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Light Emitting Diode Arrays for HWIL sensor testing

机译:用于HWIL传感器测试的发光二极管阵列

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We report here the light emission from IR interband-cascade (IC) Type-II-super lattice LED structures. We employed two different IC epitaxial structures for the LED experiments consisting of 9 or 18 periods of active super lattice gain regions separated by multilayer injection regions. The light output (and the voltage drop) of the LEDs is observed to increase with increase of number of IC active regions in the device. The voltage drop decreases with increase of mesa size and light emission increases with mesa sizes. We have made 8x7 2-D LED array flip-chip bonded to fan out array. The black body emissive temperature is 650 and 1050 K for LED operation at room and liquid nitrogen temperature respectively. A comparison of different IR sources for scene generation is presented.
机译:我们在此报告IR带间级联(IC)II型超晶格LED结构的发光。我们为LED实验采用了两种不同的IC外延结构,该结构由9或18个周期的有源超晶格增益区域组成,这些区域由多层注入区域隔开。观察到LED的光输出(和电压降)随设备中IC有源区数量的增加而增加。电压降随着台面尺寸的增加而减小,并且发光随着台面尺寸的增加而增加。我们已经制作了8x7二维LED阵列倒装芯片结合到扇出阵列。 LED在室温和液氮温度下工作时,黑体发射温度分别为650和1050K。比较了用于场景生成的不同红外源。

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