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mini-Z THz Time Domain Spectrometers
The most compact, fully integrated THz Time Domain Spectrometer, weighing in at less than 5 lbs with true turn-key operation. Produces and measures pulsed terahertz waves from 0.1 to 4.0 THz using time domain spectroscopy techniques in both transmission and reflection geometries with a waveform measurement of up to 500 Hz. Flexible enough for laboratory use and prototyping THz applications, but also designed to be integrated into larger systems requiring THz capabilities.
mini-Z Product Brochure (PDF - 3.4MB) (Updated 1/29/13)
>>mini-Z Identification Video (Windows Media) (Updated 10/28/09)
>>mini-Z: On In 60 Seconds Video (Quicktime) (Updated 11/20/08)
>>mini-Z Sorting Video (Quicktime) (Updated 9/12/08)
FiCO THz Time Domain System
Fiber-coupled THz emitter and receiver modules unlock the maximum flexibility of measurement geometries, and is ideal for both stand-alone use or OEM integration. The system supports waveform acquisition rates up to 500 Hz, enabling high-speed point-measurement and imaging applications. An optional imaging stage can be fully integrated in hardware and software to provide turnkey image acquisition in transmission, reflection and pitch-catch geometries.
FiCO Product Brochure (PDF - 2.2MB) (Updated 1/29/13)
>> FiCO Product Demo - Imaging (Updated 9/17/12)
Z-Series THz Time Domain Spectrometers
Produces and measures pulsed terahertz waves from 0.1 to 3.5 THz using time domain spectroscopy techniques in both transmission and reflection geometries with a spectral resolution of 5 GHz. Flexible enough for laboratory use and prototyping THz applications, with easily extendable software provided through Labview.
Z-3 Product Brochure (PDF - 13.7MB) (Updated 1/29/13)
Zomega Air Photonics (ZAP) THz TDS
ZAP is a Terahertz Time Domain Spectrometer which uses air-plasma to generate and detect ultra-broadband terahertz from 0.3 - 20 THz. Coherent detection over the entire THz spectrum and into the far-infrared, with electric fields in excess of 100 kV/cm unlocks a new field of non-linear THz spectroscopy, for the first time available in a commercial package. The system works with many amplified laser systems provided by Coherent and Spectraphysics, and can be bundled with an optimized laser on request.
ZAP Product Brochure (PDF - 23.6MB) (Updated 1/29/13)
micro-Z Handheld THz TDS
The micro-Z is a compact, handheld, battery-powered Terahertz Time Domain spectrometer which has the the total freedom of operation previously unattainable with stationary instruments. Featuring an easy-to-navigate interface, the device can be targeted for a variety of on-site inspection tasks using THz waves, including real-time chemical identification.
!! FINALIST for the Prism Awards 2011 in the Defense and Security category !!
micro-Z Product Brochure (PDF - 425KB) (Updated 1/29/13)
>>micro-Z Demonstration Video (MPEG4 - 8 MB) (Updated 4/30/11)
This ABL-100 Autobalance Detector provides an integrated balanced detection system for electro-optical (EO) detection of THz. The auto-balancing feature provides automatic tuning for hands-free, stable detection under slowly varying environmental conditions which can shift the probe beam balance through the EO crystal.
ZAP-BDP THz ABCD Detector Module
Terahertz Air Biased Coherent Detection (THz-ABCD) is a radical new technique that uses air-plasma to detect ultra-broadband THz radiation from high E-field sources, including air-plasma and tilted-wavefront emitters. The product includes both the detector module and the HVM5KV used to bias the detector plasma.
ZAP-APD Brochure (PDF - 11.4MB)
High Voltage Modulators
From photoconductive antennas to Air-Biased-Coherent-Detection (THz ABCD), we make high voltage modulators specifically designed for THz generation and detection.
Photoconductive Antennas & Mounts
Wide aperature photoconductive antennas built on either SI GaAs or LT-GaAs substrate are available with gaps from 50µm to 200µm spacings. The mount is designed to allow quick removal and installation of the antenna, facilitating optical alignment of THz system elements beyond the antenna using the pump beam.
Photoconductive Antenna Brochure (PDF - 10.8MB)
Last Updated ( 30 April 2013 )