Journal of Applied Optics, Volume. 44, Issue 2, 437(2023)
Characteristics of cavity tuning of half-external cavity Nd:YAG and Nd:YVO4 microchip solid-state lasers
Figures & Tables(13)
Fig. 3. Cavity length and optical power curves of half-external cavity Nd:YVO4 laser
Fig. 4. Cavity length and optical power curves of half-external cavity Nd:YAG laser
Fig. 7. Change of output power of half-external cavity Nd:YVO4 laser during extension (pressurization) of PZT
Fig. 8. Double longitudinal-mode voltage width of half-external cavity Nd:YVO4 laser at different pump currents and cavity lengths
Fig. 9. Double longitudinal-mode voltage width of half-external cavity Nd:YAG laser at different pump currents and cavity lengths
Fig. 10. Single longitudinal-mode voltage width of half-external cavity Nd:YVO4 laser at different pump currents and cavity lengths
Fig. 11. Single longitudinal-mode voltage width of half-external cavity Nd:YAG laser at different pump currents and cavity lengths
Table 1. Microchip parameters used in two groups of experiments
View tableView in ArticleTable 1. Microchip parameters used in two groups of experiments
实验一 实验二 材料 微片：掺杂浓度3%的Nd:YVO4晶体 反射镜：掺杂浓度3%的Nd:YVO4镜片 微片：掺杂浓度1%的Nd:YAG晶体 反射镜：掺杂浓度3%的Nd:YVO4镜片 切割方向 a-cut a-cut 微片尺寸 8×0.7 mm 8×0.7 mm 微片双面镀膜 M1：高透AR-808 nm，高反HR-1064 nm， R<0.2%@808 nm，R>99.8%@1064nm M2：高透AR-1064/808 nm，R<0.2%@1064/808 nm M1：高透AR-808 nm，高反HR-1064 nm， R<0.2%@808nm，R>99.8%@1064nm M2：高透AR-1064/808 nm，R<0.2%@1064/808 nm 反射镜镀膜 M3：高反HR-1064/808 nm， R>99.8%@808 nm，R>95%@1064 nm M3：高反HR-1064/808 nm， R>99.8%@808 nm，R>95%@1064 nm
Table 2. Voltage range of single and double longitudinal modes during extension (pressurization) of PZT
View tableView in ArticleTable 2. Voltage range of single and double longitudinal modes during extension (pressurization) of PZT
电压范围/ V 纵模状态 0～19 单纵模 20～24 双纵模 25～56 单纵模 57～61 双纵模 62～93 单纵模 94～98 双纵模 99～130 单纵模 131～136 双纵模 137～165 单纵模 166～169 双纵模 170～198 单纵模 199～200 双纵模
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Weiguang CHEN, Yong DENG, Shulian ZHANG. Characteristics of cavity tuning of half-external cavity Nd:YAG and Nd:YVO4 microchip solid-state lasers[J]. Journal of Applied Optics, 2023, 44(2): 437
Paper Information
Category: Research Articles
Received: Aug. 30, 2022
Accepted: --
Published Online: Apr. 14, 2023
The Author Email: ZHANG Shulian (zsl-dpi@mail.tsinghua.edu.cn)
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