INTEGRATED E SUPPLY

Brand Owner Address Description
INTEGRATED E-SUPPLY SUPPLYHOUND.COM, INC. 392 Union Blvd Totowa NJ 07512 INTEGRATED E SUPPLY;Distributorship, and wholesale of commercial and industrial equipment and supplies, namely, adhesives, abrasives, brushes, building materials, cleaning products, cleanroom supplies, compressors, control instrumentation, cutting tools, electrical supplies, electronics components, fabricated rubber products, fasteners, filters, fire protection products, fittings, flanges, fluid power products, fluid sealing products, hand tools, hardware, hoses, HVAC supplies, hydraulics products, janitorial supplies, laboratory supplies, ladders, lubricants, maintenance chemicals, maintenance shop equipment, material handling products, measuring tools, metal stock, metalworking supplies, MRO products, office supplies, outerwear, paints, pipe, plastic stock, plumbing supplies, pneumatics products, power tools, process instrumentation, power transmission products, pumps, safety supplies, sealants, shipping supplies, spare parts, steam specialties, storage equipment, tool accessories, valves, valve automation products, welding supplies; electronic commerce services in the field of commercial and industrial equipment and supplies via a global communications network; procurement services namely purchasing parts, equipment and supplies for others; inventory services, namely inventory optimization and control for others.;
 

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

    
Technical Examples
  1. To restrain variations in the power supply potential caused among a plurality of integrated circuits as well as the voltage drop of the power supply potential that has reached each block. A semiconductor integrated circuit device is provided with integrated circuits as blocks 2-4, power supply wires 11-13 for supplying power supply potential VDD or ground potential GND from feeder terminals 5-10 to the blocks 2-4, a switch circuit 14 for connecting the power supply wire 11 and the power supply wire 12, and a switch circuit 15 for connecting the power supply wire 11 and the power supply wire 13. When the switch circuit 15 is turned on, for example, the power supply wire 11 and the power supply wire 13 of the block 2 and the block 4 are connected whereby to supply the power supply potential from the two power supply wires, so that power supply potential variation is restrained.