RASFX Correlator Processing Result D.Zhuravov 1 , A.Melnikov 1 , S.Kurdubov 1 , I.Surkis 1 , V.Ken 1 , V.Mishin 1 , V.Shantyr 1 , N.Mishina 1 , Y.Kurdubova 1 1 – IAA RAS, SaintPetersburg, Russia Since November, 2015 RASFX correlator has been processing sessions of observaMons with RT13M antennas of Badary and Zelenchukskaya observatories in S/X, S/X/Ka, X/ Ka bands. Roughly 900 sessions has been completed. Percentage raMos of different bands are shown in diagram 1. All sessions proceeded by correlator are singlebased, has a bandwidth 512 MHz and 2bit sampling. Following frequency seXng has been used: • 1 Schannel with right and leZ polarizaMons+ 2 Xchannels with right polarizaMon • 1 Schannel + 1 Xchannel with right polarizaMon; • 1 Schannel + 3 Xchannels with right polarizaMon; • 1 Schannel + 1 Kachannel with right polarizaMon; • 1 Schannel with right and leZ polarizaMons+ 3 Xchannels with right polarizaMon; • 1 Schannel +1 Xchannel + 1 Kachannel with right polarizaMon; • 1 Schannel + 3 Xchannels with right polarizaMon and 1 S channel + 3 Xchannels with leZ polarizaMon. Diagram 2 shows observaMon intensity per month. Diagram 1. Percentage raMos of bands Diagram 2. Number of sessions per month S/X 80% S/X/Ka 5% X/Ka 15% 0 20 40 60 80 100 120 140 160 180 Number of session per month Fig 3. Comparison between DiFX and RASFX correlators
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
RASFX Correlator Processing Result
D.Zhuravov1, A.Melnikov1, S.Kurdubov1, I.Surkis1, V.Ken1, V.Mishin1, V.Shantyr1, N.Mishina1, Y.Kurdubova1
1 – IAA RAS, Saint-‐Petersburg, Russia
Since November, 2015 RASFX correlator has been processing sessions of observaMons with RT-‐13M antennas of Badary and Zelenchukskaya observatories in S/X, S/X/Ka, X/Ka bands. Roughly 900 sessions has been completed. Percentage raMos of different bands are shown in diagram 1.
All sessions proceeded by correlator are single-‐based, has a bandwidth 512 MHz and 2-‐bit sampling.
Following frequency seXng has been used: • 1 S-‐channel with right and leZ polarizaMons+ 2 X-‐channels
with right polarizaMon • 1 S-‐channel + 1 X-‐channel with right polarizaMon; • 1 S-‐channel + 3 X-‐channels with right polarizaMon; • 1 S-‐channel + 1 Ka-‐channel with right polarizaMon; • 1 S-‐channel with right and leZ polarizaMons+ 3 X-‐channels
with right polarizaMon; • 1 S-‐channel +1 X-‐channel + 1 Ka-‐channel with right
polarizaMon; • 1 S-‐channel + 3 X-‐channels with right polarizaMon and 1 S-‐
channel + 3 X-‐channels with leZ polarizaMon. Diagram 2 shows observaMon intensity per month.
Diagram 1. Percentage raMos of bands
Diagram 2. Number of sessions per month
S/X 80%
S/X/Ka 5%
X/Ka 15%
0 20 40 60 80
100 120 140 160 180
Num
ber o
f ses
sion
per
mon
th
Fig 3. Comparison between DiFX and RASFX correlators
Related Documents
