FLEXIBLE PRINTED CIRCUIT BOARDS

Brand Owner (click to sort) Address Description
DYNAFLEX Dynaco Corporation 22 Manchester Road Derry NH 03038 flexible printed circuit boards;
FFX Nortech Systems, Inc. 7550 Meridian Circle N, Suite 150 Maple Grove MN 55369 Flexible printed circuit boards; flex circuits;
FLEX FARADAY XTREME Nortech Systems, Inc. 7550 Meridian Circle N, Suite 150 Maple Grove MN 55369 Flexible printed circuit boards; flex circuits;FLEX FARADAY EXTREME;
FLEXICOMBO Itron (U.K.) Limited Riverside Road, Gorleston Great Yarmouth Norfolk, NR31 6PX United Kingdom FLEXIBLE PRINTED CIRCUIT BOARDS; PARTS AND FITTINGS FOR ALL THE AFORESAID GOODS;FLEXIBLE COMBO;
MEKTEC NIPPON MEKTRON KABUSHIKI KAISHA 12-15, Shiba Daimon 1-Chome Minato-Ku, Tokyo Japan FLEXIBLE PRINTED CIRCUIT BOARDS;
MICROFLEX Sony Chemicals Corporation 1-6-3 Nihombashi Muromachi Chuo-ku Tokyo 103 Japan flexible printed circuit boards for use in electronic appliances;
SECURE FLEX Johnson Electric Holdings Limited 12 Science Park East Avenue, 6/F Shaton, N.T. Hong Kong FLEXIBLE PRINTED CIRCUIT BOARDS FOR USE WITH ANTI-TAMPER CIRCUITS FOR ELECTRONIC COMPONENTS AND DEVICES; SECURITY DEVICES IN THE NATURE OF PRINTED CIRCUIT BOARDS HAVING CONDUCTIVE TRACES USED ON BOXES TO PREVENT TAMPERING;SECURITY DEVICES IN THE NATURE OF TAMPER EVIDENT PLASTIC FILMS HAVING CONDUCTIVE TRACES USED ON BOXES TO PREVENT TAMPERING; TAMPER EVIDENT PLASTIC FILMS USED TO WRAP ELECTRONIC COMPONENTS TO PREVENT TAMPERING AND UNAUTHORIZED ACCESS; TAMPER EVIDENT PLASTIC FILMS HAVING CONDUCTIVE IMAGES FOR LAYING ON SUBSTRATES TO PREVENT TAMPERING;
 

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

    
Technical Examples
  1. An electronics packaging assembly (100) includes: an assembly housing (120); a plurality of printed circuit boards (110; 210) arranged in parallel within the assembly housing (120); and a vibration stiffener (140; 240). The printed circuit boards (110; 210) each have a notch (112; 212) on one edge. The vibration stiffener (140; 240) is arranged within the assembly housing (120) along a lateral direction relative to the plurality of printed circuit boards (110; 210) and includes a plurality of slots (142; 242) that engage with corresponding notches (112; 212) of the plurality of printed circuit boards (110; 210), wherein engagement of the vibration stiffener (140; 240) with the plurality of printed circuit boards (110; 210) limits flexing of the printed circuit boards (110; 210) in the lateral direction. In one implementation, a portion of the assembly housing (120) contacts and applies pressure to the vibration stiffener (140; 240) to keep the vibration stiffener (140; 240) in place.