Parallel, Multi-Channel Frequency & Time Measurements with Picosecond Resolution

A new approach to combine the performance of traditional Universal Frequency Counters (UFC) and high performance Time Interval Analyzers (TIA) in a single instrument in a portable benchtop format. For the first time in the industry, a UFC with all traditional timer/counter functions and full input s...

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Main Author: S. Johansson
Format: Article
Language:English
Published: IFSA Publishing, S.L. 2021-12-01
Series:Sensors & Transducers
Subjects:
Online Access:https://sensorsportal.com/HTML/DIGEST/december_2021/Vol_254/P_3245.pdf
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author S. Johansson
author_facet S. Johansson
author_sort S. Johansson
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description A new approach to combine the performance of traditional Universal Frequency Counters (UFC) and high performance Time Interval Analyzers (TIA) in a single instrument in a portable benchtop format. For the first time in the industry, a UFC with all traditional timer/counter functions and full input signal dynamic range to 100 Vp-p has up to 5 parallel timestamping channels for frequency, period, time, or phase measurements. Advanced TIA functionality is included, like continuous timestamping with 7 ps resolution, acquisition speed of 20 MSa/s of complete measurement results, multi-stop Time Interval measurements, and continuous streaming of time stamped trigger events. Resolution enhancement techniques improve basic resolution up to 0.8 ps/Gate_Time for Frequency using linear regression, and up to 3.5 ps/Timestamp (Single-shot) using parallel multi-channel timestamping on a single input signal. This project was developed by Pendulum Instruments, Banino, Poland in close cooperation with the Military University of Technology, Warsaw, Poland.
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spelling doaj.art-5dd12d06630c4176850ab2285ee87ad72023-08-09T12:41:01ZengIFSA Publishing, S.L.Sensors & Transducers2306-85151726-54792021-12-01254719Parallel, Multi-Channel Frequency & Time Measurements with Picosecond ResolutionS. Johansson0Pendulum InstrumentsA new approach to combine the performance of traditional Universal Frequency Counters (UFC) and high performance Time Interval Analyzers (TIA) in a single instrument in a portable benchtop format. For the first time in the industry, a UFC with all traditional timer/counter functions and full input signal dynamic range to 100 Vp-p has up to 5 parallel timestamping channels for frequency, period, time, or phase measurements. Advanced TIA functionality is included, like continuous timestamping with 7 ps resolution, acquisition speed of 20 MSa/s of complete measurement results, multi-stop Time Interval measurements, and continuous streaming of time stamped trigger events. Resolution enhancement techniques improve basic resolution up to 0.8 ps/Gate_Time for Frequency using linear regression, and up to 3.5 ps/Timestamp (Single-shot) using parallel multi-channel timestamping on a single input signal. This project was developed by Pendulum Instruments, Banino, Poland in close cooperation with the Military University of Technology, Warsaw, Poland.https://sensorsportal.com/HTML/DIGEST/december_2021/Vol_254/P_3245.pdfzero dead-timemulti-channelparallel timestampingtiafrequency analyzerresolution enhancement
spellingShingle S. Johansson
Parallel, Multi-Channel Frequency & Time Measurements with Picosecond Resolution
Sensors & Transducers
zero dead-time
multi-channel
parallel timestamping
tia
frequency analyzer
resolution enhancement
title Parallel, Multi-Channel Frequency & Time Measurements with Picosecond Resolution
title_full Parallel, Multi-Channel Frequency & Time Measurements with Picosecond Resolution
title_fullStr Parallel, Multi-Channel Frequency & Time Measurements with Picosecond Resolution
title_full_unstemmed Parallel, Multi-Channel Frequency & Time Measurements with Picosecond Resolution
title_short Parallel, Multi-Channel Frequency & Time Measurements with Picosecond Resolution
title_sort parallel multi channel frequency time measurements with picosecond resolution
topic zero dead-time
multi-channel
parallel timestamping
tia
frequency analyzer
resolution enhancement
url https://sensorsportal.com/HTML/DIGEST/december_2021/Vol_254/P_3245.pdf
work_keys_str_mv AT sjohansson parallelmultichannelfrequencytimemeasurementswithpicosecondresolution