TeraCascade 100 Terahertz Laser Source
TeraCascade 100 Terahertz Laser Source
Terahertz laser sources based on state-of-the-art quantum cascade laser technology
Product Specification
| Specification | TC1000 |
| Optical Data | |
| frequency segment | From 2 to 5 THz |
| wavelength | From 150 to 60 μm |
| Average Output Power | > 0.1mW |
| Spectrum | Single-mode or multi-mode emission |
| Output beam | Silicon HRFZ Lens |
| beam shape | 20° FWHM |
Description
I. Overview
- 2 ~ 5 THz
- Quasi-Continuous Mode Work (QCW)
- Single or Multimode
- 100 μW (QCW)
- Liquid Nitrogen Cooling
- Compact ≈ 2.5kg
Product Features
Humanized Design
Lightweight design
Compact sizeThe volume is equivalent to a 1L bottle.
lightweightThe weight is about 2.5 Kg.
Flexibility of use
TC100 series requires only 1 TC driver
Magnets on the bottom of the unit allow for easy configuration of the connection on the optical bench.
TeraCascade 100: A cost-effective solution for the TC Series
Modularized system.
You can choose to use one or more modules and adjust the frequency of the laser chip according to your needs.The TC driver can be used alone.
High-quality output beams.
The beam quality of the laser source is very important, especially for imaging applications, and the TeraCascade laser conforms to a quasi-Gaussian beam profile with a low beam dispersion angle to optimize imaging results.
The most advanced technology is available to everyone.
At Lytid, our goal is to make terahertz technology accessible to everyone. That's why we designed the TeraCascade laser with an automatic start-up and shut-down procedure and easy access to all operating parameters on a touch screen.
Application Areas
- Power calibration in the terahertz range: Due to the stability of the QCL technology, the TC100 allows you to calibrate the sensor in the high frequency spectrum in the terahertz range.
- High Definition Grid-Scan Imaging: Thanks to the high frequency and power provided by QCL technology, the TC100 allows you to perform ultra-high resolution terahertz imaging with a Grid-Scan system.
- Detector Characteristics: Due to the stability of the QCL technology, the TC100 allows you to characterize your sensor in the high frequency spectrum in the terahertz range.
IV. Downloading documents
