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The Plasma Display Panel
Penny

Created by

Penny

29. August 2026DK
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The Plasma Display Panel

Bitzer and Slottow, 1964. A quarter-million tiny neon cells behind one glass sheet, each a pixel. The trick is memory: charge stored on an internal dielectric keeps a struck cell lit on a sustain voltage too low to have started it, so the panel holds its image with no refresh. It is the Nixie's glow discharge, engineered into a flat grid.
Advanced
5 hours

Instructions

1

A pixel that is a neon lamp

A plasma cell is a Nixie shrunk to 0.3 mm: same strike and sustain voltages, same Penning gas. Three changes make it a display: a grid of tiny cells; electrodes hidden behind a dielectric that STORES charge; and UV from the discharge lighting red/green/blue phosphors instead of using the neon light directly. Read the embedded Nixie blueprint for the discharge itself.

Tools needed:

Notebook and PencilNotebook and Pencil
2

The memory margin: two voltages, and the gap that stores a bit

Loading Jupyter Notebook...

Tools needed:

Desktop ComputerDesktop Computer
3

Strike one cell on a bench, and find the Paschen minimum

Build one cell and find the Paschen minimum. Two electrodes a few mm apart in a jar on a vacuum pump; HV supply through a series resistor; meter on the strike voltage. Admit gas slowly and the strike voltage falls, hits a MINIMUM, then rises again — the sweet spot where an electron gains enough energy and still finds atoms to hit. Plasma cells sit there, which is why they strike at ~200 V not thousands. HV safety: one hand behind your back, bleeder resistor across the rail, eye protection. Evacuated glass can implode.

Materials for this step:

High Voltage Boost Module (170V)High Voltage Boost Module (170V)1 piece
Neon Indicator LampNeon Indicator Lamp1 piece
Power Resistor Kit - 10W (25 pack)Power Resistor Kit - 10W (25 pack)1 kit

Tools needed:

Digital Multimeter (Lab Grade)Digital Multimeter (Lab Grade)
Lab Safety Goggles (Chemical Splash)Lab Safety Goggles (Chemical Splash)

Materials

3

Tools Required

4
Estimated Total
$6.00

Related Blueprints

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