Proterial Cable America
Brian Campbell is a seasoned Quality Test Engineer at Hitachi Cable Manchester, with a robust background in electronic product testing utilizing LabVIEW for automated test programs across various high-frequency instruments. With experience spanning over two decades, Brian has held multiple engineering roles, including Quality Assurance Test Engineer at Hitachi Cable America Inc., Test Engineer at JDSU, and Applications Engineer at Diagnosys Test Systems. Proficient in developing LabVIEW applications for production testing and control systems, Brian has worked in diverse industries, demonstrating expertise in the testing of battery modules, thermal printers, and circuit card assemblies. Educational credentials include a Bachelor of Science in Electrical Engineering from the University of Massachusetts Lowell and an Associate of Science in Applied Science from San Diego City College.
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Proterial Cable America
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Proterial Cable America is known for designing and manufacturing some of the most advanced copper and fiber optic communication cables available on the market as well as some of the smallest medical cable and tubing in the world. Since 1986, we've prided ourselves on continuously evolving, adapting, and being problem solvers for our customers in the era of the ever-changing job sites and work environments. The Performance Cable Systems and Materials division designs and manufactures copper and fiber optic communication cables and assemblies for the telecommunications industry. Our products support applications such as Ethernet, Video, Power Over Ethernet, HDMI, Infiniband and more. We sell networking electronics, optical components, wires and cables, copper products and semiconductor materials. The High Performance Medical Solutions division (HPMS) provides ISO-13485:2016 compliant manufacturing services of components and finished medical devices for OEMs worldwide though our HTP-MEDS product line. We specialize in complex catheter tubing, high pressure braided tubing, secondary operations and device assembly such as PICC catheters; introducer sheaths; and fluid transport tubing. Our division is strong in tight pitch, high-density terminations and cable assemblies for low and high volume ultrasound cable assemblies as well as micro-camera devices for endoscopy and advanced surgical applications. #Twinaxial #Cat6NetworkCable #Cat6 #ShieldedTwistedPair #coaxialcable #fiberopticcables #corningglass #poe #networkcable #datacomm #5Gnetwork #5G #extrusion #singlelumentubing #multilumentubing #medicalcomponenttechnologies #fiberoptic