Abstract: A hybrid power backup system having at least one battery for powering at least one external load; at least one capacitor for powering a controller configured to control power provided from the battery to the at least one external load and to control discharge/charge cycles of the battery.

Abstract: A UVA/UVC system for reducing active levels, on a surface, and inhibiting further growth of coronavirus on said surface, wherein said system has no deleterious effects on a human, in particular on a human eye or epidermis and dermis, wherein said system includes: iv) at least one UVA light source; v) at least one UVC light source; and at least one controller connected to each of the at least one UVA light source and the at least one UVC light source, for controlling at least one parameter of each of the UVA light source and UVC light source.

Abstract: A UVA/UVC system for reducing levels, on a surface, and inhibiting further growth of at least one pathogen on said surface, wherein said system has no deleterious effects on a human, in particular on a human eye or epidermis and dermis, wherein said system includes: iv) at least one UVA light source; v) at least one UVC light source; and at least one controller connected to each of the at least one UVA light source and the at least one UVC light source, for controlling at least one parameter of each of the UVA light source and UVC light source.

Abstract: A printed circuit board (PCB) with at least one mechanical stress relief zone and at least one electrical component zone, wherein the at least one mechanical stress relief zone allows the PCB to flex proximate the at least one mechanical stress relief zone of the PCB without compromising the at least one electrical component zone.

Abstract: A hybrid power backup system having at least one battery for powering at least one external load; at least one capacitor for powering a controller configured to control power provided from the battery to the at least one external load and to control discharge/charge cycles of the battery.

Abstract: A continuous power distribution circuit board containing: i) A printed circuit board; ii) A universal power node; iii) At least one channel on the printed circuit board for passage of current, signal and combinations thereof throughout the board; iv) At least one bridge rectifier in communication with the universal power node for rectifying non-discrete input current to discrete output current; v) At least one capacitor in communication with the at least one bridge rectifier minimizing voltage potential fluctuation from the bridge rectifier; vi) At least one current load in communication with the at least one capacitor; wherein the continuous power distribution circuit board maintains a constant current to the at least one current load without any external current controller.

Abstract: A printed circuit board (PCB) with at least one mechanical stress relief zone and at least one electrical component zone, wherein the at least one mechanical stress relief zone allows the PCB to flex proximate the at least one mechanical stress relief zone of the PCB without compromising the at least one electrical component zone.

Abstract: A continuous power distribution circuit board containing: i) A printed circuit board; ii) A universal power node; iii) At least one channel on the printed circuit board for passage of current, signal and combinations thereof throughout the board; iv) At least one bridge rectifier in communication with the universal power node for rectifying non-discrete input current to discrete output current; v) At least one capacitor in communication with the at least one bridge rectifier minimizing voltage potential fluctuation from the bridge rectifier; vi) At least one current load in communication with the at least one capacitor; wherein the continuous power distribution circuit board maintains a constant current to the at least one current load without any external current controller.