The largest conference associating practitioners and enthusiasts of the EMC industry, who will present case studies on EMC requirements, design and research based on their own experience and real-life cases. Meeting based on exchange of knowledge, discussions, ideas and workshops focusing on the EMC futur. The inestimable value of the conference, is solving interesting and inspiring cases by participants, which contributes to the creation and development of new activities. It expands knowledge and gives new know-how to the world of electronics in terms of design and fulfillment the requirements.
Dzień(s)
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Godzina(y)
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Minut(y)
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Sekund(y)
Requirements
Requirements affecting the EMC:
1. Selection of requirements for unusual typical devices (equipment)
2. Restrictions: costs, energy consumption, temperature, and others.
3. Exclusive requirements.
Design
Troubleshooting
1. Tracking sources.
2. Main problems.
3. Simplified testing methods.
What can we do on our own?
4. Measuring equipment and results interpretation.
5. Find the cause of the problem.
High speed
communication buses.
Engineer with 10 years of experience in the field of EMC and RED, and design of electronic modules. An expert in the field of EMC and radio standards, EN / IEC / FCC / EAC, DNV-GL, ETSI, etc. He works with the preparation of engineering analyses, reports, research plans, and strategies of certification. He tests devices in
The requirements of EU Directives (LVD, MD) in reference to product name, its interfaces and end application.
What will be said:
– definition of the manufacturer and economic operator in regard to the directives
– product definition and its critical parameters from the point of view of directives,
– examples of changing the classification from the point of view of the directive due to the definition of the interface
LVD – Low Voltage Directive – 2014/35 / EU
MD – Machinery Directive 2006/42 / EC
DC/DC Converters – issue of audible sound given by coil. Troubleshooting using different inductive components.
When a ground is not a ground
– signal integrity issues
in a PCB design.
EMC Compliance in Motor Drive Applications.
Examination of prototypes and pre-production copies – selected aspects of EMC.
A graduate of the Wrocław University of Technology, specialization Electronic Equipment, faculty of Electronics.
He has been dealing with electromagnetic compatibility since the beginning of his professional activity, in particular by focusing on the aspects of EMC research for the industry:
In addition, he did calibrations of equipment dedicated to EMC tests in an accredited calibration laboratory, and participated in product certification processes for the needs of a notified unit.
In order to optimize laboratory activities, he created dedicated automation, control and measurement software.
Reduction of conducted
and radiated emission
– engineering practice.
Electronic engineer with 20 years practical experience in the industry. He managed electronics teams and projects in R & D.
For many years, he developed and implemented transducers of physical quantities in industrial environments. For 10 years, he designs, develops and studies electronics for large-scale production of household appliances.
Performance criteria in EMC immunity testing – how to prepare a device for tests
in laboratory.
IEEE associations. The organizer and coordinator of the international FOR-EMC network financed by the European Commission. The participant of industrial and research works and author of dozens of articles from the field of EMC presented at national and international conferences.
The presentation relates to the practical aspects resulting from the application and interpretation of the criteria for assessing the correct work during the testing of immunity of electronic devices. The criteria resulting from the basic standards, product standards, product group or general standards will be analyzed. Examples of devices that are prepared to evaluate the performance in the presence of electromagnetic exposures in the EMC laboratory will be presented.
Radio requirements and measurement challenges for 5G mobile telecommunications systems.
Experience:
Marcin Rybakowski is a graduate of the Faculty of Electronics at the Wrocław University of Technology and holds a master’s degree in electronics and telecommunications, specializing in mobile telecommunications. The author works in the 5G RAN Architecture & Specification department in the Nokia branch in Wrocław, where he deals with the specification and architecture of radio modules for 5G systems and standardization of RF requirements for 5G devices under 3GPP. The author has over 10 years of experience in the development of base stations for mobile telecommunications systems and on the research and standardization of future generations of these systems. In the area of interest of the author there are issues of RF technology and millimeter waves, propagation of radio waves and radio channel modeling, new techniques of the physical layer of wireless systems as well as modeling and evaluation of radiocommunication systems. In the author’s output there are 10+ articles at Polish and foreign conferences and he co-authored about 10 patents in the field of radiocommunication technologies
5G RF System Engineering, 3GPP RAN4 standarization
5G research – millimeter wave and centimeter wave deployment research, mmWave propagation simulation and modeling
WCDMA HSPA HetNet research – Interference Management, HetNet Mobility, WCDMA HSPA Smartphone signaling, WCDMA HSPA M2M communication
Technical aspects of meeting medical requirements in accordance to IEC60601
What will be said ?
The examples of common problems that engineers face while designing medical devices where there are some practical challenges e.g.
• “Home Healthcare”, “Professional Healthcare Facility”, and “Special” environments
• EMC Risk Management
• Protection class
• The leakage current of the device and the patient
• Resistance of protective earth
• Means of Operator Protection and Means of Patient Protection
• Application parts of the medical device B/BF/CF
Experience
A graduate of Warsaw University of Technology, Specialization Electronics and Computer Engineering, Faculty of Electronics and Information Technology. He has broad technical knowledge and experience with bringing medical products to the market in accordance to EN60601-1-2. Electromagnetic compatibility has always interested him. In his work he works with hardware and software topics – treating them as an inseparable that guarantee to fulfil EMC requirements.
RED and automotive requirements in one device
Electrical engineering engineer with 4 years of experience gained in international companies from the power electronics industry.
Key competences include the ability to streamline processes and products, read documentation and electrical diagrams, and prototype electrical and electronic devices. Has extensive knowledge of electromagnetic compatibility. He knows the basic range of standards and standards related to the certification of industrial equipment. It supports laboratory and test equipment such as: multimeters, oscilloscopes, function generators and analyzers. It possesses SEP electrical qualifications for operation „E” and supervision „D” up to 1 kV.
Cały czas trwają rozmowy na temat kolejnych prelekcji
If you are a practitioner with extensive experience in designing radio systems or meeting the requirements of the RED Directive, please contact us.
office@emc4b.com or tomasz.utkowski@emc4b.com
Benefits:
Day 1 | ||||||
09:00 | 09:30 | 00:30 | Opening of the Conference | |||
09:30 | 10:10 | 00:40 | CASE STUDY presentation | |||
10:10 | 10:50 | 00:40 | CASE STUDY presentation | |||
10:50 | 11:10 | 00:20 | BREAK | |||
11:10 | 11:50 | 00:40 | CASE STUDY presentation | |||
11:50 | 12:30 | 00:40 | CASE STUDY presentation | |||
12:30 | 13:30 | 01:00 | Lunch | |||
13:30 | 14:10 | 00:40 | CASE STUDY presentation | |||
14:10 | 14:50 | 00:40 | CASE STUDY presentation | |||
14:50 | 15:10 | 00:20 | Break | |||
15:10 | 16:50 | 01:40 | Practical workshops | |||
16:50
19:00 |
17:00
23:00 |
00:10 | Summary
Integration Dinner |
Day 2 | ||||||
09:00 | 09:30 | 00:30 | Opening of the Conference |
|||
09:30 | 10:10 | 00:40 | CASE STUDY presentation | |||
10:10 | 10:50 | 00:40 | CASE STUDY presentation | |||
10:50 | 11:10 | 00:20 | BREAK | |||
11:10 | 11:50 | 00:40 | CASE STUDY presentation | |||
11:50 | 12:30 | 00:40 | CASE STUDY presentation | |||
12:30 | 13:30 | 01:00 | Lunch | |||
13:30 | 14:10 | 00:40 | CASE STUDY presentation | |||
14:10 | 14:50 | 00:40 | Panel of experts – discussion, Q&A | |||
14:50 | 15:10 | 00:20 | BREAK | |||
15:10 | 16:50 | 01:40 | Practical Workshop | |||
16:50 | 17:00 | 00:10 | Conference Conclusions |
EMC for Business | EMC Engineer – EMC troubleshooting, design reviews, protection circuits calculation, EMC tests execution, CE, FCC, RCM qualification, in field EMC measurements | Kraków | Communication – quick buses and EMC – typical problems, recommendations and proposal of solutions. |
|
Łukasz Kneć | EMC for Business | Safety engineer and product compliance | Wrocław | LVD and MD Directive: the meaning of the product definition including name, interfaces and final application for compliance with the requirements of the directives. |
Krzysztof Sieczkarek | ILiM | Head of the EMC ILiM Laboratory | Poznań | Criteria for device evaluation during EMC immunity tests |
Piotr Gierwatowski | Wrüth Elektronik | Field Aplication Engineer | Wrocław | DC/DC Converters – issue of audible sound given by coil. Troubleshooting using different inductive components. |
Krzysztof Czuba | Politechnika Warszawska | Lecturer, head of the design team | Warszawa | Signal Integrity When mass is not mass a few words about problems with the integrity of signals on the board. |
Herbert Blum | Schurter | Product Manager EMC | Warszawa | EMC Compliance in Motor Drive Applications |
Wit Tyranowicz | Radiotechnika Marketing | Head of EMC laboratory | Wrocław | Compatibility of systems with special requirements – military and automotive. |
Jerzy Kurek | Diehl Controls | Hardware Design Engineer | Wrocław | Reduction of conductive disorders – engineering practice. |
Robert Otręba | Grinn | Hardware design engineer | Wrocław | Computers single board design including SI and EMC |
Practical demonstrations on measuring equipment and real devices
There will be a short theoretical introduction about shielding components, core materials of various components used for filtration, and then a practical problem of the device (demobox) that generates the above-mentioned interferences:
In addition, we will recall the resonant nature of components in a specific configuration (e.g. capacitors).
Inductance in examples and impact on emission results and field immunity.
Efficiency of filtering elements depending on PCB layout.
How many requirements are in one product. Different directives, standards.
The detailed price list depends on the number of participants, at a given price cap. |
Number of participants from the company | Discount | Until when | Price per person(net) |
5-10 | -15% | until 30.08 | 1 424 zł |
3-4 | -13% | until 30.08 | 1 457 zł |
1-2 | -10% | until 30.08 | 1 508 zł |
5-10 | -10% | until 30.09 | 1 508 zł |
3-4 | -5% | until 30.09 | 1 591 zł |
1-2 | regular | until 30.09 | 1 675 zł |
Emilia Szyszkowska
emilia.szyszkowska@emc4b.com
+ 48 507 612 873
I am happy to help you in matters relating to: participation and cooperation as part of media patronage.
Tomasz Utkowski
tomasz.utkowski@emc4b.com
+ 48 513 382 210
You will talk to me about the factual subject of the Conference and the issues of cooperation (speaker, sponsor, exhibitor).