我在carl zeiss里看到的资料: B)-P#,}
Example: an erythrocyte (O 8 μm) is photographed using B7'2@+(
the Achroplan objective 100x. The TV adapter has the F|WH=s3
factor 0.5x: =\<!kJ\yH
=0U"07%}
M optical = 100 x 0.5 = 50 x G~4|]^`g
{\=NZ\
The active sensor diagonal of the 1/3”-chip CCD-camera N4_V
is 5.3 mm. The monitor in the lecture room has a useful @qsOWx`l$
image diagonal of 61 cm (= 610 mm). /z(s1G.
3'`X_C|d53
M electronic = 610 mm / 5.3 mm = 115 x Cmj `WSSa
9l7 youZ]
The overall magnification then is: VqB9^qJ]!
iB'g7&,L
Moverall = Moptical x Melectronic = 50 x 115 = 5750 x Fg^zz*e
9**u\H)P6
The erythrocyte appears on the screen with 8 μm x 5750 = 46000 μm D-5~CK4`
or 46 mm = 4.6 cm xWty2/!h
[WunA,IuR
这里面总放大倍数是5750倍。为什么这里面的计算没有涉及到c-mount呢? a% 82I::t
*WXqN!:
请问用ccd相机连光学显微镜的最大放大倍数和有效的最大放大倍数? ]GHx<5Q:\
[6Nzz]yy
谢谢