ppt of the topic transparent electronics includes every main points

1. WELCOME

2. TRANSPARENT
ELECTRONICS

3. INTRODUCTION
•INVISIBLE ELECTRONICS
•TRANSPARENT CONDUCTING OXIDE (TCO)
(In2O3, SnO2, CdO, ZnO )
•DRAMATICAL CHANGE IN THE LOOK AND USE
OF ELECTRONIC DEVICES

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

5. BURSTEIN-MOSS(BM) SHIFT

6. SCHEMATIC BAND STRUCTURE OF
TCO HOST

7. FACTORS CAUSING ADVERSE
EFFECT
 INTER-BAND AND INTRA- BAND
TRANSITIONS
 PLASMA OSCILLATIONS
 IONIZED IMPURITY SCATTERING

8. ELECTRICAL PROPERTIES OF
TCO
•SIMILAR CHEMICAL, STRUCTURAL AND
ELECTRONIC PROPERTIES
•POST TRANSITION METALS
• INTERACTION BETWEEN THE S ORBIT OF
METALS AND P ORBIT OF OXYGEN

9. BASIC PROPERTIES OF TCO HOST

10. OCTAHEDRAL COORDINATION OF
OXYGEN ATOMS BY CATIONS

11. CARRIER GENERATION IN
TCO
TWO METHODS:-
 SUBSTITUTIONAL DOPING
 OXYGEN REDUCTION

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

13. OXYGEN REDUCTION
 REMOVAL OF OXYGEN ATOM FROM A
METAL OXIDE
 RELATIVELY UNIFORM CHARGE DENSITIES
 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
 TRANSPARNT THIN-FILM TRANSISTORS
(TTFTs)

15. PASSIVE, LINEAR DEVICES
TRANSPARENT THIN FILMRESISTORS

16. TRANSPARENT THIN FILM CAPACITORS
TTFI(INDUCTOR)

17. TRANSPARENT THIN-FILM
TRANSISTORS (TTFTs)

18. APPLICATIONS
LAPTOPS
MOBILE PHONES
TRANSPARENT
CONDUCTORS
TRANSPARENT SOLAR PANELS
WASHER

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

20. CONCLUSION AND REMARKS
 GREAT IMPACT ON HUMAN MACHINE
INTERACTION
 LEAD TO NEW APPLICATIONS
 CAUSE ENVIORNMENTAL CHALLENGES AS
CURRENTLY USING EC DEVICE