Question

7-3. An incoherent imaging system has a square pupil function of width W. A square stop of width w/2 is placed at the center of the pupil, as shown in Fig. P7.3. a. Sketch cross sections of the optical transfer function with and without the stop present.

          7-3. An incoherent imaging system has a square pupil function of width W. A square stop of width w/2 is placed at the center of the pupil, as shown in Fig. P7.3.
a. Sketch cross sections of the optical transfer function with and without the stop present.

7-3. An incoherent imaging system has a square pupil function of width W. A square stop of width w/2 is placed at the center of the pupil, as shown in Fig. P7.3.
a. Sketch cross sections of the optical transfer function with and without the stop present.

Added by Shelley S.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Ajay Singhal

07/21/2021

Step 1

This means that the OTF will have a constant value of 1 within the range of -w/2 to w/2 along the x-axis. Show more…

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An incoherent imaging system has a square pupil function of width . A square stop of width is placed at the center of the pupil, as shown in Fig. P7.3. Sketch cross sections of the optical transfer function with and without the stop present. Hint: Geometrically find the overlap area and normalize it by dividing by the total area of Transform the x coordinate by replacing it by lambda dif. 7-3.An incoherent imaging system has a square pupil function of width w .A square stop of width W/ 2 is placed atthe center ofthe pupil,as shown in Fig.P7.3 a. Sketch cross sections of the optical transfer function with and without the stop present W/2