In recent years, terahertz systems have made significant progress both with respect to their technical specifications and to their flexibility and ease-of-use for “real-world” applications. One particularly successful approach employs optoelectronic terahertz generation, where semiconductor-based antennas convert the output of near-infrared laser light to terahertz radiation. In this webinar, we provide an overview of optoelectronic terahertz techniques including highly precise systems for frequency-domain measurements, broadband systems for time-domain applications, as well as rapid screening systems for non-destructive testing. For each scenario, representative practical applications will be presented. The presentation will conclude with a demo of terahertz imaging.
What You Will Learn:
- Generation and detection of pulsed and continuous-wave terahertz radiation
- Differences between both approaches – “which should be used, and where”
- Existing and forthcoming industrial applications of terahertz instrumentation