Clocks and Timing in the NASA Deep Space Network (2008)
J. Laufl, M Calhoun, W. Diener, J. Gonzalez, A. Kirk, P. Kuhnle, ...
Abstract-A new timing system has been developed for the NASA Deep Space Network (DSN) and is currently in the final stages of integration, testing and implementation in all three DSN sites. The DSN...
Clocks and timing in the NASA Deep Space Network (2006)
Lauf, J., Calhoun, M., Diener, W., Gonzalez, J., Kirk, A., Kuhnle, P., ...
A new timing system has been developed for the NASA Deep Space Network (DSN) and is currently in the final stages of integration, testing and implementation in all three DSN sites. The DSN is a...
Master clock and time distribution system for the NASA Deep Space Network (2004)
Lauf, J., Calhoun, M., Kuhnle, P., Sydnor, R., Tjoelker, R. L.
Ultrastable Reference Frequency Distribution Utilizing a Fiber Optic Link (2004)
Link phase noise and Allan deviation do not degrade the hydrogen maser performance using 800 meters of LTC fiber optic cable.
Status of Frequency and Time Support for NASA Programs (2004)
Kuhnle, P., Kushmeider, P., Wardrip, S.
NASA has Frequency and Timing Systems at many Facilities and Centers. This paper covers timing systems with specifications tighter than several microseconds.
Fiber Optic Reference Frequency Distribution to Remote Beam Waveguide Antennas (2004)
Calhoun, M., Kuhnle, P., Law, J.
FTS support of DSS 24 for tracking unmanned spacecraft and supporting scientific experiments.
Fiber Optic Reference Frequency Distribution to Remote Beam Waveguide Antennas (2004)
Calhoun, M., Kuhnle, P., Law, J.
In the NASA/JPL Deep Space Network (DSN), radio science experiments (probing outer planet atmospheres, rings, etc.) and very long-base interferometry (VLBI) require ultra-stable, low phase noise...
Status of Frequency and Time Support for NASA Systems (2004)
Kuhnle, P., Kushmeider, P., Wardrip, S.
The National Aeronautics and Space Administration has frequency and timing systems at many Facilities and Centers.
A Mercury Frequency Standard Engineering Prototype for the NASA Deep Space Network (2004)
Tjoelker, R. L., Bricker, C., Diener, W., Hamell, R. L., Kirk, A., Kuhnle, P., ...
An engineering prototype linear ion trap frequency standar (LITS-4) using 199Hg+ is operational and currently under test for NASA's Deep Space Network (DSN). The DSN requires high stability and...
PRESENT AND FUTURE FREQUENCY AND TIMING CAPABILITIES OF THE DEEP SPACE NETWORK (1981)
The world-wide Deep Space Network (DSN), with facilities in the United States, Spain, and Australia, uses atomic frequency standards to generate stable frequency and timing signals to meet the...
PRESENT AND FUTURE FREQUENCY AND TIMING CAPABILITIES OF THE DEEP SPACE NETWORK (1981)
The world-wide Deep Space Network (DSN), with facilities in the United States, Spain, and Australia, uses atomic frequency standards to generate stable frequency and timing signals to meet the...
PRESENT AND FUTURE FREQUENCY AND TIMING CAPABILITIES OF THE DEEP SPACE NETWORK (1981)
The world-wide Deep Space Network (DSN), with facilities in the United States, Spain, and Australia, uses atomic frequency standards to generate stable frequency and timing signals to meet the...