我在carl zeiss里看到的资料: l!x+K&
Example: an erythrocyte (O 8 μm) is photographed using U*=E(l
the Achroplan objective 100x. The TV adapter has the '/u|32
factor 0.5x: mxgT}L0i
2~$S @c
M optical = 100 x 0.5 = 50 x Ux=~-}<-w
`&D#P%
The active sensor diagonal of the 1/3”-chip CCD-camera r89AX{:
is 5.3 mm. The monitor in the lecture room has a useful @\ y{q;
image diagonal of 61 cm (= 610 mm). kFp^?+WI%H
>SDQ@63E?
M electronic = 610 mm / 5.3 mm = 115 x w/*G!o-<
@\?ubF
The overall magnification then is: B8Fb$
,6{z
Moverall = Moptical x Melectronic = 50 x 115 = 5750 x :1*E5pX0n
#4bT8kq
The erythrocyte appears on the screen with 8 μm x 5750 = 46000 μm ev;&n@k_I
or 46 mm = 4.6 cm F9j@KC(yg
"++\6H<
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? Qf( A
ej-A=avd
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? EN2t}rua
Pjs=n7
谢谢