Abstract: The described embodiments relate to methods and systems for developing an electroluminescent sign. In particular, described embodiments relate to methods and systems that process an image file to generate data for use in developing the electroluminescent sign. Further embodiments relate to an electroluminescent sign developed and/or produced in accordance with the described methods and/or systems. Certain embodiments relate to a method of developing an electroluminescent sign based on an image file. The method comprises processing the image file to generate image data representing at least one illuminating image layer and electrical configuration data, transferring the at least one illuminating image layer onto a substrate and configuring a luminescence controller of the electroluminescent sign based on the electrical configuration data. The configured luminescence controller cooperates with the substrate to provide a luminescent image based on the image file.

Abstract: Method, apparatus and systems for driving electroluminescent segments in electroluminescent displays are disclosed. Each segment in the display receives a series of first pulses alternating in polarity at a first electrode and a series of second pulses at a second electrode. Each of the second pulses corresponds to one of the first pulses and is opposite in polarity. The width of the second pulses corresponds to the parasitic resistance of the segment.

Abstract: Method, apparatus and systems for driving electroluminescent segments in electroluminescent displays are disclosed. Each segment in the display receives a series of first pulses alternating in polarity at a first electrode and a series of second pulses at a second electrode. Each of the second pulses corresponds to one of the first pulses and is opposite in polarity. The width of the second pulses corresponds to the parasitic resistance of the segment.

Abstract: The described embodiments relate to methods and systems for developing an electroluminescent sign. In particular, described embodiments relate to methods and systems that process an image file to generate data for use in developing the electroluminescent sign. Further embodiments relate to an electroluminescent sign developed and/or produced in accordance with the described methods and/or systems. Certain embodiments relate to a method of developing an electroluminescent sign based on an image file. The method comprises processing the image file to generate image data representing at least one illuminating image layer and electrical configuration data, transferring the at least one illuminating image layer onto a substrate and configuring a luminescence controller of the electroluminescent sign based on the electrical configuration data. The configured luminescence controller cooperates with the substrate to provide a luminescent image based on the image file.