Optical System Creation: Maximizing Image Quality with First Surface Mirrors

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SUMMARY

This discussion focuses on the creation of an optical system utilizing two right angle prisms to reflect an image from point "A" to point "B". The user expresses concerns about optical errors and the need for additional lenses to ensure image clarity. Participants suggest using First Surface Mirrors (FSMs) to avoid edge visibility issues and recommend leveraging the autofocus capabilities of the camera to minimize optical distortions. The conversation emphasizes the importance of proper optical component selection for achieving optimal image quality.

PREREQUISITES
  • Understanding of optical systems and their components
  • Familiarity with First Surface Mirrors (FSMs)
  • Knowledge of lens types and their applications in optical systems
  • Basic principles of image reflection and refraction
NEXT STEPS
  • Research the specifications and applications of First Surface Mirrors (FSMs)
  • Explore different types of lenses and their placement in optical systems
  • Learn about optical error correction techniques in camera systems
  • Investigate the impact of autofocus mechanisms on image quality
USEFUL FOR

Optical engineers, photography enthusiasts, and students involved in optical system design and image quality optimization.

hromi2
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Hi guys,
I have one question or maybe some questions about creation an optical system. I have a drawing of the system (see below) where are placed 2 right angle prisms. The aim of this is to reflect image from "A" to "B". I suppose that I will need to add some lenses to do it right without optical errors, but I don't know where they should be placed and what kind of lenses should I use.

Does someone help me solve this? Thx.

icn0xz.png
 
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hromi2 said:
Hi guys,
I have one question or maybe some questions about creation an optical system. I have a drawing of the system (see below) where are placed 2 right angle prisms. The aim of this is to reflect image from "A" to "B". I suppose that I will need to add some lenses to do it right without optical errors, but I don't know where they should be placed and what kind of lenses should I use.

Does someone help me solve this? Thx.

icn0xz.png
Welcome to the PF.

What is the overall system for? How will it be used?
 
It should be used like a corner view for camera. So it will be placed other optical system in point "A". Therefore I suppose that my system is missing some simply solution.
 
hromi2 said:
It should be used like a corner view for camera. So it will be placed other optical system in point "A". Therefore I suppose that my system is missing some simply solution.
It sounds like your camera will have all of the focusing optics you will need. Have you tried doing this with just mirrors? Is this for schoolwork, BTW?
 
Yes, you are right. Camera is equipped with autofocus, but I'm little bit concerned if some optics errors will not appeared and the picture will be clear without some black frame or something like this. I know that the finally image will be horizontally flipped, but it's okay. Yes, it is. It's a semestral practice work.
 
hromi2 said:
Yes, you are right. Camera is equipped with autofocus, but I'm little bit concerned if some optics errors will not appeared and the picture will be clear without some black frame or something like this. I know that the finally image will be horizontally flipped, but it's okay. Yes, it is. It's a semestral practice work.
Are you familiar with First Surface Mirrors? Just use FSMs and make them large enough so that your camera doesn't see their edges...
 
The book claims the answer is that all the magnitudes are the same because "the gravitational force on the penguin is the same". I'm having trouble understanding this. I thought the buoyant force was equal to the weight of the fluid displaced. Weight depends on mass which depends on density. Therefore, due to the differing densities the buoyant force will be different in each case? Is this incorrect?

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