|
|
0.605 x |
38 mm |
62.8 mm |
non-coaxial |
0.038-0.006 |
8-50.8 |
F |
160 mm |
<0.062 % |
<0.03 ° |
Canrill |
|
|
0.556 x |
35 mm |
62.9 mm |
non-coaxial |
0.037-0.006 |
7.5-46.7 |
F |
160 mm |
<0.040 % |
<0.03 ° |
Canrill |
|
|
0.447 x |
29 mm |
64.9 mm |
non-coaxial |
0.032-0.006 |
7-37.5 |
F |
160 mm |
<0.040 % |
<0.03 ° |
Canrill |
|
|
0.284 x |
18.5 mm |
65.1 mm |
non-coaxial |
0.022 |
6.5 |
C |
160 mm |
<0.014 % |
<0.03 ° |
Canrill |
|
|
0.248 x |
16.2 mm |
65.3 mm |
non-coaxial |
0.019 |
6.5 |
C |
160 mm |
<0.017 % |
<0.03 ° |
Canrill |
|
|
0.123 x |
8 mm |
65.0 mm |
non-coaxial |
0.011 |
5.5 |
C |
160 mm |
<0.095 % |
<0.03 ° |
Canrill |
|
|
1.108 x |
67 mm |
60.5 mm |
|
0.056 |
6.2-92.7 |
M95 |
160 mm |
<0.048 % |
<0.04 ° |
Canrill |
|
|
0.271 x |
17.6 mm |
64.9 mm |
|
0.020 |
6.5 |
C |
160 mm |
<0.016 % |
<0.03 ° |
Canrill |
|
|
0.33 x |
11 mm |
|
|
0.14 (NA) |
4 |
C |
161 mm |
< 0.1 % |
<0.1 ° |
Schneider |
|
|
1 x |
88 mm |
88 mm |
non-coaxial |
|
8.0 |
M95 |
162 mm |
<0.1 % |
<0.1 ° |
SZ Vico |
|
|
0.25 x |
11 mm |
|
|
0.13 (NA) |
4 |
C |
176 mm |
< 0.1 % |
<0.1 ° |
Schneider |
|
|
0.209 x |
16.2 mm |
77.5 mm |
non-coaxial |
0.013 |
8 |
C |
178 mm |
<0.088 % |
<0.07 ° |
Canrill |
|
|
0.5 x |
11 mm |
22.0 mm |
Coaxial |
0.035 |
7 |
C |
178 mm |
<0.043 % |
<0.12 ° |
Canrill |
|
|
0.5 x |
11 mm |
22.0 mm |
non-coaxial |
0.036 |
7 |
C |
178 mm |
<0.042 % |
<0.12 ° |
Canrill |
|
|
0.18 x |
11 mm |
61.1 mm |
non-coaxial |
0.011 |
8 |
C |
178 mm |
<0.055 % |
<0.03 ° |
Canrill |
|
|
0.16 x |
11 mm |
68.8 mm |
non-coaxial |
0.01 |
8 |
C |
178 mm |
<0.06 % |
<0.03 ° |
Canrill |
|
|
0.14 x |
11 mm |
78.6 mm |
non-coaxial |
0.009 |
8 |
C |
178 mm |
<0.06 % |
<0.03 ° |
Canrill |
|
|
0.8 x |
17.6 mm |
22.0 mm |
non-coaxial |
0.04 |
10 |
C |
178 mm |
<0.100 % |
<0.15 ° |
Canrill |
|
|
0.8 x |
17.6 mm |
22.0 mm |
Coaxial |
0.04 |
10 |
C |
178 mm |
<0.100 % |
<0.15 ° |
Canrill |
|
|
1 x |
17.6 mm |
17.6 mm |
non-coaxial |
0.045 |
11.1 |
C |
178 mm |
<0.066 % |
<0.13 ° |
Canrill |
|
|
1 x |
17.6 mm |
17.6 mm |
Coaxial |
0.045 |
11.1 |
C |
178 mm |
<0.066 % |
<0.13 ° |
Canrill |
|
|
0.742 x |
57.4 mm |
77.4 mm |
non-coaxial |
0.034 |
6-76.5 |
M72 |
180 mm |
<0.035 % |
<0.03 ° |
Canrill |
|
|
0.805 x |
62 mm |
77.0 mm |
non-coaxial |
0.037 |
6-83 |
M72 |
180 mm |
<0.028 % |
<0.03 ° |
Canrill |
|
|
1.08 x |
82 mm |
75.9 mm |
non-coaxial |
0.040 |
8-111 |
M95 |
180 mm |
<0.031 % |
<0.03 ° |
Canrill |
|
|
0.411 x |
32 mm |
77.9 mm |
non-coaxial |
0.027-0.005 |
7.5-42.2 |
F |
180 mm |
<0.037 % |
<0.03 ° |
Canrill |
|
|
0.492 x |
38 mm |
77.2 mm |
non-coaxial |
0.031-0.005 |
8-51 |
F |
180 mm |
<0.060 % |
<0.03 ° |
Canrill |
|
|
0.453 x |
35 mm |
77.3 mm |
non-coaxial |
0.030-0.005 |
7.5-47 |
F |
180 mm |
<0.036 % |
<0.03 ° |
Canrill |
|
|
0.363 x |
29 mm |
79.9 mm |
non-coaxial |
0.026-0.005 |
7-37.5 |
F |
180 mm |
<0.039 % |
<0.04 ° |
Canrill |
|
|
0.231 x |
18.5 mm |
80.1 mm |
non-coaxial |
0.018 |
6.5 |
C |
180 mm |
<0.020 % |
<0.03 ° |
Canrill |
|
|
0.202 x |
16.2 mm |
80.2 mm |
non-coaxial |
0.016 |
6.5 |
C |
180 mm |
<0.019 % |
<0.03 ° |
Canrill |
|
|
0.1 x |
8 mm |
80.0 mm |
non-coaxial |
0.009 |
5.5 |
C |
180 mm |
<0.092 % |
<0.03 ° |
Canrill |
|
|
0.138 x |
11 mm |
79.7 mm |
non-coaxial |
0.009 |
8 |
C |
180 mm |
<0.062 % |
<0.03 ° |
Canrill |
|
|
0.29 x |
23 mm |
79.3 mm |
non-coaxial |
0.018 |
8 |
C |
180 mm |
<0.013 % |
<0.03 ° |
Canrill |
|
|
0.556 x |
43.6 mm |
78.4 mm |
non-coaxial |
0.031-0.005 |
9-57 |
M58 |
180 mm |
<0.045 % |
<0.03 ° |
Canrill |
|
|
0.901 x |
67 mm |
74.4 mm |
|
0.045 |
6.2-92.7 |
M95 |
180 mm |
<0.010 % |
<0.042 ° |
Canrill |
|
|
0.22 x |
17.6 mm |
80.0 mm |
|
0.016 |
6.5 |
C |
180 mm |
<0.020 % |
<0.04 ° |
Canrill |
|
|
0.5 x |
11 mm |
|
|
0.14 (NA) |
4 |
C |
195 mm |
< 0.1 % |
<0.1 ° |
Schneider |
|
|
0.25 x |
16 mm |
64.0 mm |
non-coaxial |
0.014 |
9 |
C |
200 mm |
<1.224 % |
<0.17 ° |
Canrill |
|
|
0.275 x |
16 mm |
58.2 mm |
non-coaxial |
0.017 |
8 |
C |
200 mm |
<0.032 % |
<0.03 ° |
Canrill |
|
|
1 x |
11 mm |
11.0 mm |
non-coaxial |
0.035 |
14.3 |
C |
200 mm |
<0.070 % |
<0.20 ° |
Canrill |