AUTOMOTIVE ELECTRONICS ELECTRONIC GOODS

Brand Owner (click to sort) Address Description
DIABLO CAD BUSINESS C/O LegalForce RAPC Worldwide 446 E Southern Ave Tempe AZ 85282 Automotive electronics and electronic goods in the nature of car audio accessories, namely, Amplifier Installation Wiring Kits consisting of speaker cable, power cable, electrical connectors, namely, RCA Jacks, fuses, fuse holders, battery terminals, car stereo adapters, antenna adapters, electrical power distribution blocks, circuit breakers, noise filters, line out converters, electrical wiring harnesses; installation kits comprised primarily of electrical connectors; Automotive audio and video equipment, namely, Headrest DVD players, Roof Mount DVD Players, Headrest television Monitors, Roof Mount television Monitors, Sunvisor television Monitors, Rearview Mirror television Monitors, car speakers, car subwoofers, and car amplifier;The English translation of DIABLO in the mark is DEVIL.;
DIABLO CAR AUDIO & WHEEL DISTRIBUTORS INC 5220 W. Davis Street Dallas TX 75211 Automotive electronics and electronic goods in the nature of car audio accessories, namely, Amplifier Installation Wiring Kits consisting of speaker cable, power cable, electrical connectors, namely, RCA Jacks, fuses, fuse holders, battery terminals, car stereo adapters, antenna adapters, electrical power distribution blocks, circuit breakers, noise filters, line out converters, electrical wiring harnesses; installation kits comprised primarily of electrical connectors; Automotive audio and video equipment, namely, Headrest DVD players, Roof Mount DVD Players, Headrest television Monitors, Roof Mount television Monitors, Sunvisor television Monitors, Rearview Mirror television Monitors, car speakers, car subwoofers, and car amplifier;The English translation of DIABLO in the mark is DEVIL.;
STREETLINK CAD BUSINESS 5220 W. DAVIS STREET Dallas TX 75211 Automotive electronics and electronic goods in the nature of car audio accessories, namely, amplifier installation wiring kits consisting of battery terminals, circuit breakers, electrical connectors, electrical and musical signal transmitting cables and connectors; Battery terminals, Circuit breakers, Electrical connectors, Electrical and musical signal transmitting cables and connectors; Interconnect devices, namely, analog audio interconnects, digital audio interconnects, analog video interconnects, digital video interconnects, Electrical power distribution blocks, Electrical wires, Electrical wiring harnesses, Fuses, Fuse holders, Harnesses containing electrical connectors and electrical wire for connecting to a vehicle radio, Line output converters, Noise controlling apparatus, namely, antenna ground loop isolators, Power cable, Speaker cable and wire;STREET LINK;
XSCORPION V Factory 12772 Monarch Street Garden Grove CA 92841 Automotive electronics and electronic goods in the nature of car and home audio accessories, namely, speaker cables, power cables, electrical connectors, fuses, fuse holders, battery terminals, car stereo adapters, antenna connectors, power distribution blocks, circuit breakers, noise filters, capacitors, resistors, switches, electric relays, battery terminal connector clamps, coaxial cables, electrical wiring harnesses, installation kits comprised primarily of electrical connectors, stereo noise reducers, and enclosures for speakers;
 

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

    
Technical Examples
  1. A technique for testing an electronics assembly for a power short circuit is provided. The technique includes pre-characterizing power off resistance of an electronic component(s) of a first packaging level from at least one power boundary of the electronic component(s). The characterizing of the power off resistance occurs prior to placement of the electronic component(s) into an electronics assembly of a higher packaging level. The technique further includes determining actual power off resistance of the electronics component(s) after placement thereof into the electronics assembly, with the actual power off resistance being determined from the at least one power boundary. Thereafter, the actual power off resistance of the electronic component(s) in the electronics assembly is compared with the pre-characterized power off resistance of the at least one electronic component(s), and a determination is made therefrom whether a power short circuit exists within the electronics assembly.