It concerns conductive glass or glass with a conductive layer ( ITO). Everybody is working with rectangular and square designs, but I would like to start with irregular shapes. As I understood from the manufacturers, this will be a problem because of conductivity behavior (but i can hardly believe this...).
As I remember, current flux (displacement of current) onto the surface is equal per square mm (in the case of a wire, the current is flowing on the surface of the copper wire), but in the case of irregular designs on shaped glass the flow of current is not equal. So there might be a problem of energy (mW) for some leds which do not receive enough current (they will not shine as bright) because of there specific location.
Is this true? If yes, how can I determine this "current flux"? How can I visualize how this current behaves on an irregular surface?
For example:
Take the letter I (from Ingrid) and the letter M (from Maria)
When you put leds on the I, (which is a regular shape), in a regular design the leds will all shine bright with an equal brightness. When you put leds on the M, (which is an irregular shape), and you put the leds irregular dispersed on the surface the brightmess of all leds will be different.
Theoretically is this correct? They pretend this is the case in practice.
Looking forward receiving your comments.
Electronic Conductivity on Irregular Shapes
Re: Electronic Conductivity on Irregular Shapes
