我在carl zeiss里看到的资料: O$}p}%%y7
Example: an erythrocyte (O 8 μm) is photographed using d\aarhD8*
the Achroplan objective 100x. The TV adapter has the ]:CU.M1
factor 0.5x: 90)0\i+P
xOCHP|?
M optical = 100 x 0.5 = 50 x N&`VMEB)k
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The active sensor diagonal of the 1/3”-chip CCD-camera x{Y}1+Y4
is 5.3 mm. The monitor in the lecture room has a useful j4wcxZYY~
image diagonal of 61 cm (= 610 mm). )i&z!|/2
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M electronic = 610 mm / 5.3 mm = 115 x mQmn &:R
J /3qJst
The overall magnification then is: pkjf5DWp
82%~WQnS
Moverall = Moptical x Melectronic = 50 x 115 = 5750 x FLI\SF<
WVc3C-h,
The erythrocyte appears on the screen with 8 μm x 5750 = 46000 μm kTG4h@w
or 46 mm = 4.6 cm >C"f'!oM,j
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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? <vx/pH)f
L8K=Q
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? 7n*,L5%?]4
NG-Wn+W@b
谢谢