This seminar provides an overview and and details of time and frequency metrology. It focuses on fundamental concepts, measurement techniques, metrological traceability, and data and measurement uncertainty analysis.
Lecture topics covered will include:
Fundamentals of Time and Frequency and basic terminology
Quartz Oscillators
Atomic Oscillators (rubidium, cesium, and hydrogen maser)
Laboratory Instrumentation
Measuring Frequency Accuracy in the Time Domain
Estimating Stability with the Allan deviation and related statistics
Stopwatch and TimerCalibration
Traceability
Uncertainty Analysis for time and frequency calibrations
GPS/GNSSand GNSS-Disciplined Clocks and Oscillators
The Network Time Protocol (NTP)
Applications of Time and Frequency Measurements (telecommunications, electric power, stock market trading)
Andrew Novick has worked in the Time and Frequency Division of the National Institute of Standards and Technology (NIST) since 1998 and as an engineering student employee preceding that. He is an electrical engineer and has worked with electronics for atomic clocks and measurement systems. He also manages and maintains the UTC(NIST) remote clock and oscillator calibration services and other comparisons with low Earth orbit (LEO) satellite timing and network time protocol (NTP) measurements in the Time Realization and Distribution Group. Novick also created and runs the national web clock www.time.gov and is the Quality Manager for the Time and Frequency Division and has authored or co-authored over 35 papers related to time and frequency metrology.