Research Data for the Publication 'Unlimited-Range Absolute Distance Interferometry Outdoors via Tunable Synthetic and Pseudo-Supersynthetic Wavelengths: The TeleYAG-II Interferometer'

Pollinger, Florian; Meyer, Tobias; Pilarski, Frank; Yan, Hongdan; Sauthoff, Anni; Prellinger, Günther; Weinrich, Stephanie; Schmaljohann, Frank; Köchert, Paul

Titel:	Titel: Research Data for the Publication 'Unlimited-Range Absolute Distance Interferometry Outdoors via Tunable Synthetic and Pseudo-Supersynthetic Wavelengths: The TeleYAG-II Interferometer'
Autoren:	Autoren: Pollinger, Florian, Physikalisch-Technische Bundesanstalt (PTB), Fachbereich 5.4, Interferometrie an Maßverkörperungen, ORCID: 0000-0002-8494-4687 Meyer, Tobias, Physikalisch-Technische Bundesanstalt (PTB), Fachbereich 5.4, Interferometrie an Maßverkörperungen, ORCID: 0000-0002-7991-0837 Pilarski, Frank, Physikalisch-Technische Bundesanstalt (PTB), Fachbereich 5.5, Wissenschaftlicher Gerätebau, ORCID: 0009-0006-7669-6931 Yan, Hongdan, Physikalisch-Technische Bundesanstalt (PTB), Fachbereich 5.4, Interferometrie an Maßverkörperungen, ORCID: 0000-0002-3529-5596 Sauthoff, Anni, Physikalisch-Technische Bundesanstalt (PTB), Fachbereich 5.4, Interferometrie an Maßverkörperungen, ORCID: 0000-0002-5954-9677 Alle Autoren anzeigen (9)
Beitragende:	Beitragende: HostingInstitution: Physikalisch-Technische Bundesanstalt (PTB), ISNI: 0000 0001 2186 1887
Sprachen:	Sprachen: Englisch
DOI:	DOI: 10.7795/720.20261014
Art der Ressource:	Art der Ressource: PTB: Messdaten, DINI: ResearchData, DataCite: Dataset
Verlag:	Verlag: Physikalisch-Technische Bundesanstalt (PTB)
Erscheinungsjahr:	Erscheinungsjahr: 2026
Rechte:	Rechte: https://creativecommons.org/licenses/by/4.0/ Creative Commons Attribution 4.0 International (CC BY 4.0)
Datumsangaben:	Datumsangaben: Verfügbar: 2026-10-14
Klassifikationen:	Klassifikationen: INSPEC A0620 Metrology ; INSPEC A0760L Optical interferometry ; INSPEC A4280P Optical rangefinders
Datei:	Datei: Datei herunterladen (application/x-zip-compressed) 902.3 MB MD5 Prüfsumme: 857d678d2e1e12c12ca455faffa2927a SHA256 Prüfsumme: c35b2dae3c082fbf05e1480264611b6051b4a9872cfedd5ddd428b294829c0e1
Stichwörter:	Stichwörter: absolute distance interferometry ; tunable synthetic wavelength interferometry ; pseudo-supersynthetic wavelength interferometry ; multi-wavelength interferometry ; heterodyne interferometry ; length metrology ; surveying ; JRP GeoMetre ; JRP DynaMITE
Zusammenfassung:	Zusammenfassung: We present the data shown in figures 3, 4, and 5 of our publication 'Unlimited-Range Absolute Distance Interferometry Outdoors via Tunable Synthetic and Pseudo-Supersynthetic'. In addition, we present the complete raw data of this study: IQ raw data of the two optical heterodyne interferometers at 532 nm of the TeleYAG interferometer for the individual measurements and the corresponding observation data of the weather station used in the experiments.
Inhaltsverzeichnis:	Inhaltsverzeichnis: description of the individual files: - block: "figure_data/Fig_3_Raw_Data_Allan_Deviation.dat" research object: "Data of Figure 3, Raw synthetic wavelength obervation data for l1 ~ 28 m and l2 ~ 224 m taken at day (d) and nighttime (n): deviation from mean values and overlapping Allan deviations." method: "Synthetic wavelength interferometry and overlapping Allan deviation analysis" format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: x_28_m_d, Delta_l_28_m_d / m, Allan_tau_28_m_d / s, OADEV_28_m_d / m, x_224_m_n, Delta_l_224_m_n / m, Allan_tau_224_m_n / s, OADEV_224_m_n / m, x_224_m_d, Delta_l_224_m_d / m, Allan_tau_224_m_d / s, OADEV_224_m_d / m - block: "figure_data/Fig_4a_TSWL.dat" research object: "Data of Figure 4a, unwrapped unaveraged raw synthetic tunable synthetic wavelength (TSWL) phase data, of Figure 4a_i, resulting synthetic wavelengths, and of Figure 4a_ii, frequency steps for the TSWL experiment" method: "Tunable synthetic wavelength interferometry (TSWL) realised by a synthetic wavelength generator based on an optical phase-locked loop (OPLL)." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: t / s, Phi_Syn_VIS_l1 / rad, t / s, Phi_Syn_VIS_l2 / rad, Delta_f / GHz, Lambda / m, plateau_i, Delta f_i / GHz - block: "figure_data/Fig_4bc_Unwrapping.dat" research object: "Data of Figure 4b, standard deviations, and of Figure 4c, length unwrapping" method: "Tunable synthetic wavelength interferometry (TSWL) realised by a synthetic wavelength generator based on an optical phase-locked loop (OPLL)." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: Delta_f / GHz, sigma_secure_unwrapping_limit / m, Delta_f / GHz, sigma_raw_data_l2 / m, Delta_f / GHz, sigma_raw_l1 / m, Delta_f / GHz, sigma_bin_averaged_l2 / m, Delta_f / GHz, sigma_bin_averaged_l1 / m, Delta_f / GHz, Delta_l2, Delta_f / GHz, Delta_l1 / m - block: "figure_data/Fig_5_Final_Result_Compilation.dat" research object: "Data of Figure 5a, compiled final campaign results, and of Figure 5b, reference mirror drifts" method: "Tunable and fixed synthetic wavelength interferometry with the TeleYAG-II interferometer" format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: measurement number, date, time, measurement, distance, l_ref, Delta_l_ref_l_ref, U_exp(l_ref), l_TeleYAG-II_uncorrected, Delta_l_drift, \|Delta_l_drift\|, Delta_l_ref_l_TeleYAG-II, U_exp(l_TeleYAG-II) - block: "raw_data/IQ_220914_WUT_03-00_m1.dat" research object: "VIS IQ raw data taken with the TeleYAG-II interferometer." method: "Heterodyne interferometry with two Nd:YAG lasers (VIS) with constant frequency difference; IQ detection by FPGA-based phase meter." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: Q_VIS_1, I_VIS_1, Q_VIS_2, I_VIS_2 - block: "raw_data/IQ_220914_WUT_03-00_m1_env.dat" research object: "Weather station data for the phase data for the baseline measurement 220914_WUT_03-00_m1 (without the two reference mirror measurements)." method: "Network of distributed calibrated sensors for ambient conditions read out every 10 s." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: t / s, p / hPa, RH / %RH, T1 / °C, T2 / °C, T3 / °C, T4 / °C, T5 / °C, T6 / °C, T7 / °C - block: "raw_data/IQ_220914_WUT_03-00_m2.dat" research object: "VIS IQ raw data taken with the TeleYAG-II interferometer." method: "Heterodyne interferometry with two Nd:YAG lasers (VIS) with constant frequency difference; IQ detection by FPGA-based phase meter." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: Q_VIS_1, I_VIS_1, Q_VIS_2, I_VIS_2 - block: "raw_data/IQ_220914_WUT_03-00_m2_env.dat" research object: "Weather station data for the phase data for the baseline measurement 220914_WUT_03-00_m2 (without the two reference mirror measurements)." method: "Network of distributed calibrated sensors for ambient conditions read out every 10 s." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: t / s, p / hPa, RH / %RH, T1 / °C, T2 / °C, T3 / °C, T4 / °C, T5 / °C, T6 / °C, T7 / °C - block: "raw_data/IQ_220914_WUT_03-00_sweeping_5.dat" research object: "VIS IQ raw data taken with the TeleYAG-II interferometer." method: "Heterodyne interferometry with two Nd:YAG lasers (VIS) with varying frequency difference; IQ detection by FPGA-based phase meter." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: Q_VIS_1, I_VIS_1, Q_VIS_2, I_VIS_2 - block: "raw_data/IQ_220914_WUT_03-00_sweeping_5_env.dat" research object: "Weather station data for the phase data for the tunable synthetic wavelength measurement 220914_WUT_03-00_sweeping_5." method: "Network of distributed calibrated sensors for ambient conditions read out every 10 s." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: t / s, p / hPa, RH / %RH, T1 / °C, T2 / °C, T3 / °C, T4 / °C, T5 / °C, T6 / °C, T7 / °C - block: "raw_data/IQ_220914_WUT_03-07_m1.dat" research object: "VIS IQ raw data taken with the TeleYAG-II interferometer." method: "Heterodyne interferometry with two Nd:YAG lasers (VIS) with constant frequency difference; IQ detection by FPGA-based phase meter." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: Q_VIS_1, I_VIS_1, Q_VIS_2, I_VIS_2 - block: "raw_data/IQ_220914_WUT_03-07_m1_env.dat" research object: "Weather station data for the phase data for the baseline measurement 220914_WUT_03-07_m1 (without the two reference mirror measurements)." method: "Network of distributed calibrated sensors for ambient conditions read out every 10 s." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: t / s, p / hPa, RH / %RH, T1 / °C, T2 / °C, T3 / °C, T4 / °C, T5 / °C, T6 / °C, T7 / °C - block: "raw_data/IQ_220914_WUT_03-07_m2.dat" research object: "VIS IQ raw data taken with the TeleYAG-II interferometer." method: "Heterodyne interferometry with two Nd:YAG lasers (VIS) with constant frequency difference; IQ detection by FPGA-based phase meter." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: Q_VIS_1, I_VIS_1, Q_VIS_2, I_VIS_2 - block: "raw_data/IQ_220914_WUT_03-07_m2_env.dat" research object: "Weather station data for the phase data for the baseline measurement 220914_WUT_03-07_m2 (without the two reference mirror measurements)." method: "Network of distributed calibrated sensors for ambient conditions read out every 10 s." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: t / s, p / hPa, RH / %RH, T1 / °C, T2 / °C, T3 / °C, T4 / °C, T5 / °C, T6 / °C, T7 / °C - block: "raw_data/IQ_220914_WUT_03-07_m3.dat" research object: "VIS IQ raw data taken with the TeleYAG-II interferometer." method: "Heterodyne interferometry with two Nd:YAG lasers (VIS) with constant frequency difference; IQ detection by FPGA-based phase meter." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: Q_VIS_1, I_VIS_1, Q_VIS_2, I_VIS_2 - block: "raw_data/IQ_220914_WUT_03-07_m3_env.dat" research object: "Weather station data for the phase data for the baseline measurement 220914_WUT_03-07_m3 (without the two reference mirror measurements)." method: "Network of distributed calibrated sensors for ambient conditions read out every 10 s." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: t / s, p / hPa, RH / %RH, T1 / °C, T2 / °C, T3 / °C, T4 / °C, T5 / °C, T6 / °C, T7 / °C - block: "raw_data/IQ_220914_WUT_03-07_m4.dat" research object: "VIS IQ raw data taken with the TeleYAG-II interferometer." method: "Heterodyne interferometry with two Nd:YAG lasers (VIS) with constant frequency difference; IQ detection by FPGA-based phase meter." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: Q_VIS_1, I_VIS_1, Q_VIS_2, I_VIS_2 - block: "raw_data/IQ_220914_WUT_03-07_m4_env.dat" research object: "Weather station data for the phase data for the baseline measurement 220914_WUT_03-07_m4 (without the two reference mirror measurements)." method: "Network of distributed calibrated sensors for ambient conditions read out every 10 s." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: t / s, p / hPa, RH / %RH, T1 / °C, T2 / °C, T3 / °C, T4 / °C, T5 / °C, T6 / °C, T7 / °C - block: "raw_data/IQ_220914_WUT_03-07_m5.dat" research object: "VIS IQ raw data taken with the TeleYAG-II interferometer." method: "Heterodyne interferometry with two Nd:YAG lasers (VIS) with constant frequency difference; IQ detection by FPGA-based phase meter." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: Q_VIS_1, I_VIS_1, Q_VIS_2, I_VIS_2 - block: "raw_data/IQ_220914_WUT_03-07_m5_env.dat" research object: "Weather station data for the phase data for the baseline measurement 220914_WUT_03-07_m5 (without the two reference mirror measurements)." method: "Network of distributed calibrated sensors for ambient conditions read out every 10 s." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: t / s, p / hPa, RH / %RH, T1 / °C, T2 / °C, T3 / °C, T4 / °C, T5 / °C, T6 / °C, T7 / °C - block: "raw_data/IQ_220914_WUT_03-07_m6.dat" research object: "VIS IQ raw data taken with the TeleYAG-II interferometer." method: "Heterodyne interferometry with two Nd:YAG lasers (VIS) with constant frequency difference; IQ detection by FPGA-based phase meter." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: Q_VIS_1, I_VIS_1, Q_VIS_2, I_VIS_2 - block: "raw_data/IQ_220914_WUT_03-07_m6_env.dat" research object: "Weather station data for the phase data for the baseline measurement 220914_WUT_03-07_m6 (without the two reference mirror measurements)." method: "Network of distributed calibrated sensors for ambient conditions read out every 10 s." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: t / s, p / hPa, RH / %RH, T1 / °C, T2 / °C, T3 / °C, T4 / °C, T5 / °C, T6 / °C, T7 / °C - block: "raw_data/IQ_220914_WUT_03-07_m7.dat" research object: "VIS IQ raw data taken with the TeleYAG-II interferometer." method: "Heterodyne interferometry with two Nd:YAG lasers (VIS) with constant frequency difference; IQ detection by FPGA-based phase meter." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: Q_VIS_1, I_VIS_1, Q_VIS_2, I_VIS_2 - block: "raw_data/IQ_220914_WUT_03-07_m7_env.dat" research object: "Weather station data for the phase data for the baseline measurement 220914_WUT_03-07_m7 (without the two reference mirror measurements)." method: "Network of distributed calibrated sensors for ambient conditions read out every 10 s." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: t / s, p / hPa, RH / %RH, T1 / °C, T2 / °C, T3 / °C, T4 / °C, T5 / °C, T6 / °C, T7 / °C - block: "raw_data/IQ_220914_WUT_03-07_m8.dat" research object: "VIS IQ raw data taken with the TeleYAG-II interferometer." method: "Heterodyne interferometry with two Nd:YAG lasers (VIS) with constant frequency difference; IQ detection by FPGA-based phase meter." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: Q_VIS_1, I_VIS_1, Q_VIS_2, I_VIS_2 - block: "raw_data/IQ_220914_WUT_03-07_m8_env.dat" research object: "Weather station data for the phase data for the baseline measurement 220914_WUT_03-07_m8 (without the two reference mirror measurements)." method: "Network of distributed calibrated sensors for ambient conditions read out every 10 s." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: t / s, p / hPa, RH / %RH, T1 / °C, T2 / °C, T3 / °C, T4 / °C, T5 / °C, T6 / °C, T7 / °C - block: "raw_data/IQ_220914_WUT_03-07_m9.dat" research object: "VIS IQ raw data taken with the TeleYAG-II interferometer." method: "Heterodyne interferometry with two Nd:YAG lasers (VIS) with constant frequency difference; IQ detection by FPGA-based phase meter." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: Q_VIS_1, I_VIS_1, Q_VIS_2, I_VIS_2 - block: "raw_data/IQ_220914_WUT_03-07_m9_env.dat" research object: "Weather station data for the phase data for the baseline measurement 220914_WUT_03-07_m9 (without the two reference mirror measurements)." method: "Network of distributed calibrated sensors for ambient conditions read out every 10 s." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: t / s, p / hPa, RH / %RH, T1 / °C, T2 / °C, T3 / °C, T4 / °C, T5 / °C, T6 / °C, T7 / °C - block: "raw_data/IQ_220914_WUT_03-07_sweeping_5.dat" research object: "VIS IQ raw data taken with the TeleYAG-II interferometer." method: "Heterodyne interferometry with two Nd:YAG lasers (VIS) with varying frequency difference; IQ detection by FPGA-based phase meter." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: Q_VIS_1, I_VIS_1, Q_VIS_2, I_VIS_2 - block: "raw_data/IQ_220914_WUT_03-07_sweeping_5_env.dat" research object: "Weather station data for the phase data for the tunable synthetic wavelength measurement 220914_WUT_03-07_sweeping_5." method: "Network of distributed calibrated sensors for ambient conditions read out every 10 s." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: t / s, p / hPa, RH / %RH, T1 / °C, T2 / °C, T3 / °C, T4 / °C, T5 / °C, T6 / °C, T7 / °C - block: "raw_data/IQ_220915_WUT_03-07_m1.dat" research object: "VIS IQ raw data taken with the TeleYAG-II interferometer." method: "Heterodyne interferometry with two Nd:YAG lasers (VIS) with constant frequency difference; IQ detection by FPGA-based phase meter." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: Q_VIS_1, I_VIS_1, Q_VIS_2, I_VIS_2 - block: "raw_data/IQ_220915_WUT_03-07_m1_env.dat" research object: "Weather station data for the phase data for the baseline measurement 220915_WUT_03-07_m1 (without the two reference mirror measurements)." method: "Network of distributed calibrated sensors for ambient conditions read out every 10 s." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: t / s, p / hPa, RH / %RH, T1 / °C, T2 / °C, T3 / °C, T4 / °C, T5 / °C, T6 / °C, T7 / °C - block: "raw_data/IQ_220915_WUT_03-07_m2.dat" research object: "VIS IQ raw data taken with the TeleYAG-II interferometer." method: "Heterodyne interferometry with two Nd:YAG lasers (VIS) with constant frequency difference; IQ detection by FPGA-based phase meter." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: Q_VIS_1, I_VIS_1, Q_VIS_2, I_VIS_2 - block: "raw_data/IQ_220915_WUT_03-07_m2_env.dat" research object: "Weather station data for the phase data for the baseline measurement 220915_WUT_03-07_m2 (without the two reference mirror measurements)." method: "Network of distributed calibrated sensors for ambient conditions read out every 10 s." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: t / s, p / hPa, RH / %RH, T1 / °C, T2 / °C, T3 / °C, T4 / °C, T5 / °C, T6 / °C, T7 / °C - block: "raw_data/IQ_220915_WUT_03-07_sweeping_1.dat" research object: "VIS IQ raw data taken with the TeleYAG-II interferometer." method: "Heterodyne interferometry with two Nd:YAG lasers (VIS) with varying frequency difference; IQ detection by FPGA-based phase meter." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: Q_VIS_1, I_VIS_1, Q_VIS_2, I_VIS_2 - block: "raw_data/IQ_220915_WUT_03-07_sweeping_1_env.dat" research object: "Weather station data for the phase data for the tunable synthetic wavelength measurement 220915_WUT_03-07_sweeping_1." method: "Network of distributed calibrated sensors for ambient conditions read out every 10 s." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: t / s, p / hPa, RH / %RH, T1 / °C, T2 / °C, T3 / °C, T4 / °C, T5 / °C, T6 / °C, T7 / °C - block: "raw_data/IQ_220915_WUT_03-07_sweeping_2.dat" research object: "VIS IQ raw data taken with the TeleYAG-II interferometer." method: "Heterodyne interferometry with two Nd:YAG lasers (VIS) with varying frequency difference; IQ detection by FPGA-based phase meter." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: Q_VIS_1, I_VIS_1, Q_VIS_2, I_VIS_2 - block: "raw_data/IQ_220915_WUT_03-07_sweeping_2_env.dat" research object: "Weather station data for the phase data for the tunable synthetic wavelength measurement 220915_WUT_03-07_sweeping_2." method: "Network of distributed calibrated sensors for ambient conditions read out every 10 s." format: csv (tab-separated) recommended software: Text editor, Origin, etc. parameters: t / s, p / hPa, RH / %RH, T1 / °C, T2 / °C, T3 / °C, T4 / °C, T5 / °C, T6 / °C, T7 / °C
Förderung:	Förderung: Förderer: European Union (EU), ROR: 019w4f821 Förderprogramm: European Metrology Programme for Innovation and Research (EMPIR) Projekt: 18SIB01 GeoMetre, Large-scale dimensional measurements for geodesy This project 18SIB01 GeoMetre has received funding from the EMPIR programme co-financed by the Participating States and from the European Union's Horizon 2020 research and innovation programme. Förderer: European Union (EU), ROR: 019w4f821 Förderprogramm: European Metrology Programme for Innovation and Research (EMPIR) Projekt: 20IND02 DynaMITE, Dynamic applications of large volume metrology in industry of tomorrow environments This project 20IND02 has received funding from the EMPIR programme co-financed by the Participating States and from the European Union's Horizon 2020 research and innovation programme Förderer: Bundesministerium für Wirtschaft und Energie, ROR: 02vgg2808 Förderprogramm: TransMeT Projekt: 2024-I-03 , Entwicklung eines hoch-dynamischen Absolutinterferometers für die Geometrieprüfung in der Metallindustrie Florian Pollinger, Hongdan Yan, and Paul Köchert acknowledge partial funding by the Bundesministerium für Wirtschaft und Energie (TransMeT 2024-I-03).

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Pollinger, F., Meyer, T., Pilarski, F., Yan, H., Sauthoff, A., Prellinger, G., Weinrich, S., Schmaljohann, F., & Köchert, P. (2026). Research Data for the Publication 'Unlimited-Range Absolute Distance Interferometry Outdoors via Tunable Synthetic and Pseudo-Supersynthetic Wavelengths: The TeleYAG-II Interferometer' [Data set]. Physikalisch-Technische Bundesanstalt (PTB). https://doi.org/10.7795/720.20261014

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