Impact of Electromagnetic Interference (EMI) /

Electromagnetic compatibility (EMC)

on System design for High Integrity Defence Sector

The Trust is a Recipient of Prestigious Rajyotsava State Award 2012 Conferred by the Government of KarnatakaAwarded Outstanding Technical Education Institute in Karnataka-2016

Department ofElectronics & Communication Engineering

Organized by

www.newhorizonindia.edu

CSIR SponsoredTwo Days National Seminar

on

th st30 to 31 January, 2020

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Mode of Payment: Online

Account Name: New Horizon College of Engineering

Account Number: 484700078

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Patron

Date Participant's Signature

Dr. ManjunathaPrincipal

New Horizon College of Engineering

Dr. Mohan ManghnaniChairman

New Horizon Educational Institutions

Co - Patrons

Dr. Prasanth C. S. R.Prof. & Dean-Academics

Dr. K. GopalakrishnanProf. & Dean-Research and Development

Convener

Dr. Sanjeev SharmaProf. & HoD - ECE

Co-ordinators

Dr. A. B. Gurulakshmi Associate Professor - ECE

Dr. M. Dhivya, Associate Professor - ECE

Registration Fees

UG/PG Students: Rs. 500/-

Academicians / Research Scholars: Rs. 750/-

R&D/Industry: Rs. 1000/-

Impact of Electromagnetic Interference (EMI) /

Electromagnetic compatibility (EMC)

on System design for High Integrity Defence Sector

CSIR SponsoredTwo Days National Seminar

on

th st30 to 31 January, 2020

Spot Registration can be accepted

New Horizon Knowledge Park, Ring Road, Bellandur Post, Bengaluru 560 103

Contact Us

Mobile No: +91 8870317249 | +91 8148361129 E.Mail: dr.gurulakshmiab@newhorizonindia.edu

Note: Kindly send the filled in registration form to the mentioned Email Id

About NHCE :New Horizon College of Engineering (NHCE), established in 2001, a unit of the New Horizon Educational and Cultural Trust, offers quality education in both Engineering and Management programs. The college is permanently affiliated to Visvesvaraya Technological University (VTU), Belagavi, approved by the All India Council for Technical Education (AICTE), New Delhi. NHCE has the prestigious accreditation of NBA, NAAC with 'A' Grade and ISO 9001:2008 certified Institution. Our college has also reached one more milestone by achieving Autonomous Status from the Academic Year 2015-16 by VTU and Government of Karnataka.NHCE has made efforts to provide a unique platform to showcase the innovative and creative skills of our budding engineers across the country. The college campus is situated in the IT hub of Bangalore surrounded by MNCs and IT giants such as Intel, Accenture, Capegemini, ARM, Symphony, Wipro, Nokia, JP Morgan and Cisco to name a few. NHCE has Centre of Excellence with reputed industries like Adobe,HPE, Vmware, Schnieder Electric, SAP, Quest Global, CISCO

One of the major hardships for RF design Engineers in

today's world is to handle the electromagnetic

interference (EMI) within circuits and systems due to

dynamic usage of high speed and high frequency devices.

EMC is mainly a standard can handle EMI environment,

ensure optimum design in order to minimize the

electromagnetic coupling and interference

The main objective of this seminar is to provide the

participants an insight into various techniques and

procedures required for the design of electronic systems,

which are in compliance with the EMC guidelines.

Students completing the course will be able to make good

decisions regarding board layout and system design for

EMC. Finally, exploring the different field of application

for EMI/EMC Standards is expected.

Intended Participants

The course is designed for people from academia, R&D

institutes and industry working in the field of RF,

microwaves and high frequency digital electronics which

requires design of EMI/EMC compatible circuits and

systems. The course is equally suited for professionals

and graduate students desirous of working in the

challenging EMI/EMC field.

Topics to be covered

Day 1

SESSION-IBASIC EMI/EMC DEFINITIONS/CONCEPTS

AND REVIEW

Ÿ EMI, EMC, and related disciplines introductionŸ EM fields, Maxwell's equations, and Fourier

techniques to calculate the frequency spectrum of any signal waveform

SESSION – IIEMI/EMC REQUIREMENTS, STANDARDS, AND

ENVIRONMENTS

Ÿ Military and commercial EMI/EMC requirementsŸ EM environments to which your electronic systems

may be exposed

SESSION – IIIEMC MEASUREMENT EQUIPMENT,

FACILITIES, AND TECHNIQUES

Ÿ Advantages and disadvantages of various types of facilities used for EMC measurements

Ÿ Equipment for emission and susceptibility measurements

Day 2

SESSION – IVEMC MODELING AND ANALYSIS

TECHNIQUES IN SYSTEM DESIGN - DEFENCE SECTOR

SESSION – VEM RADIATION, PROPAGATION, AND

CROSSTALK

Ÿ Radiated emissions from Common Mode and Differential Mode currents

Ÿ EM propagation loss including the effects of diffraction, reflection, and scattering

SESSION – VI

EMC DESIGN AND HARDENING TECHNIQUES IN DEFENCE SECTOR

Ÿ Emissions and susceptibility problems eliminationŸ Basic grounding, bonding, filtering, limiting, and

shielding techniques.

About the DepartmentThe Department of Electronics and Communication is accredited by the National Board of Accreditation (NBA). The field of Electronics and Communication Engineering is one that offers a whole new world of exciting challenges and opportunities. The Department has interactive classrooms and laboratories with latest equipment for students to experiment. The Department also offers the VTU research center for Ph.D. and M.Sc. (Engg.), by research.

Objective of the Seminar

Nearly all electronic systems are required to meet

electromagnetic compatibility (EMC) requirements

before they are commercialized. For many automotive,

aerospace and industrial systems, electromagnetic

compatibility is a product safety issue as well as a product

compliance issue. .

• Simple, intermediate, and complex analysis techniques for EMI problems• Full-wave and asymptotic tecniques for EMI problems