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Passively mode-locked semiconductor lasers stabilized by subharmonic electrical injection and their application to millimeter wave photonics

机译:次谐波电注入稳定的无源锁模半导体激光器及其在毫米波光子学中的应用

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摘要

A review is presented, based on our experimental and theoretical works, of mode-locked monolithic semiconductor lasers with optical pulse train output stabilized by the subharmonic electrical injection and their performance in the millimeter wave photonic application. The following issues are emphasized: (1) the novelmethod of pulse train stabilization and its mechanism, (2) the application of a mode-locked semiconductor laser as an optical mm-wave oscillator and (3) the unique functionality in the compact optical mm-wave transmitter applications.
机译:根据我们的实验和理论工作,对通过次谐波电注入稳定了光脉冲串输出的锁模单片半导体激光器及其在毫米波光子应用中的性能进行了综述。强调了以下问题:(1)脉冲序列稳定的新方法及其机理,(2)锁模半导体激光器作为光学毫米波振荡器的应用,以及(3)紧凑型光学毫米波的独特功能波发射机应用。

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