EMC Technology Roadmapping:

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18 Νοε 2013 (πριν από 3 χρόνια και 11 μήνες)

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EMC Technology Roadmapping:


A Long
-
Term Strategy

Marcel van Doorn

Philips Applied Technologies

EM&C Competence Center

Eindhoven, The Netherlands, March 2006

EMC Zurich

Singapore 2006


EMC Zurich in Singapore 2006, Marcel van Doorn

2

Agenda

1.
Technology Roadmapping Framework

2.
EMC Technology Domain

3.
Trends & Needs

4.
EMC Technology Roadmap

5.
Conclusions & Outlook


EMC Zurich in Singapore 2006, Marcel van Doorn

3

Agenda

1.
Technology Roadmapping Framework

2.
EMC Technology Domain

3.
Trends & Needs

4.
EMC Technology Roadmap

5.
Conclusions & Outlook


EMC Zurich in Singapore 2006, Marcel van Doorn

4

Technology Roadmapping Framework








Vision on Domain

Strategy & Program

Roadmap

Vision on needs and goals

Inventory of technologies and gaps

User needs and
technology
expectations

Connect needs
and possibilities
over time

Strategy and
technology
planning

-

Program of projects
-

Time span 1


3 years

-

“What, Why, When”
-

Time span 5


10 years

EMC Zurich in Singapore 2006, Marcel van Doorn

5

Agenda

1.
Technology Roadmapping Framework

2.
EMC Technology Domain

3.
Trends & Needs

4.
EMC Technology Roadmap

5.
Conclusions & Outlook


EMC Zurich in Singapore 2006, Marcel van Doorn

6

EMC Technology Domain



EMF human
exposure

Product
safety

Intentional
EMI

Measuring &
Test techniques

Test facilities &
instrumentation

Standards &
regulations

Antennas &
probes

Spectrum
management

Safety

Standardization
& Testing

Design

Management
& education

Modelling &
simulation

RF absorption
materials

Design
methodologies

Filters

Grounding &
shielding

Radio
noise

Cross talk

Transients:
ESD, lightning

Signal & Power
integrity

Transmission
lines

Wired & wireless
networks

PCB analysis
& design

Chip & package
modelling

Cables &
connectors

Large systems

Automotive

Power & rail

Aerospace
& avionic

Application

EMC Zurich in Singapore 2006, Marcel van Doorn

7

EMC View on Electronic Systems








Application areas

Application

Network


System


Subsystems


Interconnect


Components

EMC
STANDARDIZATION

Challenging EMC
technology areas

Consumer Electron.

Medical

Lighting

Telecom

Automotive

Power & Rail

Aerospace &Avionic

Military

EMC DESIGN

EM SAFETY

EMC Zurich in Singapore 2006, Marcel van Doorn

8

Agenda

1.
Technology Roadmapping Framework

2.
EMC Technology Domain

3.
Trends & Needs

4.
EMC Technology Roadmap

5.
Conclusions & Outlook


EMC Zurich in Singapore 2006, Marcel van Doorn

9

Trends & Needs:
Overview













End
-
user /
market needs

Safe, secure, defect less, highly reliable, low cost
products, interference free, EMC/EMF compliant


Product trends

Technology
: System in Package (SiP), System on Chip
(SoC), shrinking silicon & packaging, nanotechnology,
decreasing supply voltages, higher
-
frequencies / speed,
wireless networks (cm


m


km),

Applications
: on/in
-
body sensors, digital TV/radio,
integration of functions (TV/radio + PC + wireless + …),
module design, automatic driving (fail safe), shorter
time
-
to
-
market, shorter life
-
cycle,

EMC needs



New methods & tools to decrease emission and
increase immunity of components, and (sub)systems.



Control future EM environment by legislation &
standardization (new test methods, freq
-
bands, limits).

EMC Zurich in Singapore 2006, Marcel van Doorn

10








2000

2005

2010

2015

Transistor gate length (nm)

130

80

45

25

On
-
chip clock frequencies (GHz)

1.2

5

15

33

Off
-
chip frequencies (GHz)

High
-
speed buses

0.7

3

10

29

Equiv. switching edge rate (ps)

455

106

32

11

Supply voltage (V)

1.9

1.1

1.0

0.8

*
Source: International Technology Roadmap for Semiconductors 2004

Frequencies

Rise/fall
-
times

Supply voltages

Noise margin

EMISSION


IMMUNITY

SIGNAL / POWER
INTEGRITY PROBLEMS

Trends:
Semiconductors Technology
*


EMC Zurich in Singapore 2006, Marcel van Doorn

11

Agenda

1.
Technology Roadmapping Framework

2.
EMC Technology Domain

3.
Trends & Needs

4.
EMC Technology Roadmap

5.
Conclusions & Outlook


EMC Zurich in Singapore 2006, Marcel van Doorn

12

Technology Roadmap:
Theme








= area of concern for end user


2005
---------------
2008
---------------
2011
---------------
2014

Sub
-

theme 1

Technology
area
challenges

Sub
-
sub
-
theme 1




Sub
-
sub
-
theme 2




Sub
-

theme 2

Trends
:

Technology evolution of a sub(sub)
-
theme

State
-
of
-
the
-
art

Technology gap

White spot

EMC Zurich in Singapore 2006, Marcel van Doorn

13

EMC Roadmap Framework



EM Safety

EMC Standardization

EMC Design

2005
--------------------------------

2014

EMF

Product
Safety

Intentional
EMI

Component

Sub
-
system

Interconnect

System

Multimedia

IC / Module
testing

Test methods

1


140 GHz

Modeling &
Simulation

EM Spectrum
Control

EMC Zurich in Singapore 2006, Marcel van Doorn

14

Roadmap:
EMC Design



2005
---------------
2008
---------------
2011
---------------
2014

Modeling

&

Simulation

Emission
+
Immunity



Trends
: faster time
-
to
-
market, module re
-
use, HS
-
digital,
wireless, lower supply voltages




100 MHz


3 m

40 GHz


7.5 mm

10 GHz


3 cm

DESIGN RULES


integration in expert systems /
design tools


Integral Design Approach

IC
-
SiP
-

Sub circuit

PCB

Sub
-
system

Complete system

EMC analysis /
verification

EMC synthesis /
compliance

Signal / Power
integrity

EMC Zurich in Singapore 2006, Marcel van Doorn

15

Agenda

1.
Technology Roadmapping Framework

2.
EMC Technology Domain

3.
Trends & Needs

4.
EMC Technology Roadmap

5.
Conclusions & Outlook


EMC Zurich in Singapore 2006, Marcel van Doorn

16

Conclusions

An EMC technology roadmap:


Helps to identify a
future direction

of the
EMC technology domain
(vision 8


10 years);


Provides a logical link between
vision

and
strategy
;


Helps in setting goals for EMC technology
development:
Strategic Research Agenda
.


EMC Zurich in Singapore 2006, Marcel van Doorn

17

Outlook



To develop a comprehensive EMC roadmap
that identifies emerging market requirements
and challenging EMC technology gaps.


EMC Zurich in Singapore 2006, Marcel van Doorn

18

EMC Research topics vs. European
Technology Platforms



ENIAC

eMobility

ARTEMIS

NEM

ERTRAC

ERRAC

ESTP

I.
EMC METHODOLOGIES

Materials / meta
-
materials


Signal and Power Integrity


EMC
impact of new technologies


Interconnects (wireless, wired)


Semiconductors


Module & System level


Transients protection


x


x


x


x


x

II.
EMC STANDARDIZATION / CONTROL

New test methods


Unification of standards


EM spectrum
control


Emerging issues


x


x


x


x

III.
EM SAFETY / SECURITY

Human exposure to EM fields


EMC for functional safety


Intentional Electromagnetic Interference


x


x


x


x


x

IV.
EM MODELING & SIMULATION

New computational techniques


Modeling novel materials


Non
deterministic modeling


Certification by simulation


Expert
systems / design tools


EM dosimetry


x


x


x


x


x


Priority ranking


Short
-
, Medium
-
, Long
-
Term relevance

EMC Zurich in Singapore 2006, Marcel van Doorn

19

2050 Brain
-
Implants

Thank you for your attention !

Questions ?