27-Fs. 166-Mw Pulses at 98 W Average Power from Highly Efficient Thin-Disk Oscillator Driven Nonlinear Compressor

Chia-Lun Tsai; Frank Meyer; Alan Omar; Yicheng Wang; An-Yuan Liang; Chih-Hsuan Lu; Shang-Da Yang; Clara J. Saraceno

doi:10.23919/CLEO.2019.8750617

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Conference paper

27-Fs. 166-Mw Pulses at 98 W Average Power from Highly Efficient Thin-Disk Oscillator Driven Nonlinear Compressor

Chia-Lun Tsai, Frank Meyer, Alan Omar, Yicheng Wang, An-Yuan Liang, Chih-Hsuan Lu, Shang-Da Yang and Clara J. Saraceno

2019 Conference on Lasers and Electro-Optics, CLEO 2019 - Proceedings, 8750617

05/2019

DOI: https://doi.org/10.23919/CLEO.2019.8750617

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We demonstrate efficient nonlinear compression of a high-power thin-disk oscillator based on a two-stage (multi-pass-cell and multiple-plate)compression setup. We achieve 98W average power with 27fs pulses at 13.4MHz, resulting in 166MW peak power.

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Title: 27-Fs. 166-Mw Pulses at 98 W Average Power from Highly Efficient Thin-Disk Oscillator Driven Nonlinear Compressor
Translated title: 27-Fs. 166-Mw Pulses at 98 W Average Power from Highly Efficient Thin-Disk Oscillator Driven Nonlinear Compressor
Creators - without role: Chia-Lun Tsai - National Tsing Hua University , Institute of Photonics Technologies
Frank Meyer - Ruhr University Bochum
Alan Omar - Ruhr University Bochum
Yicheng Wang - Ruhr University Bochum
An-Yuan Liang - National Tsing Hua University , Institute of Photonics Technologies
Chih-Hsuan Lu - National Tsing Hua University , Institute of Photonics Technologies
Shang-Da Yang - National Tsing Hua University , Institute of Photonics Technologies
Clara J. Saraceno - Ruhr University Bochum
Publication Details: 2019 Conference on Lasers and Electro-Optics, CLEO 2019 - Proceedings, 8750617
Identifiers: 9781943580576; 9957767613806774
Academic Unit: Institute of Photonics Technologies, College of Electrical Engineering and Computer Science, National Tsing Hua University
Language: English
Resource Type: Conference paper

27-Fs. 166-Mw Pulses at 98 W Average Power from Highly Efficient Thin-Disk Oscillator Driven Nonlinear Compressor

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