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Plasmavision™ (HD & Standard)

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Please be noted that the products introduced here are no longer in production.
The following contents are from the product launch announcement.

Technology

How A Plasma Display Works

Construction

  • A plasma panel is two sheets of 1/16 inch glass
  • The glass is shown here in edge view


  • Uniform spacers separate the sheets of glass
  • The spacers also create R-G-B sub-pixels


  • Transparent electrodes are coated inside the glass
  • Two on the front and one on the rear glass


  • Phosphor is coated into the inside of the rear glass
  • This phosphor resembles CRT phosphor


  • The sub-pixel is filled with a mixture of neon & xenon


Activation Process

  • A voltage differential is created between the front electrodes


  • A voltage differential is created between the front electrodes
  • The resulting electric field adds energy to the gas mixture


  • A second voltage is applied to the rear glass electrode
  • A voltage differential is created on the ADRESS electrodes


  • A second voltage is applied to the rear glass electrode
  • This electric field changes the gas to a plasma state


  • The change of state to plasma releases ultraviolet energy


  • The change of state to plasma releases ultraviolet energy
  • The UV excites the phosphor and it emits visible light


 

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