首页> 外文会议>Society of Photo-Optical Instrumentation Engineers Conference on Free-Space Laser Communication and Laser Imaging >SURVEY ON MULTI QUANTUM WELL BEAM-STEERING DEVICE FOR LASER SATELLITE COMMUNICATION
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SURVEY ON MULTI QUANTUM WELL BEAM-STEERING DEVICE FOR LASER SATELLITE COMMUNICATION

机译:用于激光卫星通信多量子阱光束转向装置的调查

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With the increasing interest in laser satellite communications, new methods are sought to solve the existing problems of accurate and rapid laser beam deflection. Current solutions in the form of galvanometers or piezo fast steering mirrors with one or two degrees of freedom are bulky, power-consuming and slow. The Multi-Quantum Well (MQW) is a semiconductor device with unique potential to steer laser beams without any moving parts. We have conducted a preliminary evaluation of the potential application of the MQW as a laser beam-steering device for laser satellite communication, examining the performance of critical parameters for this type of communications.
机译:随着对激光卫星通信的兴趣日益越来越多,寻求新的方法来解决最佳激光束偏转的现有问题。电流形式的电流溶液或压电快速转向镜具有一个或两度自由度的庞大,消耗功耗和慢速。多量子阱(MQW)是具有唯一电位的半导体器件,可以在没有任何移动部件的情况下引向激光束的唯一电位。我们已经对用于激光卫星通信的激光束转向装置进行了对MQW的潜在应用的初步评估,检查了这种类型的通信的关键参数的性能。

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