The Experts below are selected from a list of 168 Experts worldwide ranked by ideXlab platform
Agnes Flöel - One of the best experts on this subject based on the ideXlab platform.
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Example window—found CSP onset and offset of a single trial are depicted.
2016Co-Authors: Skadi Wilke, Dennis Groenveld, Ulrike Grittner, Jonathan List, Agnes FlöelAbstract:mV = Millivolt, ms = milliseconds.
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Windowed signal of a single trial.
2016Co-Authors: Skadi Wilke, Dennis Groenveld, Ulrike Grittner, Jonathan List, Agnes FlöelAbstract:Black: 25 ms past TMS artifact, Red: MEP minimum, Green: CSP onset. mV = Millivolt, ms = milliseconds.
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cSPider – Evaluation of a Free and Open-Source Automated Tool to Analyze Corticomotor Silent Period - Fig 2
2016Co-Authors: Skadi Wilke, Dennis Groenveld, Ulrike Grittner, Jonathan List, Agnes FlöelAbstract:A) Windowed signal for choosing template of a single trial (with estimated MEP onset and offset template). B) Spectrogram for choosing template of a single trial. PDS = power spectral density, mV = Millivolt, ms = milliseconds.
M. Lanzillotti - One of the best experts on this subject based on the ideXlab platform.
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Methods for precision measurement of ac voltages in the Millivolt ranges
Measurement, 2008Co-Authors: Umberto Pogliano, G.c. Bosco, M. LanzillottiAbstract:Abstract The paper describes the systems, the standards and the procedures developed for the precise measurement of ac voltages in the Millivolt ranges. Two different methods based, respectively, on resistive dividers and wideband transformers have been developed and are applied for the measurements of ac–dc transfer differences and ac voltages down to 1 mV.
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Calibration of a Wideband Transformer for Measurement in the Millivolt Range by Means of AC–AC Transfer
IEEE Transactions on Instrumentation and Measurement, 2007Co-Authors: Umberto Pogliano, G.c. Bosco, M. LanzillottiAbstract:This paper describes the development and calibration of a wideband transformer for precise measurements of ac voltage in the Millivolt range. The output/input ratio and the sensitivity to load of the transformer are calibrated by means of ac-dc transfer standards for frequencies up to 1 MHz
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Compensation of a Wide-band Transformer for Generation of Calibrate ac Voltages in the Millivolt Range
2007 IEEE Instrumentation & Measurement Technology Conference IMTC 2007, 2007Co-Authors: Umberto Pogliano, C.g. Bosco, M. LanzillottiAbstract:The paper describes some load compensation circuits for a wide-band transformer employed in precise measurements of ac voltages in the Millivolt ranges, for frequencies up to 1 MHz. By means of these circuits the load sensitivity of the transformer is reduced, so allowing the generation of precise ac voltages.
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PRECISION MEASUREMENT OF AC VOLTAGES IN THE Millivolt RANGES
2003Co-Authors: Umberto Pogliano, G.c. Bosco, M. LanzillottiAbstract:The paper describes the systems, the standards and the procedures developed at IEN for the precise measurement of ac voltages in the Millivolt ranges. Two different methods based on resistive dividers and wideband transformers have been developed and are applied for the measurements of respectively the ac-dc transfer difference and the ac voltages down to 1 mV.
Skadi Wilke - One of the best experts on this subject based on the ideXlab platform.
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Example window—found CSP onset and offset of a single trial are depicted.
2016Co-Authors: Skadi Wilke, Dennis Groenveld, Ulrike Grittner, Jonathan List, Agnes FlöelAbstract:mV = Millivolt, ms = milliseconds.
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Windowed signal of a single trial.
2016Co-Authors: Skadi Wilke, Dennis Groenveld, Ulrike Grittner, Jonathan List, Agnes FlöelAbstract:Black: 25 ms past TMS artifact, Red: MEP minimum, Green: CSP onset. mV = Millivolt, ms = milliseconds.
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cSPider – Evaluation of a Free and Open-Source Automated Tool to Analyze Corticomotor Silent Period - Fig 2
2016Co-Authors: Skadi Wilke, Dennis Groenveld, Ulrike Grittner, Jonathan List, Agnes FlöelAbstract:A) Windowed signal for choosing template of a single trial (with estimated MEP onset and offset template). B) Spectrogram for choosing template of a single trial. PDS = power spectral density, mV = Millivolt, ms = milliseconds.
Umberto Pogliano - One of the best experts on this subject based on the ideXlab platform.
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Methods for precision measurement of ac voltages in the Millivolt ranges
Measurement, 2008Co-Authors: Umberto Pogliano, G.c. Bosco, M. LanzillottiAbstract:Abstract The paper describes the systems, the standards and the procedures developed for the precise measurement of ac voltages in the Millivolt ranges. Two different methods based, respectively, on resistive dividers and wideband transformers have been developed and are applied for the measurements of ac–dc transfer differences and ac voltages down to 1 mV.
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Calibration of a Wideband Transformer for Measurement in the Millivolt Range by Means of AC–AC Transfer
IEEE Transactions on Instrumentation and Measurement, 2007Co-Authors: Umberto Pogliano, G.c. Bosco, M. LanzillottiAbstract:This paper describes the development and calibration of a wideband transformer for precise measurements of ac voltage in the Millivolt range. The output/input ratio and the sensitivity to load of the transformer are calibrated by means of ac-dc transfer standards for frequencies up to 1 MHz
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Compensation of a Wide-band Transformer for Generation of Calibrate ac Voltages in the Millivolt Range
2007 IEEE Instrumentation & Measurement Technology Conference IMTC 2007, 2007Co-Authors: Umberto Pogliano, C.g. Bosco, M. LanzillottiAbstract:The paper describes some load compensation circuits for a wide-band transformer employed in precise measurements of ac voltages in the Millivolt ranges, for frequencies up to 1 MHz. By means of these circuits the load sensitivity of the transformer is reduced, so allowing the generation of precise ac voltages.
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PRECISION MEASUREMENT OF AC VOLTAGES IN THE Millivolt RANGES
2003Co-Authors: Umberto Pogliano, G.c. Bosco, M. LanzillottiAbstract:The paper describes the systems, the standards and the procedures developed at IEN for the precise measurement of ac voltages in the Millivolt ranges. Two different methods based on resistive dividers and wideband transformers have been developed and are applied for the measurements of respectively the ac-dc transfer difference and the ac voltages down to 1 mV.
Jonathan List - One of the best experts on this subject based on the ideXlab platform.
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Example window—found CSP onset and offset of a single trial are depicted.
2016Co-Authors: Skadi Wilke, Dennis Groenveld, Ulrike Grittner, Jonathan List, Agnes FlöelAbstract:mV = Millivolt, ms = milliseconds.
-
Windowed signal of a single trial.
2016Co-Authors: Skadi Wilke, Dennis Groenveld, Ulrike Grittner, Jonathan List, Agnes FlöelAbstract:Black: 25 ms past TMS artifact, Red: MEP minimum, Green: CSP onset. mV = Millivolt, ms = milliseconds.
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cSPider – Evaluation of a Free and Open-Source Automated Tool to Analyze Corticomotor Silent Period - Fig 2
2016Co-Authors: Skadi Wilke, Dennis Groenveld, Ulrike Grittner, Jonathan List, Agnes FlöelAbstract:A) Windowed signal for choosing template of a single trial (with estimated MEP onset and offset template). B) Spectrogram for choosing template of a single trial. PDS = power spectral density, mV = Millivolt, ms = milliseconds.