Surface conduction electron emitter
display
By

G.MANIDEEP SRINIVAS
manideepcse531@gmail.com
Introduction
SED means “Surface Conduction Electron Emitter
Display”, is a flat panel display technology .

Co-developed by Canon and Thoshiba
corporation.
A best inter mix of LCD & CRT technologies.
An SED display is very similar to a CRT
Technology
The CRT displays having
the signal passing to the
screen
The surface conduction
electron emitter
apparatus consists of a
thin slit across which
electrons tunnel when
exited by moderate
voltages
How SED works??

SED has thousand of tiny electron guns known a
“emitters” for each phosphor sub-pixel.
A sub-pixel is just one of the three colors (red,
green, blue) that that make up a pixel.

It takes three emitters to create one pixel on the
screen & over 6 million SED emitters to produce
true high definition image.
SCE MATRIX

One SCE
pixel
Advantages
0.2 milliseconds response time.
Brightness of 459 cd/m2.

Excellent color & contrast potential.
180º Viewing angle.
Low power consumption.
Disadvantages
SED may also be susceptible to Screen burn-In.

High production cost.
Un known life expectancy.
Currently prototype only.
Comparison Table
Conclusion

D will be the next generation display technology in the n
ure,,all of the claims made by the breakers of SED you w
nk that there Should be no reason tobuy any other type
play
ANY QURIES??
THANK YOU

S-E-D (Surface conduction Electron emitter Display )

  • 2.
    Surface conduction electronemitter display By G.MANIDEEP SRINIVAS manideepcse531@gmail.com
  • 3.
    Introduction SED means “SurfaceConduction Electron Emitter Display”, is a flat panel display technology . Co-developed by Canon and Thoshiba corporation. A best inter mix of LCD & CRT technologies. An SED display is very similar to a CRT
  • 4.
    Technology The CRT displayshaving the signal passing to the screen The surface conduction electron emitter apparatus consists of a thin slit across which electrons tunnel when exited by moderate voltages
  • 5.
    How SED works?? SEDhas thousand of tiny electron guns known a “emitters” for each phosphor sub-pixel. A sub-pixel is just one of the three colors (red, green, blue) that that make up a pixel. It takes three emitters to create one pixel on the screen & over 6 million SED emitters to produce true high definition image.
  • 6.
  • 7.
    Advantages 0.2 milliseconds responsetime. Brightness of 459 cd/m2. Excellent color & contrast potential. 180º Viewing angle. Low power consumption.
  • 8.
    Disadvantages SED may alsobe susceptible to Screen burn-In. High production cost. Un known life expectancy. Currently prototype only.
  • 9.
  • 10.
    Conclusion D will bethe next generation display technology in the n ure,,all of the claims made by the breakers of SED you w nk that there Should be no reason tobuy any other type play
  • 11.
  • 12.