HB-LED

HB-LED

(High Brightness-LED) LEDs used for room and vehicle lighting rather than for readouts and equipment indicators. See LED lighting.
References in periodicals archive ?
5 Outlook for the Worldwide HB-LED Market Chapter 5 Thin Film Read/Write Heads for HDD 5.
In addition to his new role as the co-chair of the North America I&C committee, Brian will continue his work at SEMI as the co-chair of the North America Diagnostic Data acquisition (DDA) Task Force, co-chair of the North America GEM 300 Task Force, and chair of the North America HB-LED Software Working Group.
The CamGaN technology enables growth of thin HB-LED structures on standard silicon substrates instead of silicon carbide (SiC) or sapphire substrates, which can cost 80% more than Si.
David Joyce, who is Sapphire Wafer Task Force co-chair of the SEMI HB-LED Technical Committee, will present an update on the progress being made in establishing standards for the manufacturing of LEDs.
8220;Driven by ever increasing performance and cost demands, HB-LED manufacturers are looking to PSS technology to deliver critical process improvements, and the Dimension Edge PSS is instrumental in controlling these advanced processes,” said Mark R.
BIEMT is ARC Energy's first customer in Korea and has achieved success in manufacturing and selling 6-inch (150mm) diameter sapphire cores and wafers to top LED manufacturing companies for HB-LED applications.
The use of HB-LED Driver ICs in general lighting, as well as several other applications discussed in Electronicast's report " High Brightness LED Driver Integrated Circuits Global Market Forecast and Analysis (2012-2019)", is increasing.
This makes CHES furnaces the leading choice for the future of HB-LED production on large diameter sapphire substrates.
Updated HB-LED Manufacturing Tool Commands Unprecedented Cost of Ownership Advantages
purchased CHES furnaces and related ARC products to grow and sell sapphire to the HB-LED industry.
The global HB-LED market is segmented into the following major application categories:
ASF sapphire wafers have a statistically significant higher brightness advantage on average across the functional wavelength for the HB-LED category of 450-460nm; and