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LEOK-48
Convolution Theorem
Optical Experiment Kit
According to the convolution theorem, the Fourier transform of the product of two functions equals the convolution of the two individual Fourier transforms of the two functions. On the contrary, the Fourier transform of the convolution of two functions is the product of the two individual Fourier transforms of the two functions. This experiment kit is designed to study the convolution theorem by optical means.
Feathure
Understand
convolution theorem
Understand Fourier transform
Precise measurement
Easy operation
Detailed instruction manual
Specifications
Semiconductor Laser |
5 mW @ 650 nm |
Optical Rail |
Length: 1 m |
Description |
Qty |
Semiconductor laser |
1 |
White screen (LEPO-14) |
1 |
Lens (f=225 mm) |
1 |
Polarizer |
2 |
Two-dimensional grating |
2 |
Optical rail (LEPO-54-1) |
1 |
10um series of optical fiber |
10um series of optical fiber |
10um series of optical fiber |
|
|
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