Analysis TMOS brighter than LCD, thinner, cheaper

A display by the Uni-Pixel timing developed multiple optical shutter technology, is expected to achieve more than TFTLCD brighter, thinner, cheaper displays. This technology is the core pixel design is used to control the display MEMS shutter flux.

TMOS display pixel processing by the charge of the light guide with a thin film transistor and AD8170AR datasheet and the dim light of a film called Opcuityactivelayer form (see Figure 1). Light guide is the core of the display optical conversion media, issued by the RGBLED non-parallel light through its incidence, and AD8170AR price and to maintain the random multi-mode in which the TIR propagation, until the divergence of the active pixels.

Opcuityactivelayer TMOS system can work contains elements, including a basic end of film, the surface of the MEMS structure and AD8170AR suppliers and a conductor. For a single pixel, TMOS light valve structure is a variable capacitor. A light guide in the active layer of conductive plane and another conductive surface parallel to each other, and maintains a gap. When the pixel capacitance when the bias voltage, electrostatic forces to combine the two together conduction plane (see Figure 2). Control of the light guide plate can make the charge and discharge activity of a single pixel through the film.

The timing

TMOS is a multi image display the form. For a full-color graphics, the red, green and blue light followed by injection of light from the MEMS shutter when they will decide what is transmitted. When this process is often referred to as field sequential color generation. This method has many advantages. First, it is now fully compatible with the construction of the basis, no display manufacturers to re-production workshop. In addition, it needed to filter out the TFTLCD, an increase of light intensity and eliminates the thickness of the layers. The energy efficiency of the display 6 to 10 times a competitor.