The common time measurements as used by the U.S. Air Force Measurements and Standards Laboratory, Aerospace Guidance and Metrology Center (AGMC), Newark Air Force Station, Ohio, are described. Electronic counter time interval measurements are emphasized since this is the most common time comparison measurement in use. The proper use and setting of controls will be covered along with helpful hints and common mistakes to be avoided. Applications of time measurements are described and some of these are timekeeping via Loran-C, TV Line-10, and WWV. Frequency determination using periodic time readings will also be discussed
Satellite Systems will play a particular important role in the future. Therefore we are concerned wi...
Time and frequency measurements are described for navigation and reference systems. Time measuring i...
The long term performance of the eight LORAN-C chains is presented in terms of the Coordinated Unive...
The Aerospace Guidance and Metrology Center (AGMC) has the responsibility for the dissemination of P...
The Aerospace Guidance and Metrology Center was conceived in 1959 to be the US Air Force Inertial Na...
When Hewlett-Packard introduced its first digital electronic counter, the HP 524A in 1952, a milesto...
Independent PCM telemetry data signals received from missiles must be correlated to within + or - 10...
In the Naval Postgraduate School course on Mapping, Charting, and Geodesy (OC 3902) an overview of p...
A brief historical review of time transfer techniques used during the last twenty years is presented...
The techniques and standards used by the U. S. Army Metrology and Calibration Center for frequency c...
Two main objectives in time and frequency metrology are the realization of the SI unit of time, and ...
Method of establishing on board clock for time measurements of events in data records from OSO-
Physical processes, involving atomic phenomena, allow more and more precise time and frequency measu...
In recent years, we have developed two types of high resolution, multi-channel time interval counter...
Precise time and time interval (PTTI) technology is becoming increasingly significant to Air Force o...
Satellite Systems will play a particular important role in the future. Therefore we are concerned wi...
Time and frequency measurements are described for navigation and reference systems. Time measuring i...
The long term performance of the eight LORAN-C chains is presented in terms of the Coordinated Unive...
The Aerospace Guidance and Metrology Center (AGMC) has the responsibility for the dissemination of P...
The Aerospace Guidance and Metrology Center was conceived in 1959 to be the US Air Force Inertial Na...
When Hewlett-Packard introduced its first digital electronic counter, the HP 524A in 1952, a milesto...
Independent PCM telemetry data signals received from missiles must be correlated to within + or - 10...
In the Naval Postgraduate School course on Mapping, Charting, and Geodesy (OC 3902) an overview of p...
A brief historical review of time transfer techniques used during the last twenty years is presented...
The techniques and standards used by the U. S. Army Metrology and Calibration Center for frequency c...
Two main objectives in time and frequency metrology are the realization of the SI unit of time, and ...
Method of establishing on board clock for time measurements of events in data records from OSO-
Physical processes, involving atomic phenomena, allow more and more precise time and frequency measu...
In recent years, we have developed two types of high resolution, multi-channel time interval counter...
Precise time and time interval (PTTI) technology is becoming increasingly significant to Air Force o...
Satellite Systems will play a particular important role in the future. Therefore we are concerned wi...
Time and frequency measurements are described for navigation and reference systems. Time measuring i...
The long term performance of the eight LORAN-C chains is presented in terms of the Coordinated Unive...