Abstract:
A multiple-digit display device comprising an electrode substrate in which a plurality of sets of cathodes of a desired pattern constituting a plurality of display sections respectively and a plurality of sets of anodes associated with the plural sets of cathodes respectively are multilevel-printed on a dielectric substrate through dielectric layers, and a front plate provided on the electrode substrate so as to form a plurality of discharge spaces on the plural display sections, and a method of manufacturing the multiple-digit display device.
Abstract:
In surface packaging of thin resin packages such as surface mount resin molded memory ICs or the like, cracks of the package occur frequently at a solder reflow step where thermal impact is applied to the package because the resin has absorbed moisture before packaging. To solve this problem, the devices are sealed, by heat-sealing, in a bag moisture-tight at an assembly step of the resin molded devices where the resin is still dry, and are taken out from the bags immediately before the execution of surface packaging. The devices are packaged in a moisture-proofing bag made of a laminate film, and a desiccant is sealed, by heat-sealing the bag, in the moisture-proofing bag together with the, e.g., surface mount semiconductor device having a plastic package encapsulating the semiconductor device. A caution is provided for the bag, that the devices should be presented from moisture absorption after opening the bag.
Abstract:
A multiple-digit display device comprising a cathode substrate in which a plurality of sets of cathodes of a desired pattern constituting a plurality of display sections respectively and wires for the cathodes are multilevel-printed on a dielectric substrate through dielectric layers, and a front plate having a plurality of transparent anodes and provided on the cathode substrate so as to form a plurality of discharge spaces on the respective display sections, and a method of manufacturing the multiple-digit display device.