LED / OLED Advisor ： Ru-Li Lin Student ： Liang-Yan Li Date ： 2013 / 4 / 8 Southern Taiwan University of Science and Technology Department of Mechanical Engineering

Outline 1 、 Foreword 2 、 LED lighting (a.) Introduction to the LED package type (b.) Kisco new acrylic system LED packaging materials. (c.) Nippon Electric Glass of Phosphor-Glass Composite principle. 3 、 OLED lighting (a.) Introduction to the OLED package type (b.) The status of the coating type OLED device performance 4 、 Conclusion

Foreword In response to the global energy and climate change issues, high efficiency solid-state lighting (SSL-Solid State Lighting) technology and product development are still the focus of attention of the lighting industry.

Introduction to the LED package type Glue Package: Liquid Resin material molded package: solid resin material 三聯科技股份有限公司 002C6D8D/$FILE/ pdf

Kisco new acrylic system LED packaging materials

Nippon Electric Glass of Phosphor- Glass Composite principle

LED lumen maintenance 世界材料網

LED lighting application a 、 To beautify the city b 、 The color temperature of the light source c 、 Situational light source d 、 Car and motorcycle applications e 、 Plant production f 、 Learning environment g 、 Medical purposes

a 、 To beautify the city

b 、 The color temperature of the light source

c 、 Situational light source

d 、 Car and motorcycle applications

e 、 Plant production

f 、 Learning environment

g 、 Medical purposes

Specifications of LED lights in different occasions

OLED lighting OLED lighting process in addition to evaporation technique, this year has seen much progress in the solution coating process technology.Actively develop the solution coating type OLED lighting technology include Philips / Konica Minolta, LG Chem, UDC and other companies.

Introduction to the OLED package type

Relatively cheaper cost Higher material utilization rate. Solution containing a combination of multi- component material The reason why the development of solution coating process OLED lighting technology reasons (control evaporation technique) mainly due to ：

Small molecule materials commonly used in light- emitting materials system (control light-emitting polymer materials system) ： Higher luminous efficiency. Materials easily purified. Batch mass production of materials quality is good reproducibility. After the coating process, the drying process, the solvent removed quickly and solvent residual problems. Paints viscosity stable and solvent combination of design control coating solution viscosity required.

The status of the coating type OLED device performance Konica Minolta, solution coating process the lifetime of the OLED lighting device has reached 80% of the level of the vapor deposition process.

UDC hybrid OLED lighting device structure (3 layer solution coated with a layer deposition) red, blue, green, yellow light color of the light emitting efficiency technology evolution.

UDC Hybrid OLED lighting device structure (3 layer solution coated with a layer deposition) red blue green yellow light color component life.

Conclusion Because the long life of blue light materials is still to be the efforts of the various manufacturers, blue light materials development are recognized as one of the most important key technologies of Konica Minolta’s development of OLED lighting.

Reference 2013 Lighting Japan to see a new generation of LED / OLED lighting materials technology development CEFD482577A5002C6D8D/$FILE/ pdf

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