多次脉冲自相关仪
用于测量表征重复飞秒和皮秒级的脉冲持续时间
The MS-ROC (Multi-Shot Row Optical AutoCorrelator) enables pulse width measurement using second order scanning autocorrelation. It is based on a Michelson interferometer and second harmonic generation (SHG autocorrelation). Different models allow pulse duration analysis down to 3 fs for ultrashort pulses and 80 ps for long pulses, even for low pulse energies in the pJ and nJ range. High scan speeds of up to 130ps/s are ideal for real-time measurements.
Yuki AshidaOptical Engineer - SCREEN - Japan
Among the autocorrelators we’ve used, MS‑ROC stands out. Setup was effortless and it delivered precise measurements right away. Femto Easy’s support is also top‑tier.
Karolis Balskus瑞士Menhir光子公司高级激光工程师
我公司不久前购买了一款多功能Femto Easy多次自相关仪MS-ROC。这款 工具对于我们多个研发项目中精确测量脉冲持续时间 至关重要。这款MS-ROC可以覆盖从50飞秒到40皮秒的脉冲持续时间。 非常适合应用于我们高重复频率、低脉冲能量的激光器。.
Liam BarryProfessor - Dublin City University - Ireland
The Radio and Optical Communications Lab at Dublin City University acquired the MS-ROC autocorrelator to characterize optical frequency combs from 10 to 100 GHz for applications ranging from data center interconnects to THz generation. Its alignment-free operation achieved through a fibre coupled input to the autocorrelator significantly reduces the time to take our measurements compared to older autocorrelators.
Eric FackelmanResearcher - FZ Jülich - Germany
The MS-ROC has a clear design and is easy to align and measure the pulse width of the beam. The information is saved in convenient formats for further analysis. The STAR software has a clean and customizable interface, yet is packed with features. We appreciate how FemtoEasy has implemented our suggestions for improving the software. We look forward to using this equipment for characterizing and monitoring our broad range output OPA and SHG beamlines as we build and use our pump-probe laser system for photoemission orbital cinematography.
大扫描范围与高分辨率相结合
Large pulse duration measurement range from 3 fs to 80 ps with highest resolution
使用简易
2 分钟的设置时间，无需校准，带光阑
低能量脉冲测量
低至皮焦级
时间追踪
历史图表显示脉冲持续时间的历史变化情况，非常适用于无人值守的长时间测量任务
高分辨率与大扫描范围相结合
Both high resolution and large pulse duration ranges are achievable with the same instrument.
在低脉冲能量下捕捉细节
即使在低脉冲能量和平均激光功率下，MS-ROC 也可提供详细而准确的结果。
Wavelength range flexibility
Easily change the wavelength range by changing optics set. Only 1 detector and 4 optics sets to cover the whole range.
产品参数
Femto Easy的ROC多次脉冲测量仪提供多种独特功能和配置选项，适用于从飞秒到皮秒的测量。请对比参数帮助您选择最符合需求的型号。
| - | MS-ROC | MS-ROC LP | MS-ROC SP | MS-ROC SLP | MS-ROC USP |
|---|---|---|---|---|---|
| 最短脉冲时间 | 50 fs | 50 fs | 15 fs | 15 fs | 3 fs |
| 最长脉冲时间 | 40 ps | 80 ps | 40 ps | 80 ps | 40 ps |
| 可达到光谱范围（nm）1 | 480 - 2150 | 480 - 2150 | 480 - 2150 | 480 - 2150 | 480 - 2150 |
| 最小时间分辨率 | 1 fs | 1 fs | 0.25 fs | 0.5 fs | 0.25 fs |
| Maximum scan speed | 39 ps/s | 78 ps/s | 39 ps/s | 78 ps/s | 39 ps/s |
| 最小输入脉冲能量2 | |||||
| 1 MHz | 100 MHz | 5 pJ | 0.5 pJ | 5 pJ | 0.5 pJ | 1 nJ | 100 pJ | 1 nJ | 100 pJ | 1 nJ | 100 pJ |
| 输入脉冲重复频率 | 100 Hz to GHz 3 | ||||
| 输入偏振 | 线性竖直 | ||||
| 探测单元 | CMOS 12 Bits, 3 Mpx, 72 dB | ||||
| PC接口 | USB 3.1 | ||||
| 光束高度 (mm) | 69 - 148 | ||||
| 尺寸 (mm) | 222 x 194 x 129 | ||||
2 该值基于MS-ROC型号，且仅其数量级可供参考。实际的灵敏度会受到多种参数的影响，如脉冲持续时间、光束轮廓、波长等
3 可选择低重复频率
可选功能
附加晶体
默认的 MS-ROC 配置包括一个晶体。如需扩展设备的波长范围，可订购额外晶体
光纤输入连接器
带光纤连接器的即插即用准直模块。可以安装在 MS-ROC 上，轻松从自由空间切换到光纤，无需对齐
低重复率
激光重复率低时可使用的同步模式。建议低于 200 kHz
Software
所有关键数据一目了然： Femto Easy 旨在提供友好、直观的用户体验。这是一款适用于触控屏幕的现代软件，可在Linux或Windows系统上运行。它还支持通过PC、平板或智能手机进行远程设备控制。我们还可以根据要求提供定制软件开发服务。
自相关仪使用演示（此视频为单脉冲自相关仪型号）
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轻松测量脉冲持续时间
我们的工程师运用最新技术，打造了极易于使用又具有高科学性能的自相关仪解决方案