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Skylark 780 NX CW C-DPSS激光器
厂家:Skylark Lasers
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Skylark 640 NX C-DPSS激光器
厂家:Skylark Lasers
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Skylark 532 NX C-DPSS激光器
厂家:Skylark Lasers
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Skylark 349 NX CW C-DPSS紫外激光器
厂家:Skylark Lasers
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Skylark 320 NX CW C-DPSS紫外激光器
厂家:Skylark Lasers
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ASE-C-80系列 3通道ASE光源台式设备器
厂家:Optilab
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中心波长: 1064nm 重复频率: 10 - 10 kHz 脉冲能源: 1200mJ 脉冲持续时间: 10000fs 极化: Unspecified
在10ns脉冲内产生5mJ的AQ开关Nd:YAG激光振荡器(1064nm)与高能Nd:YAG VHGM放大器匹配。放大器采用尺寸为8×10×50mm的Nd:YAG板条。用两个15巴激光二极管阵列(总共30巴,无微透镜)在两侧泵浦该实验室。振荡器种子光束两次通过放大器。法拉第隔离器未用于将输入种子光束与双程放大输出光束分离(几何分离)。下图显示了双程放大器对于来自振荡器的0.1、1、2、4和5 MJ的输入种子能量的输入输出效率。在放大器中的较大泵浦能量(1.2J)处,对于5mJ种子能量,双程输出能量为115mJ,对于100-150μJ种子能量,双程输出能量为35mJ。脉率为10Hz。输出光束质量为M2=2至2.5,而种子激光器的光束质量为M2=1.3。我们预计双程放大器的输出光束质量将随着平板制造的改进而改善,未来的努力将提高脉冲速率和平均功率,改善光束质量,并将相同的放大器与短脉冲微片激光振荡器(0.5至1 ns,50至100 PS)相匹配。目标是将整个MOPA激光头封装成6平方英寸或更小的尺寸。这种紧凑的高能MOPA可用于激光诱导击穿光谱(LIBS)、闪光激光雷达、激光辅助表面清洁、精密油漆去除等应用,以及去除纹身等皮肤病学应用。
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中心波长: 1064nm 重复频率: 10 - 10 kHz 脉冲能源: 0.01mJ 脉冲持续时间: 1000fs 极化: Unspecified
被动调Q微片固态激光器(微片激光器)是一种方便的短脉冲发射源(0.5至1ns),具有高脉冲能量(10μJ)和接近衍射极限的光束质量。微芯片激光器的应用可以通过使用一个或多个放大器级增加其脉冲能量和平均功率来显著扩展,但前提是放大器保持微芯片发射的固有光束质量和其他所需属性。我们已经证明,双通VHGM放大器可以将1064nm微芯片振荡器的脉冲能量和平均功率分别增加到500uJ和5W以上,同时保持微芯片激光器的光束质量和发射光谱。下图显示了2通放大器的平均1064nm输出功率与放大器驱动电流(在10kHz的脉冲率下)的关系,并且是注入到2通放大器中的1064nm种子功率的函数。放大器中的较大808nm泵浦功率为40W。考虑到将种子功率减少10倍(至约10mW)导致放大器输出功率减少不到2倍,2通放大器在100mW种子功率下很好地饱和。在2通放大器的输出端不需要法拉第隔离器,而在其他设计中经常需要法拉第隔离器来将2通放大光束与输入种子光束分离,从而导致更紧凑、更高效和更低成本的MOPA系统。在JG Manni,Optics Communications 252:117-126(2005)中提供了更多细节。微芯片激光振荡器现在是商业上可获得的,其可以在200ps脉冲持续时间中产生10nJ脉冲能量,并且在100ps脉冲中产生4nJ脉冲能量。(见www.batop.de)我们计划将这种微芯片激光器与我们的双通道VHGM放大器配对,并将在此网页上报告我们的结果。