Enhanced light transmission conductive coated transparent substrate

A reduced glare, conductive coated panel comprising:

• a transparent substrate having a first surface and a second surface;
• a first, multilayer stack disposed on said first surface of said substrate, said first stack comprising at least a first transparent, thin film layer, a second transparent, thin film layer and a third transparent, thin film layer;
• a second, multilayer stack disposed on said second surface of said substrate, said second stack comprising at least a first transparent, thin film layer, a second transparent, thin film layer and a third transparent, thin film layer;
• each thin film layer in said first stack having a corresponding thin film layer in said second stack;
• each of said transparent, thin film layers of said first stack being a wet chemical formed thin film layer and having a refractive index, said first transparent, thin film layer of said first stack being disposed on said first surface of said substrate, said second transparent, thin film layer of said first stack being disposed on said first thin film layer of said first stack, and said third transparent, thin film layer of said first stack being disposed on said second thin film layer of said first stack;
• each transparent, thin film layer of said second stack being a wet chemical formed thin film layer and having the refractive index of its corresponding transparent, thin film layer of said first stack;
• said first transparent, thin film layer of said second stack being disposed on said second surface of said substrate, said second transparent, thin film layer of said second stack being disposed on said first thin film layer of said second stack, and said third transparent, thin film layer of said second stack being disposed on said second thin film layer of said second stack;
• the film thickness of any one of said thin film layers of said second stack being different than the thickness of its corresponding thin film layer of said first stack;
• at least one of said thin film layers of said first stack having a thickness greater than the thickness of its corresponding thin film layer of said second stack;
• the material composition of said corresponding layers in each of said first and second stacks being the same;
• the refractive index of each of said second thin film layers in said first and second stacks being greater than the refractive index of the other thin film layers in said first and second stacks;
• the refractive index of said third thin film layer in each of said first and second stacks being less than the refractive index of the other thin film layers in said first and second stacks;
• a transparent conductive thin film on said third thin film layer of said first stack, said transparent conductive thin film being a vacuum deposited thin film and comprising a material selected from at least one of indium tin oxide, doped tin oxide, and doped zinc oxide;
• and
• whereby visible light transmission through said coated panel is increased as compared to said substrate coated only with said transparent conductive thin film.