Optoelectronics pioneer to exhibit on booth L40, Ricoh Centre, Coventry, Oct 2nd/3rd
October 2013…OMC, the pioneer in optoelectronics will demonstrate its wide capabilities at the Electronics Design Show.
Recently, the company announced that its Profiled LED backlighting technology perfectly complements custom LCD glass modules, for the first time enabling designers requiring displays for relatively low volume applications to be able to choose a full-custom option. OMC’s Profiled backlight technology ensures that very consistent illumination is provided across the entire display. Uniquely, they can feature single or dual chip LEDs depending on power output availability and requirements, and they are available in full RGB and blue/white colours. Complementing a standard product range which numbers over 250 different sizes, OMC can turn around bespoke-shaped backlights is as little as five working days with set up costs starting as low as £50. OMC supports its customers during the design process to simplify module design and assembly costs by integrating assembly features into the backlights.
The company also now offers a fibre optic link service specifically tailored to meet the demanding requirements of the high voltage market. HV applications such as power distribution networks and power supplies often require optical isolation because of the voltages present, however, achieving consistency of performance has proven a challenge for many providers.
OMC has combined 30 years of experience in producing glass and polymer fibre optic cable assemblies with its own proprietary Active Alignment technology to ensure that its fibre-optic data links perform consistently and reliably from link to link. During manufacture of its housed optical transmitters (Tx) and receivers (Rx), OMC powers each active element and tunes the performance of the device to ensure that the electro-optical characteristics of each and every device fall within a customer-specific performance window, exactly matching the required performance specification.