목차
1.Introduction of
LD
2.Principle
3.Application
4.Market Forecast &
Analysis
본문
Property of LED
High efficiency for
converting electron to photon (Low power consumption, 1/8 of light bulb, ½ of
Fluorescent lamp)
Tiny light sources→Miniaturization, Weight
lightening
Semipermanent life span
Fast reaction rate for
change
Excellent durability and Eco-friendly
Produce RGB full color as
blue LED commercialized
Various application
Although focus on specific
band, generates various wavelength of light
→ Produce isotropic light with
different status
High efficiency for converting electron to photon (Low
power consumption, 1/8 of light bulb, ½ of Fluorescent lamp)
Tiny light
sources→Miniaturization, Weight lightening
Semipermanent life span
Fast
reaction rate for change
Excellent durability and Eco-friendly
Produce RGB
full color as blue LED commercialized
Various
application
본문내용
& Analysis
4
Introduction of
LD
1
l
LD is now hot issue
Galaxy
3
Movement-Recognition(LD)
What is Laser Diode(LD)?
Light
sourcesfor Optical communications
Useofcompound
semiconductor’sphotoelectric
As same as LED and LCD,
LD is DIODE when the
bias is applied, laser light determined by band gap is emitted
Light
Amplification by Stimulated Emission of Radiation
Property of LED
High
efficiency |
댓글 없음:
댓글 쓰기