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Montrose Compliance Services provides training worldwide. Customized seminars based on the following major topic areas are available on request. ·
Fundamentals of Signal
Integrity and EMC for Printed Circuit Boards Most popular course given worldwide · Printed Circuit Board Design Techniques for EMC
Compliance ·
Testing for EMC Compliance -
Approaches and Techniques ·
Grounding and Shielding for
System Level Noise Reductions ·
Fundamentals of Applied EMC
Engineering ·
System Design for EMC –
PCB and System Level ·
Introduction to EMC –
Fundamental Concepts ·
Fundamentals of EMC
Engineering – PCB Design, Grounding and Shielding ·
Introduction to Printed Circuit
Board Design, Specification, Manufacturing and Construction Course Overviews These courses cover all aspects dealing with products
that must comply with applied Electromagnetic Compatibility (EMC). The
discipline of EMC includes the design of electronic systems to minimize
electromagnetic coupling and interference from both within and between
systems based on their environment of use or application. Meeting strict EMC standards, as well as ensuring
satisfactory performance of equipment, requires the implementation of
technical measures during product design. These courses cover almost all
aspects of EMC in a "fundamental" format. Fundamental means one
must first learn (or relearn as a refresher course) technical concepts before
implementing sophisticated engineering techniques. If one does not understand
how and why RF energy is created and propagated, it become extremely
difficult to design for compatibility both at the component level and between
enclosures. Depending upon the audience, advanced elements of applied EMC
engineering is presented. When required, simulations are used to highlight
important aspects of signal integrity, terminations, and decoupling. Who Should Attend These courses are intended for practicing engineers of
all disciplines: system designers, regulatory compliance, EMC consultants,
students, mechanical, PCB designers, and management. No formal training in
electronic theory or mathematics is required. Engineers within other
disciplines will also gain valuable insights into multiple aspects of system
design for EMC. Multiple aspects include PCB design, theory and layout for
EMI and signal integrity, grounding and shielding and system level testing.
One will learn efficient methods of system design for today's high technology
products, along with obstacles that exist for designers.
·
Increased Job Knowledge Regardless of Specialty ·
Enhanced Skills for System Design and Analysis ·
EMC Suppression versus Containment Related to Printed
Circuit Boards and Enclosures ·
Learning Second Order Design Techniques for System/PCB
Compatibility ·
Aids in First-Time Testing Compliance to EMC
Requirements ·
Reduce Design Time and Manufacturing Costs ·
Keeping Current on State-of-the-Art Technology Links to
All Available Seminars Fundamentals
of Signal Integrity and EMC for Printed Circuit Boards Printed
Circuit Board Design Techniques for EMC Compliance Testing
for EMC Compliance - Approaches and Techniques Grounding
and Shielding for System Level Noise Reduction Fundamentals of Applied EMC Engineering System
Design for EMC – PCB and System Level Introduction to EMC – Fundamental Concepts Fundamentals of EMC Engineering – PCB Design,
Grounding and Shielding Introduction to Printed Circuit Board Design,
Specification, Manufacturing and Construction |
