J/ApJS/230/7 Spectral flux densities from 50MHz to 50GHz (Perley+, 2017)

J/ApJS/230/7/table2.dat Source list (20 records)

Name ---	OName ---	Band4 ---	BandP ---	BandL ---	BandS ---	BandC ---	BandX ---	BandKu ---	BandK ---	BandKa ---	BandQ ---	LAS arcsec
J0133-3629			*	*								900.
J0137+3309	3C48	*	*	*	*	*	*	*	*	*	*	1.2
J0322-3712	Fornax A		*	*								3000.
J0437+2940	3C123	*	*	*	*	*	*	*	*	*	*	43.
J0444-2809			*	*								120.
J0519-4546	Pictor A		*	*	*							480.
J0521+1638	3C138		*	*	*	*	*	*	*	*	*	0.65
J0534+2200	3C144, Taurus A, Crab	*	*	*	*	*						480.
J0542+4951	3C147	*	*	*	*	*	*	*	*	*	*	0.70
J0813+4813	3C196	*	*	*	*	*	*	*	*	*	*	6.0
J0918-1205	3C218, Hydra A	*	*	*	*	*	*	*				420.
J1230+1223	3C274, Virgo A, M87	*	*	*	*							840.
J1331+3030	3C286	*	*	*	*	*	*	*	*	*	*	3.5
J1411+5212	3C295	*	*	*	*	*	*	*	*	*	*	6.5
J1651+0459	3C348, Hercules A		*	*	*	*	*					195.
J1720-0058	3C353	*	*	*	*							320.
J1829+4844	3C380	*	*	*	*	*	*	*	*	*	*	18.
J1959+4044	3C405, Cygnus A	*	*	*	*	*	*					110.
J2214-1701	3C444		*	*	*	*	*					120.
J2323+5848	3C461, Cassiopeia A	*	*	*	*							480.

J/ApJS/230/7/table5.dat Derived spectral flux densities (34 records)

Freq GHz	J0133 Jy	3C48 Jy	ForA Jy	3C123 Jy	J0444 Jy	3C138 Jy	PicA Jy	3C144 Jy	3C147 Jy	3C196 Jy	3C218 Jy	3C274 Jy	3C286 Jy	3C295 Jy	3C348 Jy	3C353 Jy	3C380 Jy	3C405 Jy	3C444 Jy	3C461 Jy	Err %
.074	0.	72.8	0	409.	0.	0.	0.	1750	57.4	131.	601.	2020	29.9	125.	0.	422.	127.	17100	0.	18500	0.5
.232	25.2	53.5	416	189.	30.7	18.1	243.	1240	61.6	60.6	216.	870	27.8	72.8	281.	190.	52.9	7940	52.6	6960	1.6
.247	19.5	52.1	433	180.	30.1	18.2	234.	1220	60.9	57.9	209.	822	28.2	70.5	263.	181.	52.4	7570	50.7	6620	1.0
.275	24.2	47.8	395	164.	27.2	17.6	216.	1170	57.7	52.6	185.	769	27.2	65.9	238.	171.	47.2	6970	45.5	6040	0.3
.296	19.7	46.4	366	157.	25.8	17.0	207.	1160	56.4	50.3	177.	729	27.0	64.1	222.	164.	45.4	6580	42.5	5720	0.2
.312	22.5	45.0	346	150.	24.8	16.7	197.	1130	55.0	48.3	169.	702	26.2	61.9	211.	158.	43.3	6310	39.7	5580	0.7
.328	21.6	43.7	345	145.	23.7	16.5	190.	1130	53.7	46.5	161.	672	26.3	60.4	201.	152.	41.7	6060	38.4	5270	0.2
.344	19.6	42.7	335	141.	22.8	16.2	186.	1130	53.0	45.1	155.	647	26.2	59.2	193.	149.	40.4	5830	37.5	5110	0.3
.357	19.6	41.5	318	137.	22.2	15.8	180.	1110	51.7	43.6	150.	628	25.8	57.7	185.	144.	39.0	5650	35.0	4950	0.3
.382	18.1	40.1	313	130.	21.1	15.5	171.	1090	50.1	41.7	141.	596	25.3	55.9	173.	138.	37.3	5340	33.4	4700	0.4
.392	18.9	39.4	309	128.	20.7	15.5	169.	1100	49.5	40.8	138.	589	25.3	55.0	169.	136.	36.2	5230	32.2	4590	0.5
.403	19.6	38.8	309	126.	20.6	15.3	169.	1090	49.1	40.3	136.	583	25.0	54.2	166.	133.	35.5	5110	31.2	4480	0.5
.422	19.1	37.5	294	121.	19.4	14.9	159.	1070	47.5	38.3	129.	556	24.5	52.4	158.	129.	34.1	4910	29.6	4330	0.4
.437	17.7	36.4	283	117.	18.6	14.6	154.	1060	46.2	37.0	125.	538	24.2	51.1	151.	125.	33.0	4770	28.7	4200	0.7
.457	17.8	35.8	274	114.	18.6	14.7	157.	1060	45.5	36.1	121.	525	24.0	50.2	147.	122.	32.1	4590	27.7	4090	0.6
.471	17.9	35.0	275	112.	18.0	14.2	152.	1050	44.7	35.1	118.	520	23.6	49.1	142.	121.	31.0	4470	26.5	3990	0.6
1.04	10.3	20.3	0	60.6	8.96	9.98	83.1	880	27.4	18.6	57.4	270	17.1	28.4	64.0	70.4	16.5	2140	12.2	2210	0.5
1.49	8.18	15.5	0	45.7	6.50	8.26	64.1	817	21.2	13.6	41.6	202	14.5	21.3	45.4	54.9	12.6	1490	8.50	1700	0.5
1.81	7.15	13.3	0	39.2	5.43	7.43	55.7	785	18.4	11.5	34.9	172	13.2	18.0	36.5	47.8	10.9	1210	6.99	1480	0.5
2.05	6.58	12.0	0	35.5	0.	6.91	50.5	752	16.7	10.2	30.8	154	12.4	16.1	31.9	43.2	9.91	1040	6.11	1300	0.4
2.95	4.93	8.65	0	25.6	0.	5.50	37.3	681	12.2	7.13	21.2	0	10.1	11.2	21.3	32.4	7.49	682	4.09	973	0.5
3.67	0.	7.07	0	21.0	0.	4.78	30.6	632	10.1	5.70	16.9	0	8.78	8.82	16.5	26.4	6.43	521	3.15	814	0.5
4.76	0.	5.52	0	16.4	0.	4.00	0.	0	7.9	4.31	13.19	0	7.44	6.58	12.4	0.	5.33	377	2.31	0	0.5
6.56	0.	4.04	0	11.9	0.	3.17	0.	0	5.9	3.04	9.60	0	6.03	4.52	8.49	0.	4.38	259	1.56	0	0.6
8.59	0.	3.10	0	9.11	0.	2.60	0.	0	4.6	2.26	7.31	0	5.00	3.25	6.16	0.	3.77	187	1.10	0	0.4
11.1	0.	2.41	0	7.01	0.	2.15	0.	0	3.6	1.70	5.55	0	4.19	2.37	4.52	0.	3.36	136	0.774	0	0.5
14.2	0.	1.88	0	5.40	0.	1.79	0.	0	2.9	1.28	4.37	0	3.50	1.73	0.	0.	3.04	0	0.	0	0.5
16.6	0.	1.62	0	4.61	0.	1.60	0.	0	2.51	1.07	3.77	0	3.15	1.40	0.	0.	2.87	0	0.	0	0.5
19.1	0.	1.41	0	3.95	0.	1.43	0.	0	2.21	0.904	0.	0	2.82	1.18	0.	0.	2.67	0	0.	0	0.6
25.6	0.	1.05	0	2.88	0.	1.15	0.	0	1.71	0.638	0.	0	2.27	0.805	0.	0.	2.32	0	0.	0	0.7
32.1	0.	0.839	0	2.18	0.	0.968	0.	0	1.42	0.488	0.	0	1.92	0.599	0.	0.	2.06	0	0.	0	0.8
37.1	0.	0.731	0	1.87	0.	0.871	0.	0	1.27	0.413	0.	0	1.71	0.493	0.	0.	1.86	0	0.	0	0.7
42.1	0.	0.651	0	1.58	0.	0.795	0.	0	1.16	0.357	0.	0	1.58	0.410	0.	0.	1.74	0	0.	0	0.8
48.1	0.	0.587	0	1.36	0.	0.724	0.	0	1.07	0.298	0.	0	1.42	0.35	0.	0.	1.64	0	0.	0	4.7

J/ApJS/230/7/table10.dat Flux calibrator suitability for VLA (20 records)

Name ---	Var ---	MaxFreq (f) GHz		(l) Range2 ---	Comm ---
J0133-3629	OK	0.7	-	10.	Extremely large and diffuse
3C48	Irreg.	A	-	5000.	Can be used up to 40GHz for VLA
Fornax A	OK	0.2	-	0.05	Generally unsuited for interferometers
3C123	OK	15.	-	1000.
J0444-2809	OK	5.	-	> 50.	Probably useful to longer spacings
Pictor A	<4	1.2	-	30.
3C138	Irreg.	A	-	5000.	Strongly confused below 500lambda at the P band
3C144	Slow	1.2	-	2.	Too diffuse for use at high frequencies
3C147	Irreg.	A	-	5000.
3C196	OK	A	-	1000.
3C218	<10	1.5	-	250.
3C274	<4	0.7	-	10.	Compact structure could be used at high resn.
3C286	OK	A	-	5000.
3C295	OK	A	-	2000.	Too weak at high frequencies and resn.
3C348	OK	3.	-	100.
3C353	OK	2.	-	20.
3C380	<1?	30.	-	5000.	Complicated model required
3C405	OK	5.	-	250.
3C444	OK	5.	-	20.
3C461	Slow	1.	-	5.