The document presents an overview of organic electronics, highlighting its applications such as OLED, OFET, and organic solar cells. Advantages of organic electronics include flexibility, low cost, and lightweight design compared to traditional inorganic electronics. Future prospects include smart textiles and enhancements in everyday technology, indicating a growing demand for organic solutions.

1. APPLICATIONS OF ORGANIC
ELECTRONICS
Presented by
Gopika P K
S7 EC-B
Roll no-2
1
Guided by
Ms.Shanthi S Prabhu

2. INTRODUCTION
Also known as Organic electronics, Polymer electronics
or Plastic electronics.
Laminar electronics; Transparent electronic package and
paper based electronics.
Electronics using Carbon based material.
Deals with Conductive polymers and conductive molecules.
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3. CONTENTS
Why to organic electronics??
OLED
OFET
 Organic solar cell
 Future scope
 Conclusion
 Reference
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4. OBJECTIVE
To familiarize organic electronics.
To familiarize current trends and future scope in organic
electronics.
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5. WHY TO ORGANIC ELECTRONICS??
Organic electronics
 Flexible
 Foldable
 Light
 Low cost
 High throughput
 Low processing temperature
Inorganic electronics
 Rigid
 Hard
 Heavy
 Expensive
 High processing temperature
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6. 6
OLED
OFET
OSC
Organic
electronics

7. OLED (Organic Light Emitting Diode)[2]
First developed in early 1950’s.
 Multiple organic layer sandwiched between two
electrodes marked as cathode and transparent anode.
Principle: Electroluminescence.
Doesn’t require any backlight; self emitting
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8. OLED vs. LCD
OLED
 Greater view angle
 High contrast
 Faster response time
 Do not require backlighting
LCD
 Limited view angle
 Low contrast
 Slow response time
 Require backlighting
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Flexible organic display

9. APPLICATIONS
Television
Cell phone screens
Computer screens
Wrist watch
OLED TV
Source: http://www.techhive.com/
curved OLED TV
Source: http://www.sed-fernseher.eu/
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10. Applications (contd....)
Foldable smart phones.
Roll top touch screen laptop.
Shuttle’s interior lighting
Furniture elements
• Mirrors
•Window plane
Automobiles
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curved OLED mobile phones
Source: http://www.designboom.com
Foldable smart phone
Source: http://www.cellular-news.com/

11. Applications (contd....)
Data glass
OLED Lenses
Data glass
Source:http://www.techtimes.com/articl
es/9358/20140
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Roll top touch screen laptop
Source: http://www.gizmag.com/rolltop-laptop-concept
OLED lens
Source: http://www.geek.com/chips/

12. OFET(Organic Field-Effect Transistor)[1]
First OFET in 1987
Aromatic hydrocarbons based on linearly arranged benzene
rings
 Tendency to form highly ordered films at low temperatures
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OFET
Source: http://www.dileepnanotech.com/

13. APPLICATIONS
 OFET sensors
 Bio sensor
 Gas sensor
 Chemical sensors
Electronic skin
 Electronic nose
OFET sensor
Source:http://www.osadirect.com/
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14. Applications (contd....)
 E-paper(Electronic paper)
Wristwatches
 E-Books
 Newspapers
 Displays embedded in smart cards
 Electronic shelf labels
 Status displays
E-paper
Source: echsfuture.com/flexible-e-
paperconcept.html
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15. Applications (contd....)
 Organic radio frequency identification(ORFID)
Wireless technology uses radio wave to scan or identify the
product
 Switching speeds of up to 13.56 MHz
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RFID
Source:http://www.dileepnanotech.com/

16. OSC(ORGANIC SOLAR CELL)[3]
Conductive organic polymers and organic molecule
 photovoltaic effect.
Rollable organic solar cell.
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Rollable solar cell
Source:http://www.scorigin.com/

17. APPLICATIONS
Organic solar car
In satellites
Calculators
Wearable organic solar cell
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18. FUTURE SCOPE
Smart textiles
 Smart phone flat battery
 Lab on chip
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Smart textile
Source:http://www.itu.dk/
Lab on chip
Source:http://sciencebusiness.technewslit.com/?p=3705

19. CONCLUSION
 Add on features of organic electronics increased it’s demand
than inorganic electronics .
With a consistent refinement of organic electronics,
numerous application possibilities for everyday use will
arise.
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20. REFERENCE
[1]Hagen marien,Michel S.J.Steyaert’’On the applications of organic electronics on
foil’’IEEE solid state circuit magazine 2012.
[2] Ananth Dodabalapur ’’organic and polymer transistor for electronics’ The University
of Texas at Austin, Austin, TX 78733, USA 2006.
[3] Simon Forge and Colin Blackman, Sven Lindmark,’’ OLEDs and E-PAPER: Their
Disruptive Potential for the European Display Industry’’, EUR 23989 EN 2009.
[4] Tom J. Savenije’’ Organic solar cells’’ Tom J. SavenijeDelftChemTech, Faculty of
Applied Sciences Delft University 2010.
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21. THANKYOU
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