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Effect of coherent population trapping in a compact microfabricated Cs gas cell pumped by intra-cavity contacted VCSELs with rhomboidal oxide current aperture

机译:腔内腔内泵浦泵浦泵浦泵泵的相干群体捕获的影响与菱形氧化物电流孔径

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摘要

Miniature laser source based on intracavity-contacted vertical-cavity surface-emitting laser with rhomboidal oxide current aperture was investigated for coherent population trapping (CPT) resonance excitation in microfabricated 133Cs gas cell filled with Ne buffer gas under the pressure of 300 torr. The cell operation temperature was 90°C. The laser output power was 550 μW at bias current of 3.2 mA and 65°C. The short-term stability of ~2.5·10~(-11) at the measurement time of 1 sec was estimated from CPT resonance signal measurements.
机译:基于腔内接触的垂直腔表面发射激光器的微型激光源进行了具有菱形氧化物电流孔的,用于在300托的压力下填充有NE缓冲气体的微制订133CS气体细胞中的相干群体捕获(CPT)共振激发。 电池操作温度为90℃。 在3.2 mA和65°C的偏置电流下激光输出功率为550μW。 在CPT共振信号测量中估计了1秒的测量时间〜2.5·10〜(-11)的短期稳定性。

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