DRIVERS LED DRIVERS

Brand Owner (click to sort) Address Description
CLEANLIFE CLEANLIFE ENERGY Suite 229 114 Barrington Town Square Aurora OH 44202 Drivers and LED drivers, namely, electric circuits;CLEAN LIFE;
CLEANLIFE SUPERIOR HOLDINGS GROUP 2400 SUPERIOR AVENUE SUITE E CLEVELAND OH 44114 Drivers and LED drivers, namely, electric circuits;CLEAN LIFE;
FINDING A BETTER WAY CLEANLIFE ENERGY Suite 229 114 Barrington Town Square Aurora OH 44202 Drivers and LED drivers, namely, electric circuits; power switching devices, namely, power conversion devices for switching AC to DC power, DC to AC inverters, enclosed power supplies, open frame switching power supplies; lighting ballasts;Kits comprised primarily of sanitizer gel and disinfecting wipes and also including sanitary masks and gloves used for germ prevention; hand-sanitizing preparations; disinfecting wipes;Disinfecting ultraviolet lamps housed in containers for disinfecting objects placed therein; LED (light emitting diode) lamps; LED light bulbs; LED lighting tubes; LED luminaries for indoor, outdoor, commercial, industrial, residential, government, medical, and agricultural lighting applications;face coverings being sanitary masks for protection against viral infection;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A circuit for driving a pair of input signals to form driven output signals while reducing the amount of skew between the driven output signals. In one embodiment, a driver circuit includes a first set of drivers connected in series and receiving the first input signal to produce a first output signal; a second set of drivers connected in series and receiving the second input signal to produce a second output signal; a first transmission gate connecting an input of one of the drivers from the first set of drivers to an output of one of the drivers of the second set of inverters; and a second transmission gate connecting an input of one of the drivers from the second set of drivers to an output of one of the drivers of the first set of drivers. Each transmission gate may be provided with a control for enabling or disabling the transmission gate, thereby permitting the selective application of the de-skew function of the circuit and providing for reduced power consumption when the de-skew function is disabled.