国际学术会议海报模板16-academic conference poster model.ppt

The International Conference on Microelectronics and Plasma Technology
Inkjet printing of conductive Ag lines and their electrical and mechanical characterization
D Jun L, Je H Oh*
Department of Mechanical Engineering, HHHHK University, KO.
Introduction
Advanced Materials & Innovative Design Lab.
Inkjet printing of conductive Ag lines and
their electrical and mechanical characterization
Objective & Experiment Variables
Substrate
& Sintering Temp.
& Line Thickness
Experimental Details
Resistivity
& Modulus
& Hardness
Substrate
Exp.
No.
Sintering
Temp. (oC)
The number of overprints (N)
Polyimide
(1-mil PI)
(9-mil PI)
& 
Slide Glass
1
150
1
When
N = 1,
Thickness
= ~ 1m
2
200
1
3
200
2
4
200
3
5
250
1
Surface Treatment
: PE-CVD
Resistance R ()
Inkjet Printing
Top View
Inkjet Process
Substrate
Ink
Inkjet Head
Drying /
Sintering
Ag Nanoparticle Colloids
Direct
Patterning
Electrical
& Mechanical
Properties
Width:
100 m
Length:
10 mm
Printed
Electronics
Inductor
Capacitor
Results
Conclusion
Results
Electrical Properties
Mechanical Pr