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デジタルカメラ AmScope HD408LのPDF ユーザーマニュアルをオンラインで閲覧またはダウンロードできます。AmScope HD408L 20 ページ。 4k multi-function cameras

Setup

To mount the camera to a C-Mount port, simply remove the camera's lens-port dust-cap, then align the microscope's

port with the lens port. Rotate the camera in a clockwise manner until it is firmly attached. The photo port on some

microscopes will have a rotating interface which can be locked and unlocked to change the orientation of the camera. If

so, you can use this to properly align the camera to produce upright images. If not, you may need to unscrew the camera

slightly to achieve the proper orientation.

Attach the lens to the camera by aligning the threads with the camera's lens port. Gently screw the lens into the port in

a clockwise manner until it is firmly attached. Next, slide the lens into an appropriate port. Because of the camera's size

and weight, it is better to use a port on the microscope intended specifically for cameras, such as a vertical trinocular

port. This will avoid tipping the microscope, and can prevent the camera from rotating. Additionally, a sizing adapter

may be needed if the diameter of the lens' tube does not match the diameter of the port. Some lenses will include sizing

adapters such as a 23mm to 30mm adapter.

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This camera uses a C-Mount standard lens mount. The camera can

be mounted directly to a microscope which provides a C-Mount

photo port, or it can be mounted to an ocular or photo port by

using an optional compensating lens. The C-Mount standard uses a

1" (25.4mm) diameter with 32TPI (0.794mm pitch).

To use a compensating lens, the correct lens must be used. A compatible compen-

sating lens would have a C-Mount thread which would allow it to screw onto the

camera's lens mount. The other end would be cylindrical, and would slide into one

of the microscope's ocular ports or photo port. The compensating lens will have a

magnification such as 0.5X or 0.37X. When the lens has a magnification below 1X,

it is referred to as a reduction lens since it reduces the size of the image projected

onto the camera's sensor. The magnification should roughly match the optical for-

mat of the camera's image sensor (see Sensor Optical Format in the specification

tables). For example, if the camera's sensor format is 1/2", then a 0.5X compensat-

ing lens would be appropriate.

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