Model NO.: MZDA0745C
Shape: Rectangular Prism
Feature: Video Microscope Systems
Number of Cylinder: Monocular
Stereoscopic Effect: Stereoscopic Effect
Function: Monocular Microscope
HS Code: 9011100000
MZDA0745C high-contrasted coaxial illumination zoom monocular video microscope systems, original imaging and illumination optical system design, making it have higher contrast and depth of field. It can connect with CS-mount or C-mount CCD (CMOS) camera, display, computer etc. They can be used in electric equipments, semiconductor, LCD, LED etc. for observing, checking-up and survey digital images. Specially fit for checking-up objects with low reflectivity (such as plane presswork, LCD bugs).
2.Main technology Specifications:
· High-contrasted, in focus all the zoom course, even illumination
· Zoom objective magnification: 0.7X~4.5X. Working distance is 103mm.
· Standard total optical magnification: 0.7X~4.5X, extend total magnification: 0.196X~18X
· Adjustable high luminance LED coaxial illumination, AC100~240V, breadth voltage input.
· The measurement to match between the support and the main body is Φ45mm
· 0.4X, 0.5X, 0.67X, 1X(standard outfits), 1.5X, 2X five magnification CS-mount CCD adapter to be selected
· 0.7X, 2X auxiliary objective
Main advantages: its high contract and high definition are the same level to the other international similar competitive grade, but the price is less than those products.It can see including LCD, chips, wafer etc. almost the whole objects.
Main sphere of application: it uses to observe, analysis and checking-up wafer fab, chips, LCD etc fine test with high reflectivity and generic objects high clearly imaging observing, analyse. Especially fit for the high level research.
Adjusting explanation: Loosen two screws above the Holder, the CCD attachment may revolve 360°so as to adjust the direction of CCD; meanwhile loosen three screws of the annular knurl part, and revolved the annular knurl part, it can adjust the high and low on focus. The top three screws can be adjusted when the CCD target surface isn't in the central.
|Main body ZDM0745||*|
|LED illuminator MLC1000||*|
|Auxiliary objective||CCD adapter|
(Without auxiliary objective)
|Field of video(mm)||12.9X17.1|
|Field of video(mm)||18.4X24.5|
|Field of video(mm)||6.4X8.57|
|Magnification range of zoom body 0.7X~4.5X|
|Note: a. The field of video is based on 1/3" CCD adapter.|
b. Total magnification = Optical magnification × Digital magnification
Optical magnification = CCD adapter magnification × Auxiliary objective magnification × Zoom body magnification
For example: CCD adapter is 1X, without auxiliary objective(now the multiplicator is 1), on zoom body's scale locating 2,
Digital magnification = The size of display screen diagonal ÷ The size of CCD camera plate diagonal
The size of CCD camera plate diagonal:
1/3" CCD:6mm; 1/2" CCD:8mm; 2/3" CCD:11mm.
14" monitor matches 1/3" CCD camera's digital magnification =14×25.4÷6=59.27
17" monitor matches 1/3" CCD camera's digital magnification =17×25.4÷6=71.97
|Depth of field||2.1mm||0.32mm||0.10mm|
|The largest compatible camera||1/2"|
|CCD whorl mount||1 inch 32 button|
|--The depth of field is the value of parsing images if you use 1/2" CCD camera and monitor of level 320 line.(Imaging surface concessional confusion circumference: 40μm)|
--Resolution is the theory resolution of wavelength in 550nm.