1. TRANSPARENT ELECTRONICS
Neelam
Ec:3rd
Rool:

2. WELCOME

3. TRANSPARENT
ELECTRONICS

4. OUTLINE INTRODUCTION COMBINING OPTICAL TRANSPARENCY WITH
ELECTRICAL CONDUCTIVITY
BURSTEIN-MOSS SHIFT
FACTORS CAUSING ADVERSE EFFECT
SCHEMATIC BAND STRUCTURE OF T.C.O HOST
ELECTRICAL PROPERTIES OF T.C.O
CARRIER GENERATION IN T.C.O
SUBSTITUTIONAL DOPING
OXYGEN REDUCTION
TRANSPARENT ELECTRONIC DEVICES
TTFCs AND TTFTs
APPLICATIONS
FUTURE SCOPE
CONCLUSION AND REMARK
REFERENCES

5. INTRODUCTION ELECTRONICS INVISIBLE
Transparent Electronics Based on Transfer Printed Aligned Carbon Nanotubes on Rigid and Flexible Substrates
TRANSPARENT CONDUCTING OXIDE(T.C.O)
(In2o3, Sno2, Cdo, Zno)
DRAMATICAL CHANGE IN THE LOOK AND USE OF ELECTRONIC DEVICES

6. COMBINING OPTICAL TRANSPARENCY
WITH ELECTRICAL CONDUCTIVITY
DEGENERATE DOPING
BURSTEIN- MOSS (BM) SHIFT

7. BURSTEIN – MOSS (BM) SHIFT

8. FACTORS CAUSING ADVERSE EFFECT
INTER-BAND AND INTRA-BAND TRANSITION
PLASMA OSCILLATIONS
IONIZED IMPURITY SCATTERING

9. SCHEMATIC BAND STRUCTURE OF TCO HOST

10. ELECTRICAL PROPERTIES OF TCO
SIMILAR CHEMICAL, STRUCTURAL AND ELECTRONIC PRORERTIES
IONIZED IMPURITY SCATTERING
INTERACTION BETWEEN THE S ORBIT OF METALS AND P ORBIT OF OXYGEN

11. CARRIER GENERATION IN T.C.O
TWO METHODS:-
SUBSTITUTIONAL DOPING
OXYGEN REDUCTION

12. SUBSTITUTIONAL DOPING
DOPING WITH ALIOVALENT IONS
DOPING WITH III,IV AND VII GROUP ELEMENTS
ELECTRON VELOCITY AND DENSITY AT FERMI LEVEL RESULT IN THE TREND
In>Y>Sc> Ga

13. OXYGEN REDUCTION REMOVAL OF OXYGEN FROM A METAL OXIDE
RELATIVELY UNIFORM CHARGE DENSITYIES
FORMATION OF F-CENTER IN LIGHT METAL OXIDES

14. TRANSPARENT ELECTRONIC DEVICES
SELECTION, DESIGN, SIMULATION, FABRICATION, INTEGRATION, CHARACTERIZATION AND OPTIMIZATION.
PASSIVE, LINEAR DEVICES.
TWO TERMINAL ELECTRONIC DEVICES
TRANSPARENT THIN- FILM TRANSISTORS (TTFTs)

15. TRANSPARENT THIN FILM - CAPACITOR
FIG .shows capacitor internal work
Fig. fabrication of capacitor and inductor at transparent sheet.
Fig. transparent capacitor and inductor .

16. TRANSPARENT THIN FILM- TRANSISTORS (TTFTs)
Fig. shows the TTFTs
Fig. fabrication of TTFTs at nano scale

17. APPLICATIONS INTERNET ACCESSIBLE CONTACT LENS
TRANSPARENT WASHER
TRANSPARENT L.E.D WRITING BOARD
TRANSPARENT IMAGE SENSOR
PLEXIGLASS- CAR

18. FUTURE SCOPE SOLAR WINDOWS
IMPROVING STABILITY OF TRANSPARENT SOLAR CELLS
TECHNOLOGICAL ADVANCES

19. CONCLUSION AND REMARKS
GREAT IMPACT ON HUMAN MACHINE INTERACTION
LEAD TO NEW APPLICATIONS
CAUSE ENVIORNMENTAL CHALLENGES AS CURRENTLY USING E.C DEVICES

20. REFERENCES
[1] Nanopatentsandinnovations.blogspot.com , issue 14,march,2013.
[2] , issue 10,march,2013.
[3] , issue 11,march,2013.
[4] ,issue 11,march,2013.
[5] Transparent Electronics ’, Springer publications, D. A. Keszler, R. E.
Presley, issue 12 march 2013
[6] Transparent electronics: from synthesis to applications’, Wiley publications:
Antonio Facchetti, Tobin J. Marks. issue 12 march 2013.

21. THANKS