6.12* Determine the position of the principal planes for a lens con- sisting of two concentric spherical surfaces.
6.12* Determine the position of the principal planes for a lens con- sisting of two concentric spherical surfaces.
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6
![6.12* Determine the position of the principal planes for a lens con-
sisting of two concentric spherical surfaces.
yo
VI H HV2
F;
h1
|h2
f.f.l.
b.f.l.
Xx
f
So
Si
Figure 6.5 Thick-lens geometry.
The principal planes are located at distances of V,H| = hj and
V½H, = h2, which are positive when the planes lie to the right of
their respective vertices. Figure 6.5 illustrates the arrangement
of the various quantities. The values of h and hz are (Problem 6.22)
given by
Eplease
show how to
f(n; – 1)d¡
(6.3)
get this!!
f(n - 1)d,
and
h2 =
(6.4)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8aca8a48-2311-440a-95ca-2787608ca55c%2F5bcbdd2f-8063-4164-b83d-e89470927d9b%2F5efv5yk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:6.12* Determine the position of the principal planes for a lens con-
sisting of two concentric spherical surfaces.
yo
VI H HV2
F;
h1
|h2
f.f.l.
b.f.l.
Xx
f
So
Si
Figure 6.5 Thick-lens geometry.
The principal planes are located at distances of V,H| = hj and
V½H, = h2, which are positive when the planes lie to the right of
their respective vertices. Figure 6.5 illustrates the arrangement
of the various quantities. The values of h and hz are (Problem 6.22)
given by
Eplease
show how to
f(n; – 1)d¡
(6.3)
get this!!
f(n - 1)d,
and
h2 =
(6.4)
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