ELECTRIC ELECTRONIC REGULATORS

Brand Owner (click to sort) Address Description
MOVIDYN SEW-EURODRIVE GMBH & CO. KG ERNST-BLICKLE-STR. 42 Bruchsal 76646 Germany electric and electronic regulators and controls used in heavy current engineering; namely, for conduction, transformation, storage, regulation and control of electric and geared machine motors; and electric/electronic meters for testing the aforementioned goods; and parts for all the aforementioned goods;[machine parts; namely, electric motors, brake motors, gear motors, gears, cooling ventilators for electric motors, for gears and for brakes, couplings, transmissions for electric motors, magnetic brakes, variable speed drives, V-belts and V-belt pulleys, motor slides, hoists, chain hoists; and parts for the aforementioned goods];
OPRAGON Avidicare AB Medicon Village Lund SE-223 81 Sweden Electric and electronic regulators for control of ventilation installations; software for control of regulators and equipment for ventilation;Apparatus for ventilation, namely, air treatment units for air cleaning and air purification; ventilation installations, namely, air distributors; ventilation installations for clean rooms and operating theatres, not being medical ventilators;Design of clean rooms; laboratory analysis of air samples for the purpose of testing bacteria content in the air; counseling concerning design of clean rooms and operating theatres;
 

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

    
Technical Examples
  1. A semi-clockless, cascaded, current-mode regulator has a first regulator that receives a clock signal from a controller. By 'semi-clockless' is meant that a clock signal is applied to the first of a cascaded plurality of regulators, and that as a result of the cascading of clock delay circuits in each of the regulators, the remaining regulators receive sequentially delayed versions of the clock signal applied to the first regulator. The regulators are coupled to control the operations of associated pulse width modulation controlled switching circuits. Outputs of the switching circuits are combined to realize a multi-phase output voltage.