Speakers
Description
Many currently operating and future FELs can generate broadband radiation at MHz repetition rate, requiring a fast diagnostic tool(response time at least on a single-digit ns scale),ultra-broadband, & robustness. We develop ultrafast-operating THz detectors based on Schottky-diodes, and field-effect transistors (FET)**operating at room temperature.
We present four critical features of our newly developed detectors:(1) frequency coverage: ultra-broadband single-pixel THz detectors (based on both technologies) covering 0.05 to 54.8 THz, which essentially covers full operational spectral range of the ELBE facility in Dresden-Rossendorf, Germany,(2) ultra-wide band IF bandwidth up to ~50 GHz: this enables single shot detection of ps-scale THz pulses with response time in ps range (overcome the pile up issue faced by its counterparts),(3) bunch compression monitoring capability from single-digit pC to ~220 pC: this is essential for precise machine settings for desired beam parameter output, and(4) Radiation hardness examination of the developed detectors for their smooth operation at accelerator facilities. These detectors can be implemented at other accelerators and FEL facilities.
Funding Agency
The German Federal Ministry of Education and Research (BMBF) supports the work under contract no. 05K22RO1 (at THM, Friedberg) and 05K22RD1 (at TU Darmstadt).
Footnotes
[] R. Yadav, F. Ludwig, F. R. Faridi, et al., Sensors 23, 3469 (2023).
[] R. Yadav, J.M. Klopf, M. Kuntzsch, et al., IBIC'23, Saskatoon, Canada, Sep. 2023.
[**] R. Yadav, F. Ludwig, F. R. Faridi, et al., Opt. Express 32, 43407 (2024).
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