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LCP-13 Optical Image Differentiation Experiment

Short Description:

Optical differentiation is not only an important optical-mathematical operation, but also an important method of highlighting information in optical image processing. It can well extract and highlight the edges and details of low-contrast images, thereby improving image resolution. Rate and recognition rate. One of the important features of an image is its shape and contour. Under normal circumstances, we only need to identify the contour in the recognition of an image. This experiment introduces the use of optical correlation methods for spatial differentiation of the image, thereby depicting the contour edge of the image. This type of image processing and the use of optical projection type forward projection devices can perform differential correction on images and pictures.


Product Detail

Product Tags

 

Experiments

 1. Understand the principle of optical image differentiation
2.  Deepen the understanding of Fourier optical filtering
3.  Understand the structure and principle of 4f optical system

Specification

Item

Specifications

Semiconductor Laser 650 nm, 5.0 mW
Composite Grating 100 and 102 lines/mm
Optical Rail 1 m

Part List

Description

Qty

Semiconductor laser

1

Beam expander (f=4.5 mm)

1

Optical rail

1

Carrier

7

Lens holder

3

Composite grating

1

Plate holder

2

Lens (f=150 mm)

3

White screen

1

Laser holder

1

Two-axis adjustable holder

1

Small aperture screen

1


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