Passively Q-switched low peak power nanosecond laser
Model：DSS 1064-Q；FDSS532-Q 等
Overview
Germany crylas is a famous laser company focusing on the R & D and mass production of semiconductor pump lasers. Its products include passively Q-switched microchip pulse lasers and UV continuous single frequency lasers, which are mainly used in biomedical, physicochemical and other scientific research and OEM applications. It can be used in laser micromachining, simple laser flight time, UV Raman spectroscopy, laser-induced fluorescence, laser ultrasound, laser lithography, cell cutting, micro anatomy, flow cytometry, material analysis, interferometry, lidar and other fields. Its wavelength can be selected according to the application requirements: 1064532nm, 355nm, 266nm, and 5-octave 213nm, beam quality TEM00 mode. Especially the ultraviolet laser wavelength, because of its narrow pulse width, can be widely used in the field of biomedicine.Description
Germany crylas is a famous laser company focusing on the R & D and mass production of semiconductor pump lasers. Its products include passively Q-switched microchip pulse lasers and UV continuous single frequency lasers, which are mainly used in biomedical, physicochemical and other scientific research and OEM applications. It can be used in laser micromachining, simple laser flight time, UV Raman spectroscopy, laser-induced fluorescence, laser ultrasound, laser lithography, cell cutting, micro anatomy, flow cytometry, material analysis, interferometry, lidar and other fields. Its wavelength can be selected according to the application requirements: 1064532nm, 355nm, 266nm, and 5-octave 213nm, beam quality TEM00 mode. Especially the ultraviolet laser wavelength, because of its narrow pulse width, can be widely used in the field of biomedicine.
Specifications
| wavelength | 1064nm、532nm、355nm、266nm、213nm |
| repetition frequency | 20KHz、15KHz、2.5KHz、1KHz |
Technical Data
| Q系列纳秒被动调Q微芯片激光器性能参数 | |||||
| 型号 | DSS 1064-Q | FDSS532-Q | FTSS355-Q | FQSS266-Q | FQSS213-Q |
| 波长 | 1064nm | 532nm | 355nm | 266nm | 213nm |
| 脉冲能量 | Q1：10uJ@15KHz Q2：20uJ@10KHz Q3：50uJ@1KHz Q4：90uJ@1KHz |
Q1：2uJ@15KHz Q2：6uJ@10KHz Q3：20uJ@1KHz Q4：42uJ@1KHz |
Q1：0.3uJ@15KHz Q2：3uJ@10KHz Q3：15uJ@1KHz Q4：42uJ@1KHz |
Q1：0.3uJ@15KHz Q2：0.8uJ@10KHz Q3：6uJ@1KHz Q4：12uJ@1KHz |
Q1：0.05uJ@15KHz Q2：0.1uJ@10KHz Q3：1.5uJ@1KHz Q4：2.5uJ@1KHz |
| 峰值功率 | Q1：6.5kw@15KHz Q2：13kw@10KHz Q3：30kw@1KHz Q4：60kw@1KHz |
Q1：1.5kw@15KHz Q2：4.5kw@10KHz Q3：15kw@1KHz Q4：30kw@1KHz |
Q1：0.27kw@15KHz Q2：2.7kw@10KHz Q3：15kw@1KHz Q4：30kw@1KHz |
Q1：0.3kw@15KHz Q2：0.8kw@10KHz Q3：6kw@1KHz Q4：12kw@1KHz |
Q1：0.05kw@15KHz Q2：0.1kw@10KHz Q3：1.5kw@1KHz Q4：2.5kw@1KHz |
| 重复频率 | Q1：20KHz Q2：15KHz Q3：2.5KHz Q4：1KHz |
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| 脉冲时间(FWHM) | <1.5ns | <1.3ns | <1.1ns | <1.0ns | <1.0ns |
| 偏振 | >100:1 垂直 | ||||
| 功率稳定性(6H) | <± 3 % | <± 5 % | <± 5 % | <± 5 % | <± 5 % |
| 空间模式 | TEMoo | ||||
| 发散角 | <4.0mrad | <4.5mrad | <4.0mrad | <2.0mrad | <3.0mrad |
| 接口 | RS 232, USB, TTL控制和 功率监测 | ||||
| 外部触发 | 1 Hz -最大 重复频率 (TTL, 上升边缘) | ||||
| 可选项 | •独立系统 (包括钥匙开关, 散热器, 快门; 符合CDRH要求) •同步信号输出 (上升时间 < 2 ns) •光纤耦合，光线内径 > 70 μm •手动或电动快门 •外置望远镜 (Q1-3 M=4, Q4 M=5) •手动或电动衰减器 |
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