How Do You Optimize a Lens Design in Zemax for Different Units?

  • Thread starter Thread starter johngreen21
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SUMMARY

Optimizing a lens design in Zemax requires a clear understanding of lens specifications, focal length, and desired performance. Users must set up the lens layout accurately, ensuring the correct units (inches or mm) are employed to prevent conversion errors. The Merit Function Editor (MFE) is essential for defining the merit function and utilizing operands such as radius, thickness, and glass type to optimize lens parameters. Mastery of these tools and techniques will lead to successful lens design outcomes.

PREREQUISITES
  • Familiarity with Zemax lens design software
  • Understanding of lens specifications and performance metrics
  • Knowledge of the Merit Function Editor (MFE) in Zemax
  • Basic concepts of optical design, including operands and variables
NEXT STEPS
  • Study the Zemax user manual for detailed guidance on lens layout setup
  • Learn how to define and manipulate merit functions in the MFE
  • Explore the "Solve" feature in MFE for automatic operand adjustments
  • Research common operands used in lens design, such as radius and thickness
USEFUL FOR

Optical engineers, lens designers, and anyone involved in optimizing lens performance using Zemax software.

johngreen21
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Homework Statement
Use Zemax to solve the lens splitting problem meeting the requirements listed out in notes a-d
Relevant Equations
EFL=4"*7.8=31.2"
1687714781626.png

I tried to lay out the lens design and MFE, but was not getting the results I should be.
1687714835984.png

1687714863984.png

I am stuck on which steps I need to do first and what operands to use with the specific variables. The problem is written in inches, but I've always used mm's so I am unsure If I need to convert or not.
 
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Using Zemax for lens design can be overwhelming at first, but with some practice and understanding of the software, you will be able to solve this lens splitting problem. First, make sure you have all the necessary information such as the lens specifications, focal length, and desired performance.

Next, start by setting up your lens layout in Zemax. This includes defining the lens elements, their surfaces, and the material properties. Make sure to use the correct units, whether it is inches or mm, to avoid any conversion errors.

Once you have set up the lens layout, you can use the Merit Function Editor (MFE) to optimize the lens design. This involves defining the merit function, which is a mathematical expression that represents the desired performance of the lens. You can use operands and variables in the MFE to adjust the lens parameters and achieve the desired performance.

It is important to understand the different operands and their functions in Zemax, as they can greatly impact the optimization process. Some commonly used operands for lens design include radius, thickness, and glass type. You can also use the "Solve" feature in the MFE to automatically adjust the operands and find the best solution for your lens design.

If you are still unsure about which steps to take or which operands to use, I recommend referring to Zemax's user manual or seeking assistance from experienced Zemax users. With practice and patience, you will be able to successfully solve this lens splitting problem using Zemax.
 

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