Voyager LECP

VOYAGER

Calibrations and Channel Definitions

Passbands and Geometric Factors for Voyager 1 LECP

FAT #	Name	Low (MeV/Nuc)	High (MeV/Nuc)	Mean (MeV/Nuc)	Geometrical Factor (cm2 SR)	Logic
1	EB01	0.015	0.037	0.020	0.00600
2	EBD1	0.015	0.500	0.020	0.00012
3	EB02	0.037	0.061	0.045	0.00600
4	EBD2	0.037	0.500	0.045	0.00012
5	EB03	0.070	0.112	0.090	0.00600
6	EBD3	0.070	0.500	0.090	0.00012
7	EB04	0.130	0.183	0.120	0.00600
8	EBD4	0.130	0.500	0.120	0.00012
9	EB05	0.200	0.500	0.200	0.00600
10	EBD5	0.200	0.500	0.200	0.00012
11*	EG06	0.252	2.000	0.250	0.00200
12*	EG07	0.480	2.000	0.500	0.00200
13*	EG08	0.853	2.000	0.900	0.00200
14*	EG09	2.100	5.000	2.000	0.00200
15	E44	0.350	1.500	0.500	1.31000
16	E45	2.500	100.	2.000	1.31000
17	E37	6.000	100.	6.000	1.31000
18	PL01	0.030	0.053	0.025	0.04020
19	PL02	0.053	0.085	0.050	0.04020
20	PL03	0.085	0.139	0.100	0.04020
21	PL04	0.139	0.200	0.150	0.04020
22	PL05	0.200	0.550	0.250	0.04020
23	PL06	0.540	1.050	0.600	0.04020
24	PL07	1.050	2.030	1.000	0.04020
25	PL08	2.030	4.010	2.500	0.04020
26	P32	0.310	0.610	0.350	0.09750	E0E2(E3)
27	P1	0.570	0.890	0.600	0.44100	E1E2(E3)
28	P10	4.400	9.200	5.000	0.53900	E2E3(E4)
29	P11	9.200	21.	12.	0.53900	E2E3(E4)
30	P16	3.400	18.	5.	1.50000	E5E4(E3)
31	P23	22.	31.	25.	1.31000	E5E4E3(E2)
32	P27	34.	72.	50.	1.20000	E5E4E3E2
33	P31	211.	1000.	250.	1.31000	E4E3
34	A39	0.100	0.203	0.100	0.09750	E0(E2)
35	A33	0.200	0.510	0.350	0.09750	E0E2(E3)
36	A46	0.147	2.0	0.6	0.44100	"D1F1,CA"
37	A3	0.460	1.8	0.6	0.44100	E1E2(E3)
38	A4	1.900	4.0	2.5	0.44100	E1E2(E3L12)
39	A12	4.200	7.8	5.0	0.53900	E2E3(E4L23)
40	A13	7.800	21.	15.	0.53900	E2E3(E4L23)
41	A17	3.300	69.	5.	1.50000	E5E4(E3L54
42	A24	22.	31.	25.	1.31000	E5E4E3(E2)
43	A28	33.	62.	50.	1.20000	E5E4E3E2
44	AL01	0.980	1.770	1.000	0.04020
45	AL02	1.770	4.220	2.500	0.04020
46	M34	0.150	0.180	0.200	0.09750	E0E2
47	L5	0.470	5.600	1.500	0.44100	E1E2(E3L12)
48	L14	5.800	28.	6.	0.53900	E2E3(E4L23)
49	L18	6.800	28.	5.	1.50000	E5E4(E3L54
50	M38	0.072	0.150	0.100	0.09750	E0(E2)
51	M35	0.180	0.280	0.250	0.09750	E0E2(E3)
52	M47	0.124	14.300	0.250	0.44100	D1F2
53	M6	0.530	5.600	0.500	0.44100	E1E2(E3L12)
54	M7	6.170	8.600	6.000	0.44100	E1E2(E3L12)
55	M15	9.500	46.000	15.000	0.53900	E2E3(E4L23)
56	M19	6.800	10.400	6.000	1.50000	E5E4(E3L54)
57	M20	10.400	40.	15.	1.50000	E5E4(E3L54)
58	M25	48.	64.	50.	1.31000	E5E4E3(E2)
59	M29	68.	270.	70.	1.20000	E5E4E3E2
60	H36	0.099	0.140	0.100	0.09750	E0(E2)
61	H8	0.310	2.200	0.350	0.44100	E1E2(E3)
62	H9	2.300	12.	2.	0.44100	E1E2(E3)
63	H43	13.000	82.	15.	0.53900	E2E3(E4)
64	H21	9.500	18.	10.	1.50000	E5E4(E3L54)
65	H22	19.	78.	25.	1.50000	E5E4(E3L54)
66	H26	82.	120.	100.	1.31000	E5E4E3
67	H30	127.	850.	150.	1.20000	E5E4E3E2
68	AR					SINGLES
69	E0					SINGLES
70	E1					SINGLES
71	E2					SINGLES
72	E3					SINGLES
73	E4					SINGLES
74	E5					SINGLES
75	AL					SINGLES
76	ALAR					SINGLES
77	ESA0	2.500	99.999	2.500	0.49350	A-B COINC.
78	ESB0	8.500	99.999	8.500	0.94620	B 4 PI SR
79	AB10	8.500	99.999	8.500	0.05040	A-B COINC.
80	DP09	0.285	5.020	0.250	0.00084	DELTA'
81	DP10	0.480	2.580	0.600	0.00084	DELTA'
82	DP11	0.725	1.640	1.000	0.00084	DELTA'
83	PD09	0.285	5.250	0.250	0.00260	DELTA
84	PD10	0.480	2.720	0.600	0.00260	DELTA
85	PD11	0.725	1.580	1.000	0.00260	DELTA
86	AB12	54.000	87.300	50.000	0.05040	A-B COINC.
87	AB13	87.300	152.000	100.000	0.05040	A-B COINC.
88	PSA1	15.800	158.000	15.000	0.49350	A 2 PI SR
89	PSA2	15.800	49.000	25.000	0.49350	A 2 PI SR
90	PSA3	16.300	26.200	25.000	0.49350	A 2 PI SR
91	PSB1	54.000	174.000	50.000	0.94620	B 4 PI SR
92	PSB2	54.000	87.300	50.000	0.94620	B 4 PI SR
93	PSB3	54.000	59.000	50.000	0.94620	B 4 PI SR
94	DA03	0.480	2.450	0.600	0.00084	DELTA'
95	DA04	0.780	1.410	1.000	0.00084	DELTA'
96	DZ01	0.405	18.800	0.600	0.00084	DELTA'
97	AD03	0.480	2.580	0.600	0.00260	DELTA
98	AD04	0.780	1.480	1.000	0.00260	DELTA
99	ZD01	0.400	19.800	0.600	0.00260	DELTA
100	SPARE

*Don't work

Additional material:

C PASSBANDS,BACKGROUNDS,AND GEOMETRIC FACTORS FOR FU2,VOYAGER I  
C FEBRUARY 19,1979:3/19/79, DELTA GF, DEF,SECTORS CORRECTED  
C       THRESHOLDS  3/21/79 D-D' SUBCOM CORRECTED  
FAT  NAME    LOW    HIGH    MEAN    BKGRND     G.F.    TEXT  
 #        (MEV/N) (MEV/N) (MEV/N) (C/SEC.) (CMSQSR)
 1.  EB01 0.0150  0.0370  0.0200 0.0000000 0.006000 1 0 0 0 2  
 2.  EBD1 0.0150  0.5000  0.0200 0.0000000 0.000120 1 4 0 0 2  
    *S ** 0.93 1.09 1.24 1.18 1.00 0.43 0.20 
 3.  EB02 0.0370  0.0610  0.0450 0.0000000 0.006000 1 0 0 0 2  
 4.  EBD2 0.0370  0.5000  0.0450 0.0000000 0.000120 1 4 0 0 2  
    *S ** 0.93 1.09 1.24 1.18 1.00 0.43 0.20 
 5.  EB03 0.0700  0.1120  0.0900 0.0000000 0.006000 1 0 0 0 2  
 6.  EBD3 0.0700  0.5000  0.0900 0.0000000 0.000120 1 4 0 0 2  
    *S ** 0.93 1.09 1.24 1.18 1.00 0.43 0.20 
 7.  EB04 0.1300  0.1830  0.1200 0.0000000 0.006000 1 0 0 0 3  
 8.  EBD4 0.1300  0.5000  0.1200 0.0000000 0.000120 1 4 0 0 3  
    *S ** 0.93 1.09 1.24 1.18 1.00 0.43 0.20 
 9.  EB05 0.2000  0.5000  0.2000 0.0000000 0.006000 1 0 0 0 4  
10.  EBD5 0.2000  0.5000  0.2000 0.0000000 0.000120 1 4 0 0 4  
    *S ** 0.93 1.09 1.24 1.18 1.00 0.43 0.20 
11.  EG06 0.2520  2.0000  0.2500 0.0000000 0.002000 1 0 0 0 5  
12.  EG07 0.4800  2.0000  0.5000 0.0000000 0.002000 1 0 0 0 5  
13.  EG08 0.8530  2.0000  0.9000 0.0000000 0.002000 1 0 0 0 6  
14.  EG09 2.1000  5.0000  2.0000 0.0000000 0.002000 1 0 0 0 7  
15.  E 44 0.3500  1.5000  0.5000 0.0000000 1.310000 1 0 0 035  
16.  E 45 2.5000  100.00  2.0000 0.0000000 1.310000 1 0 0 035  
17.  E 37 6.0000  100.00  6.0000 0.0000000 1.310000 1 0 0 035  
18.  PL01 0.0300  0.0530  0.0250 0.0000000 0.040200 1 0 0 0 9  
19.  PL02 0.0530  0.0850  0.0500 0.0000000 0.040200 1 0 0 0 9  
20.  PL03 0.0850  0.1390  0.1000 0.0000000 0.040200 1 0 0 0 9  
21.  PL04 0.1390  0.2000  0.1500 0.0000000 0.040200 1 1 21110  
    *A ** 0.0343  0.0538 
22.  PL05 0.2000  0.5500  0.2500 0.0000000 0.040200 1 1 21211  
    *A ** 0.0538  0.1500 
23.  PL06 0.5400  1.0500  0.6000 0.0000000 0.040200 1 1 31312  
    *A ** 0.1500  0.2700 
24.  PL07 1.0500  2.0300  1.0000 0.0000000 0.040200 1 1 31413  
    *A ** 0.2700  0.5100 
25.  PL08 2.0300  4.0100  2.5000 0.0000000 0.040200 1 1 41414  
    *A ** 0.5100  0.9800 
26.  P 32 0.3100  0.6100  0.3500 0.0000000 0.097500 1 0 0 042 E0E2(E3)
27.  P  1 0.5700  0.8900  0.6000 0.0000000 0.441000 1 0 0 016 E1E2(E3)
28.  P 10 4.4000  9.2000  5.0000 0.0000000 0.539000 1 0 0 017 E2E3(E4)
29.  P 11 9.2000  21.000  12.000 0.0000000 0.539000 1 0 0 017 E2E3(E4)
30.  P 16 3.4000  17.600  5.0000 0.0000000 1.500000 1 0 0 018 E5E4(E3)
31.  P 23 22.000  31.000  25.000 0.0000000 1.310000 1 0 0 018 E5E4E3(E2) 
32.  P 27 34.000  71.500  50.000 0.0000000 1.200000 1 0 0 018 E5E4E3E2
33.  P 31 211.00  1000.0  250.00 0.0000000 1.310000 1 0 0 036 E4E3 CA
34.  A 39 0.1000  0.2030  0.1000 0.0000000 0.097500 1 2122620 E0(E2) 
   * M ** 0.0250  0.0720 
35.  A 33 0.2000  0.5100  0.3500 0.0000000 0.097500 1 0 0 021 E0E2(E3)
36.  A 46 0.1470  2.0000  0.6000 0.0000000 0.441000 1 0 0 021 D1F1,CA
37.  A  3 0.4600  1.8000  0.6000 0.0000000 0.441000 1 0 0 022 E1E2(E3)
38.  A  4 1.9000  4.0000  2.5000 0.0000000 0.441000 1 0 0 022 E1E2(E3L12 
39.  A 12 4.2000  7.8000  5.0000 0.0000000 0.539000 1 0 0 024 E2E3(E4L23 
40.  A 13 7.8000  21.000  15.000 0.0000000 0.539000 1 0 0 024 E2E3(E4L23 
41.  A 17 3.3000  69.000  5.0000 0.0000000 1.500000 1 2183025 E5E4(E3L54 
    *M ** 127.00  1000.0                                     CONTAMINANT 
42.  A 24 22.000  31.000  25.000 0.0000000 1.310000 1 0 0 025 E5E4E3(E2  
43.  A 28 33.000  62.000  50.000 0.0000000 1.200000 1 2183025 E5E4E3E2
    *M ** 341.00  1000.0                                      CONTAMINAN 
44.  AL01 0.9800  1.7700  1.0000 0.0000000 0.040200 1 2142819 CALC.  
    *M ** 0.2700  0.4700                                      CONTAMINAN 
45.  AL02 1.7700  4.2200  2.5000 0.0000000 0.040200 1 2142819 CALC.  
    *M ** 0.4700  1000.0                                      CONTAMINAN 
46.  M 34 0.1500  0.1800  0.2000 0.000000  0.097500 1 0 0 021 E0 E2 CALC 
47.  L  5 0.4700  5.6000  1.5000 0.000000  0.441000 1 0 0 043 E1E2(E3L12 
48.  L 14 5.8000  28.000  6.0000 0.000000  0.539000 1 0 0 043 E2E3(E4L23 
49.  L 18 6.8000  28.000  5.0000 0.000000  1.500000 1 0 0 043 E5E4(E3L54 
50.  M 38 0.0720  0.1500  0.1000 0.000000  0.097500 1 3203126 E0(E2) 
    *H ** 0.0200  0.0770                                      CONTAMINAN 
51.  M 35 0.1800  0.2800  0.2500 0.000000  0.097500 1 3203126 E0 E2(E3)  
    *N ** 0.1390  0.2600                                      CONTAMINAN 
52.  M 47 0.1240  14.300  0.2500 0.000000  0.441000 1 3203127 D1F2 CALC  
    *H ** 0.0310  768.00                                      CONTAMINAN 
53.  M  6 0.5300  5.6000  0.5000 0.000000  0.441000 1 3213228 E1E2(E3L12 
    *N ** 0.5100  4.6000                                      CONTAMINAN 
54.  M  7 6.1700  8.6000  6.0000 0.000000  0.441000 1 0 0 028 E1E2(E3L12 
55.  M 15 9.5000  46.000  15.000 0.000000  0.539000 1 3233329 E2E3(E4L23 
    *N ** 10.000  51.000 
56.  M 19 6.8000  10.400  6.0000 0.000000  1.500000 1 3243430 E5E4(E3L54 
    *N ** 7.1000  10.400                                      CONTAMINAN 
57.  M 20 10.400  40.000  15.000 0.000000  1.500000 1 3243430 E5E4(E3L54 
    *N ** 10.000  34.000                                      CONTAMINAN 
58.  M 25 48.000  64.000  50.000 0.000000  1.310000 1 3243430 E5E4E3(E2) 
    *N ** 65.000  74.000                                      CONTAMINAN 
59.  M 29 68.000  270.00  70.000 0.000000  1.200000 1 3243430 E5E4E3 E2  
    *N ** 78.000  730.00                                      CONTAMINAN 
60.  H 36 0.0990  0.1400  0.1000 0.000000  0.097500 1 0 0 031 E0(E2) CAL 
61.  H  8 0.3100  2.2000  0.3500 0.000000  0.441000 1 0 0 032 E1E2(E3 CA 
62.  H  9 2.3000  12.000  2.0000 0.000000  0.441000 1 0 0 032 E1E2(E3 CA 
63.  H 43 13.000  82.000  15.000 0.000000  0.539000 1 0 0 033 E2E3(E4 CA 
64.  H 21 9.5000  18.000  10.000 0.000000  1.500000 1 0 0 034 E5E4(E3L54 
65.  H 22 19.000  78.000  25.000 0.000000  1.500000 1 0 0 034 E5E4(E3L54 
66.  H 26 82.000  120.00  100.00 0.000000  1.310000 1 0 0 034 E5E4E3 CAL 
67.  H 30 127.00  850.00  150.00 0.000000  1.200000 1 0 0 034 E5E4E3E2 C 
68.  S AR  
69.  S E0  
70.  S E1  
71.  S E2  
72.  S E3  
73.  S E4  
74.  S E5  
75.  S AL  
76.  ALAR  
77.  ESA0 2.5000  99.999  2.5000 0.000000  0.493500 1 0 0 043 A 2-PI SR  
78.  ESB0 8.5000  99.999  8.5000 0.000000  0.946200 1 0 0 043 B 4-PI SR  
79.  AB10 8.5000  99.999  8.5000 0.000000  0.050400 1 0 0 043 A-B COINC. 
80.  DP09 0.2850  5.0200  0.2500 0.000000  0.000840 1 4 0 035 DELTA' 
    *S ** 0.92 0.80 0.98 1.00 0.98 0.93 0.85 
81.  DP10 0.4800  2.5800  0.6000 0.000000  0.000840 1 4 0 035 DELTA' 
    *S ** 0.92 0.80 0.98 1.00 0.98 0.93 0.85 
82.  DP11 0.7250  1.6400  1.0000 0.000000  0.000840 1 4 0 036 DELTA' 
    *S ** 0.92 0.80 0.98 1.00 0.98 0.93 0.85 
83.  PD09 0.2850  5.2500  0.2500 0.000000  0.002600 1 0 0 038 DELTA  
84.  PD10 0.4800  2.7200  0.6000 0.000000  0.002600 1 0 0 038 DELTA  
85.  PD11 0.7250  1.5800  1.0000 0.000000  0.002600 1 0 0 039 DELTA  
86.  AB12 54.000  87.300  50.000 0.000000  0.050400 1 0 0 042 A-B COINC. 
87.  AB13 87.300  152.00  100.00 0.000000  0.050400 1 0 0 042 A-B COINC. 
88.  PSA1 15.800  158.00  15.000 0.000000  0.493500 1 0 0 043 A 2-PI SR. 
89.  PSA2 15.800  49.000  25.000 0.000000  0.493500 1 0 0 042 A 2 PI SR. 
90.  PSA3 16.300  26.200  25.000 0.000000  0.493500 1 0 0 042 A 2 PI SR. 
91.  PSB1 54.000  174.00  50.000 0.000000  0.946200 1 0 0 043 B 4 PI SR. 
92.  PSB2 54.000  87.300  50.000 0.000000  0.946200 1 0 0 042 B 4 PI SR. 
93.  PSB3 54.000  59.000  50.000 0.000000  0.946200 1 0 0 042 B 4 PI SR. 
94.  DA03 0.4800  2.4500  0.6000 0.000000  0.000840 1 4 0 043 DELTA' 
    *S ** 0.92 0.80 0.98 1.00 0.98 0.93 0.85 
95.  DA04 0.7800  1.4100  1.0000 0.000000  0.000840 1 4 0 043 DELTA' 
    *S ** 0.92 0.80 0.98 1.00 0.98 0.93 0.85 
96.  DZ01 0.4050  18.800  0.6000 0.000000  0.000840 1 4 0 043 DELTA' 
    *S ** 0.92 0.80 0.98 1.00 0.98 0.93 0.85 
97.  AD03 0.4800  2.5800  0.6000 0.000000  0.002600 1 0 0 043 DELTA  
98.  AD04 0.7800  1.4800  1.0000 0.000000  0.002600 1 0 0 043 DELTA  
99.  ZD01 0.4000  19.800  0.6000 0.000000  0.002600 1 0 0 043 DELTA  
00. SPARE  
*** THIS IS A FILE DESCRIBING THE FORMULAS FOR CALCULATION OF SPECTRAL
     EXPONENTS. VOYAGER 1, FU2,5/14/78

     GAMMA=C1*(LOG10(RATIO)+C2)

ITEM. NAME FAT FILE IDS. COEFFS.OF FIT 1    BOUNDARY  COEFFS. OF FIT 2
 #         NUM.  DENOM.    C1      C2         RATIO     C1      C2
 1   EB12     1     3   -2.486  0.1920  2.0000   -3.076  0.0550  
 2   EB23     3     5   -3.993  0.2930 
 3   EB34     5     7   -3.998  0.1680  1.0580   -4.134  0.1400  
 4   EB45     7     9   -3.822  0.5020  0.5200   -2.913  0.6650  
 5   EG67    11    12   -3.839  0.1890  1.0600   -10.15 -0.0830  
 6   EG78    12    13   -4.728  0.0580  1.1760   -10.33 -0.1380  
 7   EG89    13    14   -2.541  0.4050 
 8   PL12    18    19   -4.356  0.1350 
 9   PL23    19    20   -4.790  0.2290 
10   PL34    20    21   -4.942  0.1380 
11   PL45    21    22   -3.969  0.5670  0.4270    2.514 -0.0940  
12   PL56    22    23   -2.567  0.2720  1.2270    1.909 -0.6450  
13   PL67    23    24   -3.339  0.3650  0.6330    3.283 -0.3560  
14   PL78    24    25   -4.338  0.0490  1.3210    9.221 -0.4400  
15   32/1    26    27   -4.171  0.0910  1.2580   -4.770  0.0250  
16   1/10    27    28   -1.068  1.1640 
17   1011    28    29   -2.988  0.3860 
18   1623    30    31   -1.409  0.2000  7.5000   -2.066 -0.2300  
19   AL12    44    45   -4.325  0.2150  0.9310    7.009 -0.3160  
20   3933    34    35   -3.108  0.4210  0.8000   -2.778  0.4880  
21   33/3    35    37   -2.588  0.4860  0.8710   -2.083  0.6440  
22    3/4    37    38   -1.740  0.4010  2.6060   -2.179  0.1790  
23   4/12    38    39   -3.098  0.2270 
24   1213    39    40   -3.345  0.4430  0.7270   -2.778  0.5720  
25   1724    41    42   -1.471  0.0190  5.5560    3.404 -1.2630  
26   3835    50    51   -2.268  0.3490  1.8640   -3.054  0.0960  
27   35/6    51    53   -1.478  1.1800  0.3420   -1.019  1.6060  
28    6/7    53    54   -1.363  0.2540  6.0000   -2.078  0.1920  
29   7/15    54    55   -1.991  0.9480  0.3780   -1.680  1.0780  
30   1920    56    57   -3.376  0.5970  4.7060   -2.210  0.8650  
31   36/8    60    61   -1.657  1.1340  0.6430   -3.201  0.5830  
32    8/9    61    62   -1.151  0.7550  2.0000   -1.589  0.4180  
33   9/43    62    63   -1.823  0.6590  0.8000   -1.542  0.7810  
34   2122    64    65   -2.447  0.3510 
35   PDG1    80    81    1.0    0.0  
36   PDG2    81    82    1.0    0.0  
37   ABG1    86    87   -4.970  0.1800  1.0000   -8.830  0.1100  
38   DPG1    83    84    1.0    0.0  
39   DPG2    84    85    1.0    0.0  
40   ADG1    94    95    1.0    0.0  
41   DAG1    97    98    1.0    0.0  
42   A2B2    89    92   -2.110  0.1900  2.0000   -2.350  0.1100  
43   SPAR  
44   SPAR  
45   SPAR  
46   SPAR  
47   SPAR  
48   SPAR  
49   SPAR  
50   SPAR  
***THIS FILE IS FOR INITIALIZATION OF THE ABUNDANCE RATIO CALCULATIONS
  THE FORM OF THE EMPIRICAL EXPRESSION USED IN THE CALCULATIONS IS:  
*  VGR 1, MAY 15,1978  
*  LOG(P/ALPHA)=LOG(C.R.RATIO)/(A*GAMMA**2+B*GAMMA + C)  
*  
ITEM  NUMERS. DENOMS.IG. NAME      A       B       C    GFL GFU  DEF.
  1  20 00 00  34 00 10 PL3/39  -0.0132 -0.1172 -0.2829 -2.0 1.0 -1.5
  2  21 22 00  35 00 11 P45/33  +0.4325  1.9682  2.2918 -1.5 1.0 -1.5
  3  23 24 00  37 00 13 P6+7/3   0.1458  0.7609  0.9633 -1.5 1.0 -1.5
  4  27 00 00  37 00 15  P1/A3  -0.0205 -0.1320 -0.5975 -6.0 1.0 -3.0
  5  28 00 00  39 00 17  10/12   0.0026  0.0514  0.1253 -6.0 1.0 -3.0
  6  29 00 00  40 00 24  11/13  -0.0046  0.0262 -0.0497 -6.0 1.0 -3.0
  7  24 00 00  44 00 14 PL7/A1   0.0158 -0.0285  0.0191 -2.5 1.0 -3.0
  8  25 00 00  38 00 14 PL8/ 4   0.0144 -0.0276 -0.1015 -2.0 1.0 -3.0
  9  30 00 00  41 00 18  16/17  -0.0226 -0.1751 -0.3636 -6.0-1.0 -3.0
 10  31 00 00  42 00 18  23/24   0.0000  0.0000  1.0000 -6.0 1.0 -3.0
 11  32 00 00  43 00 18  27/28   0.0043  0.0599  0.1532 -6.0-1.5 -3.0
 12  34 00 00  50 00 20  39/38   0.0060  0.1410  0.0416 -2.5 1.0 -3.0
 13  35 00 00  51 00 21  33/35  -0.0043  0.1792  0.4258 -6.0 1.0 -3.0
 14  37 38 00  53 00 22  3+4/6  -0.0030 -0.0773 -0.1223 -6.0 1.0 -3.0
 15  39 00 00  54 00 24   12/7  -0.0156 -0.0118  0.0578 -6.0 1.0 -3.0
 16  40 00 00  55 00 24  13/15  -0.0200 -0.2405 -0.4609 -6.0 1.0 -3.0
 17  41 00 00  56 00 25  17/19   0.0760  0.3325  1.0102 -6.0-1.5 -3.0
 18  42 43 00  57 58 25 248205  -0.0129  0.1677 -0.0554 -6.0-1.0 -3.0
 19  36 00 00  52 00 22 D1F1/2  -0.5717 -1.9981 -2.0484 -2.5 1.0 -3.0
 20  50 00 00  60 00 26  38/36   0.0541 -0.0913  0.5999 -6.0 1.0 -3.0
 21  53 00 00  61 00 28    6/8   0.0099  0.1423 -0.3752 -3.0 1.0 -3.0
 22  54 00 00  62 00 29    7/9  -0.0055 -0.0584 -0.9391 -6.0 1.0 -3.0
 23  55 00 00  63 00 29  15/43  -0.0040 -0.1523 -0.4642 -6.0 1.0 -3.0
 24  56 57 58  64 65 30 192521   0.0115 -0.0670 -0.4516 -6.0 1.0 -3.0
 25  80 00 00  94 00 00 PD9/A3   0.0000  0.0000  1.0000 -6.0 1.0 -3.0
 26  81 00 00  95 00 00 P10/A4   0.0000  0.0000  1.0000 -6.0 1.0 -3.0
 27  95 00 00  96 00 00 AD4/Z1   0.0000  0.0000  1.0000 -6.0 1.0 -3.0
 28  83 00 00  97 00 00 DP9/A3   0.0000  0.0000  1.0000 -6.0 1.0 -3.0
 29  87 00 00  93 00 00 AB13/3  -0.0004  0.2500 -0.3141 -6.0-0.5 -3.0
 30  98 00 00  99 00 00 DA4/Z1   0.0000  0.0000  1.0000 -6.0 1.0 -3.0
*** VGR 1   2/14/79     CALCULATION OF ANGULAR DISTRIBUTION RATIOS
*  INCLUDING CORRECTIONS FOR SPECTRUM AND RELATIVE GEOMETRIC FACTORS 
*   RATIO=(C.R.RATIO)/10**(A*GAMMA**2+B*GAMMA+C)
ITEM  NUMS. DENOMS.  
 1  028 029  030 000 10+11/16  -0.0031 +0.0873 +0.0662 -6.0 +1.0 
 2  039 040  041 000 12+13/17  -0.0311 -0.1523 -0.4030 -6.0 -1.0 
 3  055 000  056 057 15/19+20  -0.0122  0.0458 -0.0208 -6.0 +1.0 
 4  063 000  064 065 43/21+22  -0.0147 -0.0110  0.3978 -6.0  1.0 
*  
*  
* THIS FILE IS FOR THE CALCULATION OF POLAR/EQUATORIAL RATIOS FOR
* E-BETA'/E-BETA.  NO CORRECTION FOR PASSBAND WILL BE MADE AT THIS
* TIME.  WE WILL USED EMPIRICALLY DERIVED RELATIVE GEOMETRIC FACTORS 
* AS SOON AS THEY ARE AVAILABLE FROM FLIGHT DATA.  WE WILL USE A SIMILAR 
* FORM T TO THE OTHER CALULCATIONS.  
*  
*  (POLAR/EQUATOR)=(C.R.POLAR/C.R.EQUAT.)*(G.F.EQUATOR/G.F.POLAR)

ITEM NUM. DEN. NAME      SEC 1 SEC 2 SEC 3 SEC 4 SEC 5 SEC 6 SEC 7
  5  001  002  EBD1/EB01  5.00  2.33  1.00  .847  .806  .917  1.08
  6  003  004  EBD2/EB02  5.00  2.33  1.00  .847  .806  .917  1.08
  7  005  006  EBD3/EB03  5.00  2.33  1.00  .847  .806  .917  1.08
  8  007  008  EBD4/EB04  5.00  2.33  1.00  .847  .806  .917  1.08
  9  009  010  EBD5/EB05  5.00  2.33  1.00  .847  .806  .917  1.08
 10  080  083  PD09/DP09  0.85  0.93  0.98  1.00  0.98  0.80  0.92
 11  081  084  PD10/DP10  0.85  0.93  0.98  1.00  0.98  0.80  0.92
 12  082  085  PD11/DP11  0.85  0.93  0.98  1.00  0.98  0.80  0.92
 13  094  097  AD03/DA03  0.85  0.93  0.98  1.00  0.98  0.80  0.92
 14  095  098  AD04/DA04 
 15  096  099  ZD01/DZ01  0.85  0.93  0.98  1.00  0.98  0.80  0.92
 16  
 17  
 18  
 19  
 20

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Updated 8/9/19, Cameron Crane

VOYAGER 1 ELAPSED TIME

--:--:--:--

Days: Hours: Minutes: Seconds

*Since official launch
September 5, 1977, 12:56:00:00 UTC

VOYAGER 2 ELAPSED TIME

--:--:--:--

Days: Hours: Minutes: Seconds

*Since official launch
August 20, 1977, 14:29:00:00 UTC

QUICK FACTS

Manufacturer: Voyagers 1 and 2 were built in the Jet Propulsion Laboratory in Southern California.

Mission Duration: 40+ years have elapsed for both Voyager 1 and Voyager 2 (both are ongoing).

Destination: Their original destinations were Saturn and Jupiter. Their current destination is interstellar space.

Calibrations and Channel Definitions

Passbands and Geometric Factors for Voyager 1 LECP

VOYAGER 1 ELAPSED TIME

VOYAGER 2 ELAPSED TIME

QUICK FACTS

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