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Near Field Sensors Are Here!
The new generation of high-performance microprobes for the photo-conductive detection of electric fields in the THz frequency range.
Custom Build Your Time-Domain Setup
TeTechS' terahertz measurement kit is used by researchers to custom build their terahertz time-domain measurement setups. Complete with the highest quality components such as a Topical femto-second laser and TeTechS' photo-conductive antennas, the kit allows for optimal realization of transmission and reflection measurement configurations. This selection of components has been extensively tested and designed to save researchers time and money while also providing them with the flexibility to choose the right set of components to fit their specific measurement needs.
1. Femto-second laser 2. Transmitter 3. THz Focus for transmission measurement 4. THz focus for reflection measurement 5. THz Si-beam splitter 6. Linear motorized stage 7. Receiver antenna
The kit comes complete with two TeTechS T-Era photo-conductive antennas, enabling researchers to achieve new levels of low noise performance among terahertz sources and detectors. This allows for superior system dynamic range and discrimination.
TeTechS' T-Era series terahertz photo-conductive antennas are used to generate and detect electromagnetic waves at the terahertz frequencies for imaging, spectroscopy and sensing applications. T-Era chips are made on ultra-fast and highly resistive low-temperature grown GaAs semiconductors. They're packaged inside patented enclosure designs. This makes the chips superior in performance and easy to use. TeTechS' T-Era photo-conductive antennas achieve new levels of low noise performance among terahertz sources and detectors. This allows for superior system dynamic range and discrimination. T-Era series terahertz photo-conductive antennas allow researchers and technologists to build their own terahertz spectroscopy and imaging measurement setups with superior performance. This opens the door for revisiting scientific and technological problems under the light of terahertz waves.
