FTS Report on DOY 214 I. The following are clock offsets, in microseconds between the clocks at each DSN complex and each complex relative to UTC(NIST). The offset is a mean of readings using several GPS space vehicles in common view. SPC10 SPC40 SPC60 SPC40 SPC60 MINUS MINUS MINUS MINUS MINUS MJD DOY NIST NIST NIST SPC10 SPC10 54669 204 -0.062 0.199^ 1.146 0.261& 1.207% 54670 205 -0.043 0.195^ 1.132 0.237& 1.173 54671 206 -0.028 0.190^ 1.127 0.218& 1.155% 54672 207 -0.009 0.184^ 1.119 0.193& 1.128 54673 208 0.009 0.177^ 1.114 0.168& 1.102 54674 209 0.028 0.170^ 1.109 0.142& 1.083 54675 210 0.046 0.163^ 1.096 0.117& 1.060 54676 211 0.064 0.157^ 1.095 0.093& 1.036 54677 212 0.084 0.153$ 1.087 0.068& 1.003% 54678 213 0.102 0.147$ 1.083 0.045& 0.998 54679 214 0.119* 0.140* 1.074* 0.021* 0.965* 54680 215 0.138* 0.134* 1.067* -0.003* 0.941* II. Frequency Offsets from linear least-squares fits on time-offsets over the period (54669 to 54678): |------------------------------|-----------|-------------|-----------| | | DELTA-F/F | UNCERTAINTY | STD. DEV. | | MEASUREMENT | (E-13) | (+/- E-13) | (nsec.) | |------------------------------|-----------|-------------|-----------| | SPC10 RELATIVE TO UTC(NIST) | 2.113 | 0.016 | 1.218 | | SPC40 RELATIVE TO UTC(NIST) | -0.698 | 0.016 | 1.283 | | SPC60 RELATIVE TO UTC(NIST) | -0.787 | 0.035 | 2.745 | | SPC40 RELATIVE TO SPC10 | -2.812 | 0.025 | 1.94 | | SPC60 RELATIVE TO SPC10 | -2.742 | 0.073 | 5.722 | |------------------------------|-----------|-------------|-----------| III. Comments: * Values derived from linear least squares extrapolation or interpolation ^ Number obtained from the SPC40 GPS true time, with an offset. & Direct subtraction between columns (SPC40-NIST) and (SPC10-NIST). % There were not enough common-view SVs between SPC 60 and SPC 10. Direct subtraction was used. $ Linear extrapolation used. The complex-wide power failure on DOY 214 (MJD 54679) caused the TA computer mother board to fail. The spare TA computer also has a dead mother board. Station personel also reset the MCA, introducing a decrease in frequency of about 227 nanoseconds. Multiple equipment failures made for a difficult recovery. TA still down as of 08/06/08.