With a 100-year head start over flat panel monitor technologies like LCD and PDP, the CRT is still a formidable technology. It’s based on universally understood principles and employs commonly available materials. The result is cheap-to-make monitors capable of excellent performance, producing stable images in true color at high display resolutions and used in applications like Computer Aided Design.
However, no matter how good it is, the CRT’s most obvious shortcomings are well known:
- it sucks up too much electricity
- its single electron beam design is prone to misfocus
- mis convergence and color variations across the screen
- its clunky high-voltage electric circuits and strong magnetic fields create harmful electromagnetic radiation
- it’s simply too big.
With even those with the biggest vested interest in CRTs spending vast sums on research and development, it is inevitable that one of the several flat panel display technologies will win out in the long run.
- VA – Vertically Aligned LCD Monitors
- What in the LCD is IPS!?
- ThinCRT Flat Panels
- TFT LCD Monitors
- LCD Resolutions and Picture Scaling
- Liquid Crystal Light Polarisation in LCD Monitors
- Polysilicon Flat Panels
- Plasma Flat Panels
- PALCD Flat Panels
- OLED Flat Panels
- MVA – Multi-domain Vertical Alignment in LCD Monitors
- LEP Flat Panels
- LED Flat Panels
- LCD – Liquid Crystal Displays
- IPS – In-Plane Switching LCD Monitors
- HAD Flat Panels
- Flat Panel Feature Comparisons
- FED Flat Panels
- Digital Flat Panels
- DSTN LCD monitors
- Creating Colour in LCD Displays
- Flat Panel ALiS Technology