Cree, Inc.
Durham, NC 27703
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Transistors suit general-purpose broadband systems.
Designed for linear and compressed amplifier circuits, 10 W CGH40010 and 45 W CGH40045 high-power gallium nitride (GaN) high electron mobility transistors (HEMTs) suit applications in general-purpose broadband amplifiers and critical communications systems used by police, fire departments, and homeland security. They operate at up to 4 GHz with 14 dB of associated power gain and 65% drain...
Read More »GaN HEMT is intended for WiMAX applications.
Model CGH27015 15 W packaged gallium nitride high electron mobility transistor (GaN HEMT) produces 2.5 W of average output power and 24% drain efficiency over frequency range of 2.3-2.9 GHz. Device features 14.5 dB of small signal gain, and 2% error vector magnitude (EVM) under orthogonal frequency-division multiplexing (OFDM) modulation when operated at 28 V.
Read More »LED Power Chip meets needs of general lighting applications.
Model EZBright1000(TM) LED power chip can be used for home and office lighting, auto headlamps, streetlights, and consumer applications including flashlights, camera flash, and projection displays. Product exhibits power output up to 370 mW at 350 mA and and 800 mW at 1 A of drive current. It features optical design that delivers optimal Lambertian radiation pattern with low emission losses.
Read More »Cree XLamp-® LEDs Power New Grote Vehicle Interior Lights
DURHAM, NC, AUGUST 22, 2006 - Cree, Inc. (Nasdaq: CREE), a leader in LED solid-state lighting components, today announced that Grote Industries, a leading designer and manufacturer of vehicle safety systems, is building its new line of interior dome lights with white Cree XLamp-® power LEDs. Grote's new product line uses less power, lights instantly in cold temperatures, generates less heat and...
Read More »Schottky Diode/Rectifier is suited for PC power supplies.
Operating at 600 V, 2 A silicon carbide (SiC) Zero RecoveryÃ-® rectifier is designed for use in power supplies used in desktop PCs. This Schottky diode replaces silicon-based rectifiers and simplifies Power Factor Correction Boost design by eliminating need for snubbers and reducing component count. Use of this product also serves to reduce power losses and produce minimal EMI.
Read More »High Brightness LED has industry-standard die attach.
EZBright(TM) LED chip platform features optical design that delivers optimal Lambertian radiation pattern for minimal emission losses and optimal efficiency ratings. Available in green and blue, EZBright290 is suited for white backlighting applications in LCD screens on mobile phones, PDAs, TVs, and monitors. It can also be used in indoor and outdoor LED display, camera flash, gaming, and...
Read More »Lighting Innovator Space Cannon Selects Cree XLamp-® Power LEDs for All New LED Lighting Systems
DURHAM, NC, - January 10, 2006 - Cree, Inc. (NASDAQ: CREE) announced today that major lighting designer and manufacturer Space Cannon VH S.p.A. has signed an agreement to purchase approximately $5.4 million of XLamp-® power LEDs, among the industry's brightest and most efficient high power light emitting diodes (LEDs). Space Cannon plans to use Cree power LEDs exclusively for all future solid...
Read More »LED Chips are energy efficient.
MegaBrightÃ-® 290 Gen 2 is 30% brighter and uses 8% less power than chip it replaces. It is targeted for digital camera, camera phone flash, and LCD backlighting applications where brightness and power efficiency are critical. RazerThinÃ-® 230 uses 8% less energy than previous generation device and is suited for keypad backlighting applications where battery life is important.
Read More »Bright LED Chips suit LCD backlighting applications.
Series XB(TM)900 LED Chips are available in blue and green with minimum radiant flux of 90 and 40 mW, respectively. For backlight systems using smaller chips, green XThinÃ-® LED Chips offer 10 mW brightness. Brighter chips mean less power is needed to meet brightness specifications for backlighting applications, minimizing energy consumption and need for active cooling systems.
Read More »LED Backlight minimizes power consumption of LCD displays.
Based on XThinÃ-® blue and green LEDs mounted to thermally conductive substrate, LED Backlight consumes 40 W, as compared with 100 W for other LED backlighting solutions and 45 W for CCFL-based solutions. It offers peak brightness of 300 NITS at thermal equilibrium. Color and brightness uniformity exceeds ANSII 9-point test for LCD displays. With LED backlighting, large computer and TV...
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