POWER DISTRIBUTION MODULES USE

Brand Owner Address Description
FIELDPOWER WEIDMULLER INTERFACE GMBH & CO. KG Klingenbergstrasse 26 Detmold 32758 Germany Power distribution modules for use in the field of automated buildings, airports, and industry automation, especially for controlling, regulating, distributing, connecting, monitoring and switching operation; electrical and electronic cables; modem cables; electronic coding and locking units for plug-in connectors for building installation and industry automation; safety markers for distributor box enclosures and plug-in connectors for building installation and industry automation; voltage and continuity testers for building installation and industry automation; electrical connectors for building installation and industry automation; modular terminals, terminal strips, plug-in connectors, feed-through connectors; electric, electronic and electro-technical apparatus, namely, circuit protectors, distributors, center in-feed distributors, decentralized maintenance switches, and line terminators, for building and industry automation; and replacement parts of the aforesaid goods;Hand operated tools for installing, treating and laying electronic goods, namely, cable cutters, strippers for round cables, insulation stripping tools, crimping tools for ferrules, crimping tools for coaxial plugs, crimping tools for cable lugs and connectors, hand braces for the crimping of connectors, insulated and uninsulated screwdrivers;Machines for installing, treating and laying of electrical goods, namely, power-operated screwdrivers, stripping and crimping machines, stripping machines, and cable cutting machines;FIELD POWER;
 

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

    
Technical Examples
  1. A plurality of power supply modules having their outputs coupled in parallel are controlled for load balancing purposes through a direct current bus having filtered pulse width modulation (PWM) signals representative of the power outputs of each of the plurality of power supply modules. A local PWM signal for each of the plurality of power supply modules is filtered to a DC voltage and used to compare with an average power required from each of the plurality of power supply modules.