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Jastech EMC Consulting, LLC


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EMC Courses

"COST EFFECTIVE EMI SUPPRESSION TECHNIQUES

FOR DC MOTORS"

June 19, 2008

Farmington Hills, Michigan

Registration and Course Information

 

SEMINAR CONTENTS

This seminar will cover practical techniques proven to control noise and interference in a DC motor.  Emphasis is on how to design your motor right the first time.  EMC techniques are cost effective when utilized early in the design cycle.  Physical concepts and engineering examples with solutions will be presented.

 WHO SHOULD ATTEND

Engineers, technicians, and others who require a working knowledge of electromagnetic compatibility design techniques and principles used in DC motors.

 A PARTIAL LIST OF COMPANIES THAT HAVE SENT EMPLOYEES IN THE PAST

Aerotech Engineering, Advanced Monolythic Ceramics, Aisin, ASMO Detroit Inc., BorgWarner, Bosch, Calsonic Kansei, Delphi Automotive, Delphi Safety & Interiors, Donnelly, Fair-Rite Products, Fasco DC Motors, Globe Motors, Hella Electronics, Invensys Motor Richmar Electronics, Systems, Jideco, Johnson Controls, Johanson Dielectrics, Johnson Electric, Johnson Electric Automotive, MSXI, Multicraft International, Nissan Technical Center North America, Olmstead Consulting, Schukra of North America, Siemens Automotive, Syfer, Tokico (USA) Inc, Trico Products, Unimotor, Valeo, Xerox, X2Y Attenuators, Yageo, Yazaki North America.

 

Location provided by

 X2Y® Technology in Balance

 

 

 


 

Current in-house seminars offered :

These courses will help you: 

Grasp the principles of electromagnetic compatibility

Understand EMC design requirements in a system

Develop a logical approach to EMC design

 

“Electronic Design Techniques and Analysis Required to Meet EMC Requirements”

 TWO DAY COURSE OUTLINE

 

“Advanced EMC Printed Circuit Board Techniques”

ONE DAY COURSE OUTLINE

 

“EMC Suppression techniques for DC Motors” 

ONE DAY COURSE OUTLINE

 

“High Speed IC Decoupling Design for Printed Circuit Boards”

ONE DAY COURSE OUTLINE

 

If you are interested please Email or call 248-895-0394

 

Email for In-house Training

 

 

 A PARTIAL LIST OF COMPANIES THAT HAVE SENT EMPLOYEES IN THE PAST

AC Rochester, Acustar, ADAC Plastics, AFL-PEP, Airpax, Allan-Bradley, Allied Automotive, Alpine Electronics, AT&T Wireless, Augat, Automotive Controls, Beta Tech, Bison Gear, Bosch, ByTec, Chrysler, Compaq Computer, Crown Equipment, Dana, Delco Electronics, Delphi, Denso International America, Denso/ASMO, Donnelly, Dualtec, Eastman Kodak, Eaton, EDW, First Inertia Switch, Ford Motor, Ford Truck, Gentex, General Electric Control Products, General Instrument, General Motors, Gentex, GM Automotive Components  Group, GM Truck & Bus, Harada, Hella Electronic, Hyundai Motor, Intelligent Controls, Invotronics Manufacturing, ITT Automotive-Teves, John Deere, Johnson Controls, Kelsey-Hayes, KDS Controls, Lectron Products, Lucas Body Systems, McCorkle Design Group, Megatech Electro, Micro Switch, Monroe Auto Equipment, Motorola, NASA  L.R.C., National-Standard, Navistar, Owatonna, Panasonic Industrial, Power Components of Midwest, Prince, Quad Design/ViewLogic, Rising Edge, Rockwell Automotive, Sanders, Sensors, Sharp, Siemans Automotive, SLM Electronics, Smiths Industries-Aerospace, Thomas & Betts, Truevision, TRW, United Technologies, Underwriters Laboratories, US Technology, Viasystems Canada, VDO-Yazaki, Walbro, Westinghouse, Whirlpool, Wicks, Xycom, Yazaki EDS Engineering.


  Jastech Course Evaluation from Past Students in PDF - 4 KB


Introduction  EMC Terminology,  Electromagnetic noise sources Cabling  Electric field coupling,  Magnetic field coupling,  Coaxial cable versus shield twisted pair,  Braided shields,  Effect of pigtails Grounding Principles  Single-point ground system,  Multi-point ground system,  Hybrid grounds,  Galvanic action Components Capacitors,  Inductors,  Transformers,  Resistors,  Ferrite beads,  Diodes, Relays:  Inductive loads,  Transient suppression for inductive loads Antennas in EMC  Antenna types , Radiation due to accelerated charges Digital Circuit Design Noise sources,  PCB layout,  Power distribution,  Ground planes,  Decoupling capacitors,  Value of decoupling capacitors,  Placement of decoupling capacitors,  Analog versus digital circuits,  Logic families,  Noise voltage objectives Digital Circuit Analysis  Differential mode noise,  Common mode noise,  Predicting and controlling radiation Shielding  Shielding effectiveness,  Absorption loss,  Reflection loss,  Apertures,  Grounding of shields, Electrostatic  Discharge  Human body model,  Static discharge waveform, Chip protection,  Circuit board level protection, Introduction  Common-mode noise,  Differential-mode noise,  IC EMC problem areas PC Board EMC Techniques  Decoupling capacitor value,  Decoupling methods,  Ferrite beads,  Termination, Multilayer boards  Transmission lines  Microstrip,  Stripline Power Distribution   Power supply bypassing,  Capacitor concerns Balancing  Common mode rejection ratio,  Operational amplifiers,  Instrumentation amplifiers Filter Connector  Different types of filtering, Partitioning of connector pins  Simple EMC Measuring Techniques  IFR spectrum analyzer ; FCC-TEM Cell,   Test Equipment PA-102(Wideband Amplifier),Introduction EMC terminology, Electromagnetic noise sources, E-field coupling, H-field coupling Grounding Principles Low frequency ground, High frequency ground, Hybrid grounds Components used for suppression Capacitors, Inductors, Ring varistor, Ferrite beads, Brush material, Different Types of Filters, Common mode, Differential mode Motors & Relays  Transient suppression for inductive loads, RF suppression for inductive loads, Antennas in EMC Antenna types, Radiation due to accelerated charges, Motor parts which act like antennas, Shielding Shielding effectiveness, Absorption loss, Reflection loss, Apertures, Grounding of shields Motor housing, Rolled steel,  Drawn steel, Simple Measurement Techniques