2018A&A...612A..23B


Query : 2018A&A...612A..23B

2018A&A...612A..23B - Astronomy and Astrophysics, volume 612A, 23-23 (2018/4-1)

SEPIA - a new single pixel receiver at the APEX telescope.

BELITSKY V., LAPKIN I., FREDRIXON M., MELEDIN D., SUNDIN E., BILLADE B., FERM S.-E., PAVOLOTSKY A., RASHID H., STRANDBERG M., DESMARIS V., ERMAKOV A., KRAUSE S., OLBERG M., AGHDAM P., SHAFIEE S., BERGMAN P., DE BECK E., OLOFSSON H., CONWAY J., DE BREUCK C., IMMER K., YAGOUBOV P., MONTENEGRO-MONTES F.M., TORSTENSSON K., PEREZ-BEAUPUITS J.-P., KLEIN T., BOLAND W., BARYSHEV A.M., HESPER R., BARKHOF J., ADEMA J., BEKEMA M.E. and KOOPS A.

Abstract (from CDS):


Context. We describe the new Swedish-ESO PI Instrument for APEX (SEPIA) receiver, which was designed and built by the Group for Advanced Receiver Development (GARD), at Onsala Space Observatory (OSO) in collaboration with ESO. It was installed and commissioned at the APEX telescope during 2015 with an ALMA Band 5 receiver channel and updated with a new frequency channel (ALMA Band 9) in February 2016.
Aims. This manuscript aims to provide, for observers who use the SEPIA receiver, a reference in terms of the hardware description, optics and performance as well as the commissioning results.
Methods. Out of three available receiver cartridge positions in SEPIA, the two current frequency channels, corresponding to ALMA Band 5, the RF band 158-211GHz, and Band 9, the RF band 600-722GHz, provide state-of-the-art dual polarization receivers. The Band 5 frequency channel uses 2SB SIS mixers with an average SSB noise temperature around 45K with IF (intermediate frequency) band 4-8GHz for each sideband providing total 4x4GHz IF band. The Band 9 frequency channel uses DSB SIS mixers with a noise temperature of 75-125K with IF band 4-12GHz for each polarization.
Results. Both current SEPIA receiver channels are available to all APEX observers.

Abstract Copyright: © ESO 2018

Journal keyword(s): instrumentation: detectors - techniques: spectroscopic

Errata: erratum vol. 620, art. C2 (2018)

Simbad objects: 85

goto Full paper

goto View the references in ADS

Number of rows : 85
N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2022
#notes
1 IRC +10011 OH* 01 06 25.9879717848 +12 35 52.896392052   20.7   18.26 14.01 M8 410 0
2 V* R Scl C* 01 26 58.0939182720 -32 32 35.439234828 17.26 9.59 5.72 3.69 2.30 C-N5+ 315 0
3 * omi Cet Mi* 02 19 20.79210 -02 58 39.4956   7.63 6.53 5.03   M5-9IIIe+DA 1486 0
4 V* R For C* 02 29 15.3077617632 -26 05 55.646585700   12.94 7.50     C4,3e 188 0
5 V* R Hor Mi* 02 53 52.7701013592 -49 53 22.730520228     3.92 4.99 1.51 M5-7e 176 0
6 V* IK Tau Mi* 03 53 28.8924743304 +11 24 21.895183368 16.99 17.03 13.39 7.29 3.20 M7-11 600 0
7 V* U Men Mi* 04 09 35.5790252951 -81 51 17.648592845           M3 57 0
8 V* R Dor AB* 04 36 45.59127 -62 04 37.7974 7.84 6.98 5.40 2.71 -0.44 M8III:e 320 0
9 RAFGL 618 pA* 04 42 53.6242032600 +36 06 53.400902220   16.32   12.59   C-rich 981 0
10 V* R Lep C* 04 59 36.3486921120 -14 48 22.502479140 15.06 13.51 7.76 4.90 3.42 C7,6e 326 0
11 V* W Ori C* 05 05 23.7190712856 +01 10 39.454639032 16.36 9.52 6.10 3.83 2.35 C-N5 280 0
12 V* U Dor Mi* 05 10 08.8413498888 -64 19 04.255801500   11.86 8.10     M8IIIe 58 0
13 V* S Pic Mi* 05 10 57.2451886368 -48 30 25.453894284   10.46 6.50     M7e 85 0
14 V* R Oct Mi* 05 26 06.1935907128 -86 23 17.758587372   10.23 6.40     M5.5e 87 0
15 RAFGL 809 C* 05 43 49.6944851304 +32 42 06.199015788           C-rich 62 0
16 [TRR2009] VLA 1 Rad 05 47 04.75 +00 21 45.4           ~ 7 0
17 RAFGL 865 C* 06 04 00.04728 +07 25 52.0104           C-rich 98 0
18 V* V636 Mon C* 06 25 01.4305200360 -09 07 15.963301164       11.78 8.83 C-N5 51 0
19 V* GX Mon OH* 06 52 47.0423680104 +08 25 19.097958468   15.40 15.46 10.56   M9 112 0
20 V* R Vol C* 07 05 36.2081474688 -73 00 52.034502960   14.24 8.70     Ce 81 0
21 * L02 Pup AB* 07 13 32.3185436236 -44 38 22.951891964 7.90 6.66 5.10 2.49 0.07 M5IIIe 207 0
22 HD 56126 pA* 07 16 10.2590823192 +09 59 47.954735376   9.20 8.32     F0/5Ia 310 0
23 V* V578 Pup Mi* 07 17 05.7495438792 -34 49 39.432788148     11.2     M7e 37 0
24 V* VY CMa s*r 07 22 58.32877 -25 46 03.2355 12.01 10.19 7.95     M5Iae 1054 0
25 OH 231.8 +4.2 OH* 07 42 16.947 -14 42 50.20           M10III+A 519 1
26 RAFGL 4078 C* 07 45 02.4149777160 -71 19 45.862198392       15.92 12.72 C 51 0
27 [W71b] 021-06 C* 08 10 48.8849951112 -32 52 05.635358940       15.07 12.76 C 55 0
28 RAFGL 5254 C* 09 13 53.9370704592 -24 51 25.217250948           C-rich 49 0
29 V* R Car Mi* 09 32 14.5961045592 -62 47 20.002588152 8.51 7.40 6.10 5.44 2.90 M5-8 165 1
30 V* R LMi Mi* 09 45 34.2840467232 +34 30 42.809054724   10.96 9.99     M6.5-9e 314 0
31 V* R Leo Mi* 09 47 33.4839808805 +11 25 43.823283729 9.22 8.94 7.53 3.39 0.12 M7-9e 891 1
32 IRC +10216 C* 09 47 57.40632 +13 16 43.5648     10.96     C9,5e 2240 0
33 V* RW LMi C* 10 16 02.2777043904 +30 34 19.045098516       15.27   C4,3e 386 0
34 V* U Hya C* 10 37 33.2729535 -13 23 04.352923 13.29 7.51 4.82 3.05 1.78 C-N5 291 0
35 * eta Car Em* 10 45 03.5377808928 -59 41 04.051599720 6.37 7.03 6.48 4.90 4.41 OBepec 2326 0
36 V* V Hya C* 10 51 37.2615873024 -21 15 00.333928044   12.23 6.80     C-N:6 349 0
37 V* R Crt AB* 11 00 33.8525664720 -18 19 29.582708520   10.33 9.80     M7/8III 204 0
38 V* X Cen Mi* 11 49 11.7844994832 -41 45 27.280751328   10.843 9.602 8.236   M6.5e 70 0
39 V* Y CVn C* 12 45 07.8260815656 +45 26 24.926308404 14.03 7.41 4.87 3.12 1.74 C-N5 468 0
40 V* RT Vir AB* 13 02 37.9814644272 +05 11 08.362884984 10.07 9.07 7.41     M8III 306 0
41 V* W Hya Mi* 13 49 02.0018313132 -28 22 03.532006894   8.97 7.70     M7.5-9e 622 0
42 V* RX Boo AB* 14 24 11.6253191184 +25 42 13.394221596   9.23 8.60     M7.5-M8 431 0
43 RAFGL 4211 C* 15 11 41.4444649944 -48 19 58.949705172           C-rich 48 0
44 V* X TrA C* 15 14 19.1755012584 -70 04 46.113298104 15.88 9.19 5.81     C5,5 111 0
45 V* S CrB Mi* 15 21 23.9553294936 +31 22 02.584877304 7.51 7.15 5.80     M6.5-8e 339 0
46 WOS 48 C* 15 23 05.0730770544 -51 25 58.762691652   17.85 16.66 14.51 10.18 C 125 1
47 IRAS 15408-5413 LP* 15 44 39.8017766328 -54 23 04.958993580           M7+ 20 0
48 NGC 6072 PN 16 12 58.3635385680 -36 13 47.395106184     12.10     ~ 167 0
49 V* U Her Mi* 16 25 47.4719383584 +18 53 32.863368084 8.85 8.23 6.70     M6.5-8+e 525 1
50 IRAS 16293-2422 cor 16 32 22.56 -24 28 31.8           ~ 1158 1
51 RAFGL 1922 C* 17 07 58.1044499112 -24 44 31.155010620           C-rich 60 0
52 V* AH Sco s*r 17 11 17.0194487616 -32 19 30.714035556   10.03 8.10     M5Ia-Iab 127 0
53 NGC 6302 PN 17 13 44.339 -37 06 10.95   7.1 10.10     ~ 773 1
54 IRC +10322 Mi* 17 14 19.3800359328 +08 56 02.846599620           M9-10 75 0
55 IRC +20326 C* 17 31 55.3280201904 +17 45 20.978184672   15.54 14.48 14.38   C 75 0
56 OH 2.6 -0.4 OH* 17 53 18.8416434624 -26 56 37.489065396           M8-9 71 0
57 V* VX Sgr s*r 18 08 04.0442790744 -22 13 26.600899044 11.72 9.41 6.52 3.90 2.11 M8.5Ia 577 0
58 RAFGL 2135 C* 18 22 34.6778866248 -27 06 29.370810816           C-rich 49 0
59 RAFGL 2155 C* 18 26 05.83560 +23 28 46.6932         17.63 C-rich 80 0
60 IRC +10365 Mi* 18 37 19.2583829328 +10 25 42.492195300           M9 142 0
61 IRC +20370 C* 18 41 54.5501446200 +17 41 08.425834728       13.56   C7,3e 113 0
62 Case 176 C* 18 42 24.8730446016 -02 17 27.088299816   16.56 13.49 15.53 10.79 C 71 0
63 V* V Aql C* 19 04 24.1544971752 -05 41 05.444321424   11.09 6.90     C-N5 208 0
64 V* R Aql OH* 19 06 22.2510922392 +08 13 48.012661776 8.06 7.69 6.09     M6.5-9e 547 0
65 V* W Aql S* 19 15 23.3572741560 -07 02 50.333886492   12.72 10.14     S6/6e 216 0
66 IRC +10420 pA* 19 26 48.0979492536 +11 21 16.758531216   13.98 11.66     F8Ia+e 463 0
67 IRC +30374 C* 19 34 10.0570246440 +28 04 08.361228288       16.22   C 76 0
68 V* GY Aql Mi* 19 50 06.3301987896 -07 36 52.465065516   12.54 11.22     M8 109 0
69 * chi Cyg S* 19 50 33.9243904 +32 54 50.609683 7.02 6.06 4.24 1.81 -0.01 S6-9/1-2e 675 0
70 V* V449 Cyg LP* 19 53 20.9689193664 +33 57 00.758931516   8.98 7.42     M1 18 0
71 V* S Pav Mi* 19 55 13.9680387696 -59 11 44.333160288   9.25 8.21     M8III 83 0
72 RAFGL 2477 S* 19 56 48.4423076904 +30 44 02.604494580   17.9 14.8 14.1   M6SIII 54 1
73 V* RR Aql Mi* 19 57 36.0616870728 -01 53 11.339520360     7.80     M7.5e 286 2
74 V* X Pav AB* 20 11 45.8638935384 -59 56 12.809676840   9.69 9.20     M8III 64 1
75 NML Cyg s*r 20 46 25.5392819088 +40 06 59.464289232   18.64 16.60     M7/8 492 0
76 V* V1610 Cyg pA* 21 02 18.27 +36 41 37.0           F5Iae 853 1
77 V* RV Aqr C* 21 05 51.7376905368 -00 12 42.121057536     11.5     C6,3e 100 0
78 * 7 Peg V* 21 42 15.4512939768 +05 40 48.499632588   6.935 5.301     M2III 39 1
79 V* EP Aqr AB* 21 46 31.8494911920 -02 12 45.928582560   7.93 6.78     M7-III: 229 0
80 * pi.01 Gru S* 22 22 44.2083897000 -45 56 52.791160956 10.52 8.62 6.55 3.19 0.52 S5,7: 177 0
81 V* S Gru Mi* 22 26 05.4746030880 -48 26 18.747922776 7.72 7.35 6.00 8.89   M8(III)e 80 1
82 * 57 Peg S* 23 09 31.4573825 +08 40 37.763634   6.48 5.14     M4S 125 0
83 RAFGL 3068 C* 23 19 12.60744 +17 11 33.1332           C 262 0
84 V* W Peg Mi* 23 19 50.5014315096 +26 16 43.665640932   10.69 7.60     M6.5-7.5e 113 0
85 V* R Aqr Sy* 23 43 49.4634303216 -15 17 04.176349872   8.823 7.683 9.37   M6.5-8.5e 763 0

To bookmark this query, right click on this link: simbad:objects in 2018A&A...612A..23B and select 'bookmark this link' or equivalent in the popup menu


2022.05.25-17:31:57

© Université de Strasbourg/CNRS

    • Contact