材料科学
铒
光学
光子学
光电子学
激光器
兴奋剂
硅
CMOS芯片
光纤激光器
硅光子学
波分复用
物理
波长
作者
Nanxi Li,Diedrik Vermeulen,Zhan Su,Emir Salih Magden,Ming Xin,Neetesh Singh,Alfonso Ruocco,Jelena Notaroš,Christopher Vincent Poulton,Erman Timurdogan,Christopher V. Baiocco,Michael R. Watts
出处
期刊:Optics Express
[Optica Publishing Group]
日期:2018-06-12
卷期号:26 (13): 16200-16200
被引量:91
摘要
microring resonators. With 107 mW on-chip 980 nm pump power, up to 1.6 mW output lasing power is obtained with a 2.2% slope efficiency. The maximum output power is limited by pump power. Fine tuning of the laser wavelength is demonstrated by using the gain cavity phase shifter. Signal response times are measured to be around 200 μs and 35 µs for the heaters used to tune the Vernier rings and gain cavity longitudinal mode, respectively. The linewidth of the laser is 340 kHz, measured via a self-delay heterodyne detection method. Furthermore, the laser signal is stabilized by continuous locking to a mode-locked laser (MLL) over 4900 seconds with a measured peak-to-peak frequency deviation below 10 Hz.
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