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产品介绍:TDS10XX太赫兹光谱仪TDS10XX易于使用,适用于在太赫兹地区进行材料表征的实验室。光谱仪配有内部样品室(可用氮气吹扫)或外部光纤耦合天线。这两种设置都可以用于通过准直或聚焦太赫兹波束进行透射和反射测量。使用预装了T3DS软件包的笔记本电脑通过USB控制TDS10XX.Thefollowingoptionalfeaturesareavailable:SHR-SampleHolderforRe
太赫兹光谱仪TDS10XX易于使用,适用于在太赫兹地区进行材料表征的实验室。 光谱仪配有内部样品室(可用氮气吹扫)或外部光纤耦合天线。 这两种设置都可以用于通过准直或聚焦太赫兹波束进行透射和反射测量。 使用预装了T3DS软件包的笔记本电脑通过USB控制TDS10XX.
The following optional features are available:
SHR - Sample Holder for Reflection measurements
SHA - Sample Holder for Attenuated total reflection measurements
SHF - Sample Holder for Fiber coupled antennas
FSU - Fast Scan Unit with maximum scan rate of 100 Hz
IU - Imaging Unit for fiber coupled antennas
T2T - Theta-2-Theta angular scanning unit for fiber coupled antennas
2FCA - 2 additional Fiber Coupled Antennas
If you are familiar with the principles of THz time-domain spectrometers and have a fs laser you may choose a THz kit to build your own system. BATOP will provide you with the software, the signal generator, the data acquisition unit, the time delay stage and the THz antennas. We can also give you advice on the necessary parts to build the THz spectrometer yourself. The linear time delay stage and the data acquisition system are controlled using the T3DS software package that is included on a DVD or can be installed on a separate laptop.
We provide spectrometers for pulse lasers with 780 nm, 1060 nm and 1560 nm wavelength with the following parameters:
Pulse duration: ~ 100 fs
Repetition rate: 50 - 100 MHz
Average optical power: 30 mW (free space antennas), 40 mW (fiber coupled antennas)
Please note that the THz specifications strongly depend on the laser wavelength and the chosen antenna type.
Hence, please see the antenna data sheets for more information.
Electronic box, which contains pulse generator and lock-in detection.
THz antennas with collimating TPX lenses.
Delay stage with 650 ps time delay.
Spectrometer software package T3DS on a DVD, which enables the measurement of the THz pulse, calculates in-situ the THz spectrum, manages the data storage and can be used to determine sample parameters like complex refractive index.