Component |
Property |
Value |
Units |
Objective |
Magnification |
{{ inputs["objective.magnification"] }} |
|
Objective |
Numerical Aperture |
{{ inputs["objective.numerical_aperture"] }} |
|
Camera |
Pixel size |
{{ inputs["camera.pixel_size"] }} |
{{ inputs["camera.pixel_size.units"] }} |
Camera |
Number of pixels (horizontal) |
{{ inputs["camera.horizontal_number_of_pixels"] }} |
|
Camera |
Number of pixels (vertical) |
{{ inputs["camera.vertical_number_of_pixels"] }} |
|
Light source |
Wavelength |
{{ inputs["light_source.wavelength"] }} |
{{ inputs["light_source.wavelength.units"] }} |
Grating |
Period |
{{ inputs["grating.period"] }} |
{{ inputs["grating.period.units"] }} |
Fourier lens 1 |
Focal length |
{{ inputs["lens_1.focal_length"] }} |
{{ inputs["lens_1.focal_length.units"] }} |
Fourier lens 1 |
Clear aperture |
{{ inputs["lens_1.clear_aperture"] }} |
{{ inputs["lens_1.clear_aperture.units"] }} |
Fourier lens 2 |
Focal length |
{{ inputs["lens_2.focal_length"] }} |
{{ inputs["lens_2.focal_length.units"] }} |
Fourier lens 2 |
Clear aperture |
{{ inputs["lens_2.clear_aperture"] }} |
{{ inputs["lens_2.clear_aperture.units"] }} |
Pinhole |
Diameter |
{{ inputs["pinhole.diameter"] }} |
{{ inputs["pinhole.diameter.units"] }} |
The following plot shows the sizes of the features in the Fourier plane of the diffraction phase microscope, i.e. the image in the back focal plane of lens 1.
The following table provides results on the minimum resolution and maximum pixel size given the grating period, objective magnification, and 4f magnification.