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1. Stopping down a system. You are designing a system to focus a laser beam that will work only on axis, that is with a single spot. Analysis of your first design reveals that the transverse ray aberration at the paraxial image plane is a factor of x larger than the diffraction limited spot size. By what factor must you reduce radius of the laser beam to reduce the ray aberration to be equal to the diffraction limited spot size if you are also allowed to defocus the system? Preview will appear here... Enter math expression here 2. Stopping down a system. In the previous problem, let x = 8, that is the TSA at paraxial focus is eight times the diffraction-limited spot size. After the aberration correction methods have been applied, by what percentage will the diffraction limited spot be larger than the original design? Enter answer here 3. Stopping down a system. Repeat the calculation assuming you had a system with only coma, not spherical aberration. By what factor must you reduce radius of the laser beam to reduce the ray aberration to be equal to the diffraction limited spot size if you are also allowed to also defocus the system? Preview will appear here... Enter math expression here 4. Stopping down a system. Again, let x = 8 for this system with only coma. After the aberration correction methods have been applied, by what percentage will the diffraction limited spot be larger than the original design? Enter answer here

1. Stopping down a system. You are designing a system to focus a laser beam that will work only on axis, that is with a single spot. Analysis of your first design reveals that the transverse ray aberration at the paraxial image plane is a factor of x larger than the diffraction limited spot size. By what factor must you reduce radius of the laser beam to reduce the ray aberration to be equal to the diffraction limited spot size if you are also allowed to defocus the system? Preview will appear here... Enter math expression here 2. Stopping down a system. In the previous problem, let x = 8, that is the TSA at paraxial focus is eight times the diffraction-limited spot size. After the aberration correction methods have been applied, by what percentage will the diffraction limited spot be larger than the original design? Enter answer here 3. Stopping down a system. Repeat the calculation assuming you had a system with only coma, not spherical aberration. By what factor must you reduce radius of the laser beam to reduce the ray aberration to be equal to the diffraction limited spot size if you are also allowed to also defocus the system? Preview will appear here... Enter math expression here 4. Stopping down a system. Again, let x = 8 for this system with only coma. After the aberration correction methods have been applied, by what percentage will the diffraction limited spot be larger than the original design? Enter answer here

University Physics Volume 3
University Physics Volume 3
17th Edition
ISBN:9781938168185
Author:William Moebs, Jeff Sanny
Publisher:William Moebs, Jeff Sanny
Chapter4: Diffraction
Section: Chapter Questions
Problem 117AP: An amateur astronomer wants to build a telescope with a diffraction limit that will allow him to see...
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1. Stopping down a system. You are designing a system to focus a laser beam that will work only on axis, that is with a single spot. Analysis of your first design reveals that the transverse ray aberration at the paraxial image plane is a factor of x larger than the diffraction limited spot size. By what factor must you reduce radius of the laser beam to reduce the ray aberration to be equal to the diffraction limited spot size if you are also allowed to defocus the system? Preview will appear here... Enter math expression here 2. Stopping down a system. In the previous problem, let x = 8, that is the TSA at paraxial focus is eight times the diffraction-limited spot size. After the aberration correction methods have been applied, by what percentage will the diffraction limited spot be larger than the original design? Enter answer here 3. Stopping down a system. Repeat the calculation assuming you had a system with only coma, not spherical aberration. By what factor must you reduce radius of the laser beam to reduce the ray aberration to be equal to the diffraction limited spot size if you are also allowed to also defocus the system? Preview will appear here... Enter math expression here 4. Stopping down a system. Again, let x = 8 for this system with only coma. After the aberration correction methods have been applied, by what percentage will the diffraction limited spot be larger than the original design? Enter answer here
Transcribed Image Text:1. Stopping down a system. You are designing a system to focus a laser beam that will work only on axis, that is with a single spot. Analysis of your first design reveals that the transverse ray aberration at the paraxial image plane is a factor of x larger than the diffraction limited spot size. By what factor must you reduce radius of the laser beam to reduce the ray aberration to be equal to the diffraction limited spot size if you are also allowed to defocus the system? Preview will appear here... Enter math expression here 2. Stopping down a system. In the previous problem, let x = 8, that is the TSA at paraxial focus is eight times the diffraction-limited spot size. After the aberration correction methods have been applied, by what percentage will the diffraction limited spot be larger than the original design? Enter answer here 3. Stopping down a system. Repeat the calculation assuming you had a system with only coma, not spherical aberration. By what factor must you reduce radius of the laser beam to reduce the ray aberration to be equal to the diffraction limited spot size if you are also allowed to also defocus the system? Preview will appear here... Enter math expression here 4. Stopping down a system. Again, let x = 8 for this system with only coma. After the aberration correction methods have been applied, by what percentage will the diffraction limited spot be larger than the original design? Enter answer here
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