spr analysis employing a biacore 3000 biosensor Search Results


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Fig. 5. Heterodyne beat of the dual-comb outputs recorded on a fast photodiode. Time traces undergo digital filtering using a 500 MHz <t>low-pass</t> <t>filter.</t> a) Single interferogram resulting from the beat of the two pulse trains. b) Zoomed-out view of the interferogram traces. c) Fast Fourier transform (FT) of a single interferogram, revealing the microwave spectrum generated by the beat of the two combs. d) FT of the interferogram traces resulting into the microwave comb. The inset provides a magnified view of the individual comb lines. e) Evolution of the first and second-order differences in the interferogram phase over the entire 200 ms recording time. Notably, the second-order difference of the phase remains bounded between ± π.
Ghz Low Pass Filter, supplied by Mini-Circuits, used in various techniques. Bioz Stars score: 95/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Fig. 5. Heterodyne beat of the dual-comb outputs recorded on a fast photodiode. Time traces undergo digital filtering using a 500 MHz <t>low-pass</t> <t>filter.</t> a) Single interferogram resulting from the beat of the two pulse trains. b) Zoomed-out view of the interferogram traces. c) Fast Fourier transform (FT) of a single interferogram, revealing the microwave spectrum generated by the beat of the two combs. d) FT of the interferogram traces resulting into the microwave comb. The inset provides a magnified view of the individual comb lines. e) Evolution of the first and second-order differences in the interferogram phase over the entire 200 ms recording time. Notably, the second-order difference of the phase remains bounded between ± π.
Quantachrome Chembet 3000, supplied by Quantachrome gmbh, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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METTLER TOLEDO thermogravimetric analyzer mettler ta 3000
Fig. 5. Heterodyne beat of the dual-comb outputs recorded on a fast photodiode. Time traces undergo digital filtering using a 500 MHz <t>low-pass</t> <t>filter.</t> a) Single interferogram resulting from the beat of the two pulse trains. b) Zoomed-out view of the interferogram traces. c) Fast Fourier transform (FT) of a single interferogram, revealing the microwave spectrum generated by the beat of the two combs. d) FT of the interferogram traces resulting into the microwave comb. The inset provides a magnified view of the individual comb lines. e) Evolution of the first and second-order differences in the interferogram phase over the entire 200 ms recording time. Notably, the second-order difference of the phase remains bounded between ± π.
Thermogravimetric Analyzer Mettler Ta 3000, supplied by METTLER TOLEDO, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Hitachi Ltd tm 3000 series desktop cryo sem apparatus
Fig. 5. Heterodyne beat of the dual-comb outputs recorded on a fast photodiode. Time traces undergo digital filtering using a 500 MHz <t>low-pass</t> <t>filter.</t> a) Single interferogram resulting from the beat of the two pulse trains. b) Zoomed-out view of the interferogram traces. c) Fast Fourier transform (FT) of a single interferogram, revealing the microwave spectrum generated by the beat of the two combs. d) FT of the interferogram traces resulting into the microwave comb. The inset provides a magnified view of the individual comb lines. e) Evolution of the first and second-order differences in the interferogram phase over the entire 200 ms recording time. Notably, the second-order difference of the phase remains bounded between ± π.
Tm 3000 Series Desktop Cryo Sem Apparatus, supplied by Hitachi Ltd, used in various techniques. Bioz Stars score: 99/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Malvern Panalytical zeta sizer 3000
Fig. 5. Heterodyne beat of the dual-comb outputs recorded on a fast photodiode. Time traces undergo digital filtering using a 500 MHz <t>low-pass</t> <t>filter.</t> a) Single interferogram resulting from the beat of the two pulse trains. b) Zoomed-out view of the interferogram traces. c) Fast Fourier transform (FT) of a single interferogram, revealing the microwave spectrum generated by the beat of the two combs. d) FT of the interferogram traces resulting into the microwave comb. The inset provides a magnified view of the individual comb lines. e) Evolution of the first and second-order differences in the interferogram phase over the entire 200 ms recording time. Notably, the second-order difference of the phase remains bounded between ± π.
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IPG Photonics fiber laser
Fig. 5. Heterodyne beat of the dual-comb outputs recorded on a fast photodiode. Time traces undergo digital filtering using a 500 MHz <t>low-pass</t> <t>filter.</t> a) Single interferogram resulting from the beat of the two pulse trains. b) Zoomed-out view of the interferogram traces. c) Fast Fourier transform (FT) of a single interferogram, revealing the microwave spectrum generated by the beat of the two combs. d) FT of the interferogram traces resulting into the microwave comb. The inset provides a magnified view of the individual comb lines. e) Evolution of the first and second-order differences in the interferogram phase over the entire 200 ms recording time. Notably, the second-order difference of the phase remains bounded between ± π.
Fiber Laser, supplied by IPG Photonics, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Dentsply Sirona rinn xcp beam guiding device
Fig. 5. Heterodyne beat of the dual-comb outputs recorded on a fast photodiode. Time traces undergo digital filtering using a 500 MHz <t>low-pass</t> <t>filter.</t> a) Single interferogram resulting from the beat of the two pulse trains. b) Zoomed-out view of the interferogram traces. c) Fast Fourier transform (FT) of a single interferogram, revealing the microwave spectrum generated by the beat of the two combs. d) FT of the interferogram traces resulting into the microwave comb. The inset provides a magnified view of the individual comb lines. e) Evolution of the first and second-order differences in the interferogram phase over the entire 200 ms recording time. Notably, the second-order difference of the phase remains bounded between ± π.
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Image Search Results


Fig. 5. Heterodyne beat of the dual-comb outputs recorded on a fast photodiode. Time traces undergo digital filtering using a 500 MHz low-pass filter. a) Single interferogram resulting from the beat of the two pulse trains. b) Zoomed-out view of the interferogram traces. c) Fast Fourier transform (FT) of a single interferogram, revealing the microwave spectrum generated by the beat of the two combs. d) FT of the interferogram traces resulting into the microwave comb. The inset provides a magnified view of the individual comb lines. e) Evolution of the first and second-order differences in the interferogram phase over the entire 200 ms recording time. Notably, the second-order difference of the phase remains bounded between ± π.

Journal: Optics Express

Article Title: Gigahertz semiconductor laser at a center wavelength of 2 µm in single and dual-comb operation

doi: 10.1364/oe.503035

Figure Lengend Snippet: Fig. 5. Heterodyne beat of the dual-comb outputs recorded on a fast photodiode. Time traces undergo digital filtering using a 500 MHz low-pass filter. a) Single interferogram resulting from the beat of the two pulse trains. b) Zoomed-out view of the interferogram traces. c) Fast Fourier transform (FT) of a single interferogram, revealing the microwave spectrum generated by the beat of the two combs. d) FT of the interferogram traces resulting into the microwave comb. The inset provides a magnified view of the individual comb lines. e) Evolution of the first and second-order differences in the interferogram phase over the entire 200 ms recording time. Notably, the second-order difference of the phase remains bounded between ± π.

Article Snippet: The heterodyne beat note is analyzed using the same fast photodiode connected to a Teledyne LeCroy WAVEPRO 254HD oscilloscope (5 GHz), employing a 2.85 GHz low pass filter (Mini Circuits VLF-2850+).

Techniques: Generated