Table of Contents
v492c
Correlation notes
Output files:
| Pass | File name | Description | Start date, UT range | Antennas | Polarizations | # subbands (AIPS IFs) | Bandwidth per IF (MHz) | Spectral channels per IF/pol | Corr. int. time (s) |
|---|---|---|---|---|---|---|---|---|---|
| v492c-p0 | V492C.P0.FITS | First phase centre | 2017-06-15, 0/08:15:01 - 0/20:59:59 | AT CD HO MP PA TI | RR LL RL LR | 2 | 16.0 MHz | 1024 | 2.0 |
| v492c-p1 | V492C.P1.FITS | Second phase centre | 2017-06-15, 0/09:32:00 - 0/20:59:57 | AT CD HO MP PA TI | RR LL RL LR | 2 | 16.0 MHz | 1024 | 2.0 |
At: strange bandpass gives reduced sensitivity in RCP channels.
Ti: dss34 from 08:00-08:20 and 18:58-20:05.
Cd: No fringes. Reason unknown, but may be sensitivity related at this non-standard frequency (pointing was reportedly poor).
Analysis notes: v492c-p0
Plots of autocorrelations
Comments:
Plots of uncalibrated amplitude and phase against frequency
Comments:
Plots of uncalibrated amplitude and phase against time
Comments:
Plots of cross-polarization amplitude and phase against frequency (not always available)
Comments:
Amplitude corrections from ACCOR
Comments:
Fringe-fit delay solutions
Comments:
Fringe-fit phase solutions
Comments:
Fringe-fit rate solutions
Comments:
Fringe-fit SNR
Comments:
Plots of Amplitude and phase against frequency with fringe-fit solutions applied
Comments:
Plots of Amplitude and phase against time with fringe-fit solutions applied
Comments:
Analysis notes: v492c-p1
Plots of autocorrelations
Comments:
Plots of uncalibrated amplitude and phase against frequency
Comments:
Plots of uncalibrated amplitude and phase against time
Comments:
Plots of cross-polarization amplitude and phase against frequency (not always available)
Comments:
Amplitude corrections from ACCOR
Comments:
Fringe-fit delay solutions
Comments:
Fringe-fit phase solutions
Comments:
Fringe-fit rate solutions
Comments:
Fringe-fit SNR
Comments:
Plots of Amplitude and phase against frequency with fringe-fit solutions applied
Comments:
Plots of Amplitude and phase against time with fringe-fit solutions applied
Comments:
