# pulsar info file
name  = B0525+21
DM    = 50.877
epoch = 2000.0
P     = 3.74552 # sec
dmdist= 1.546269 # kpc
S400  = 57 # mJy  from pulsar catalog
S1400 = 18.2 # mJy  from VLA, Feb 7-9, 2002

pi    = 0.646718 # mas     based on DM
mu_a  = 0.0 # mas/yr  dummy value
mu_d  = 0.0 # mas/yr  dummy value

# Data
2002.107  05:28:52.26843 0.02     22:00:04.8078 0.2     # AC629

# Scheduling
obs_length = 7200 # seconds
psr_dwell  = 120 # seconds
phase_cal_name1 = J0521+2112 # VLBA
phase_cal_ra1   = 05:21:45.965828 # J2000
phase_cal_dec1  = 21:12:51.45136 # J2000
phase_cal_dwell1= 90 # seconds
phase_cal_sep1  = 109.762072 # arcmin
phase_cal_name2 = J0518+2054 # VLBA
phase_cal_ra2   = 05:18:03.824489 # J2000
phase_cal_dec2  = 20:54:52.49715 # J2000
phase_cal_dwell2= 90 # seconds
phase_cal_sep2  = 164.357097 # arcmin
geod_cal_name1  = J0547+2721 # ICRF
geod_cal_ra1    = 05:47:34.148941 # J2000
geod_cal_dec1   = 27:21:56.84240 # J2000
geod_cal_dwell1 = 90 # seconds
geod_cal_name2  = J0511+1357 # VLBA
geod_cal_ra2    = 05:11:38.319660 # J2000
geod_cal_dec2   = 13:57:19.19338 # J2000
geod_cal_dwell2 = 90 # seconds
geod_cal_name3  = J0603+1742 # ICRF
geod_cal_ra3    = 06:03:09.130269 # J2000
geod_cal_dec3   = 17:42:16.81070 # J2000
geod_cal_dwell3 = 90 # seconds
geod_cal_name4  = J0459+3106 # VLBA
geod_cal_ra4    = 04:59:33.033710 # J2000
geod_cal_dec4   = 31:06:34.28758 # J2000
geod_cal_dwell4 = 90 # seconds
ib_cal_name1 = B0525+21.04
ib_cal_ra1   = 05:28:48.65463
ib_cal_dec1  = 21:42:30.1766
ib_cal_s14001= 17.6 # mJy

pi_max1 = 2002.706
pi_max2 = 2003.196
pi_min1 = 2002.953
pi_min2 = 2003.449