710 – 1730 Recap of day 2 content 20

Day 3 – April 13, 2017Time Topic Duration (minutes)

0900 – 0915 Recap and quiz of day 2 content 15

0915 – 1030 Fundamentals of EMC designı Media and materialı Law of physics ı Field and waveı Ground and earth

75

1030 – 1050 Break 20

1050 – 1205 Fundamentals of EMC design (cont’d)ı EMC design ı Case study ı Conclusion

75

1205 – 1320 Lunch and networking 75

1320 – 1500 Grounding for EMCı Characteristics of grounding systemı Path of “least impedance” principle ı Ground-related interference ı Circuit, equipment and system grounding ı EMC control devices and techniques

100

1500 – 1520 Break 20

1520 – 1650 EMI fi lter circuits and installationı Conducted emissionsı EMI fi lter circuit ı EMI fi lter componentsı Countermeasures for failure in conducted emissions testı Leakage current of EMI fi lter ı EMI fi lter on PCBı EMI fi lter installation

90

1650 – 1710 Recap of day 3 content 20

1710 – 1730 Closing of course 20

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Mr. Jens MedlerJens Medler is the current acting Secretary of the CISPR Working Group on EMC measurement methods, statistical techniques and uncertainty. An active member of various CISPR sub-committees since 1999, he is also the IEC-1906 Award winner.

Jens is a principal engineer in Rohde & Schwarz, Munich, Germany since 1996. He is responsible for the standardization and application support of EMI test receivers and accessories for both hardware and software.

Dr. Deng JunhongDr. Deng Junhong is Vice President (Electrical and Electronics) of TÜV SÜD PSB, Chairman of EMC Service Line Committee, Global EMC Director and EMC Senior Product Specialist of TÜV SÜD Product Service.

His expertise is mainly in EMC consultancy, EMC design, EMC testing, EMC certifi cation, and laboratory management. A senior member of IEEE, Dr. Deng has been serving as an executive committee member in IEEE EMC Singapore Chapter since 2005, Chairman (2014 to 2015) and Vice Chairman (2009 to 2013).

Since 2007, Dr. Deng has also been servicing in the IECEE CB scheme as a member of IECEE CTL EMC Expert Task Force. He is an iNARTE-certifi ed EMC engineer and a member of Singapore National Working Group (WG) on IEC/TC 77 on EMC.

Prior to joining TÜV SÜD PSB in 1998, Dr. Deng was a lecturer with East China Jiaotong University (1987 to 1994) and a senior design engineer with Mitsubishi Electric (1996 to 1998). Dr. Deng has published around 30 research papers on EMC and power electronics, and has given numerous paper presentations at international conferences. He has also provided EMC consultancy to various industries and given technical talks at various conferences and seminars on topics such as EMC regulations, EMC design, EMC testing techniques and EMC standards, and served in the committees of a few international EMC conferences.

Dr. Deng holds a bachelor’s and a master’s degree in engineering from Beijing Jiaotong University, majoring in Railway Electric Propulsion and Automation. He also graduated from Nanyang Technological University (Singapore) with a master’s degree in engineering and PhD in the area of EMC research.

Trainer introductionMr. Albert LeeWith 11 years of professional experience, Albert is a senior EMC project manager at Rohde & Schwarz and has successfully commissioned over 100 EMC test systems in the Asia-Pacifi c region for applications following military, commercial and telecommunication standards. He has also conducted in-depth research on various EMC topics, such as measurement uncertainties and EMI real-time analysis.

Albert provides advice on system control design and conducts regular training workshops for engineers on standards updates and measurement practices. He is also part of the team that spearheaded the project to realize RSAsia’s fi rst EMC test chamber in February 2016.

Mr. Li Shu WenHaving graduated from China Jiliang University with a bachelor’s degree in measurement and control and instruments engineering, Shu Wen has over 10 years of fi eld experience in EMC test consultancy, EMC test system design, integration and maintenance at Rohde & Schwarz. He has helped to set up numerous EMC test centers in the region, in countries such as China, Korea, India, Malaysia and Pakistan.

Shu Wen specializes in complex EMC test systems in the military and automotive industries with high levels of customization. With his extensive knowledge in EMC test systems, Shu Wen has frequent invitations from regional customers to provide training and testing analysis support.

Mr. Wong Chun Soong Chun Soong is currently Regional Application Engineer specializing in oscilloscopes since 2010. His main focus in Rohde & Schwarz has been on providing training and guidance on oscilloscope applications.

Prior to Rohde & Schwarz, Chun Soong was with Intel for 7 years, where he spent his early years in Chipset Electrical Validation, and was subsequently involved in USB, DDR2 & DDR3 measurement methodology defi nition. Chun Soong eventually progressed to Platform Application where he worked closely with ODM and OEM in motherboard design for Intel chipset launch.

Chun Soong graduated from the University of Sydney with the Bachelor of Engineering (Electrical) degree.

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About Rohde & Schwarz

Headquartered in Munich, Germany, Rohde & Schwarz has stood for quality, precision and innovation in all fields of wireless communications for more than 80 years. Our main business is strategically based on five pillars: test and measurement, broadcast and media, secure communication, monitoring and network testing and cybersecurity.

Rohde & Schwarz established its presence in Singapore in 1997, offering state-of-the-art solutions to our customers in all our business fields. The advantage of local and regional expertise coupled with a strong network of subsidiaries in Asia establishes our reputation as a trusted partner.

As an integral part of Rohde & Schwarz’s global strategy, our operations in Singapore have grown to match market demands. Today, Rohde & Schwarz in Singapore offers well-established capabilities in R&D, production, system engineering, supply chain management and procurement services.

More on Rohde & Schwarz: www.rohde-schwarz.com/sg

More on Rohde & Schwarz EMC systems in Asia: https://www.rohde-schwarz.com/campaigns/emc-systems/sg