With OTF Studio Software, you can tackle multilayer design challenges of any complexity. It offers powerful design and analysis tools, including synthesis algorithms enhanced with machine learning elements.

For trial versions, please reach out to our distribution partners.

OTF Studio workshop is an excellent opportunity to learn more about its capabilities and gain hand-on experience. 

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mid-infrared dispersive mirrors estimations

Here you can estimate GD variation accumulated of your system and the bandwidth. Also, you can estimate the required total physical thickness and the thickness of the thickest layer. Below you will see the the domain of admissible parameters (grey area) and your specification (red spot). Please input parameters required for calculations: spectral range, substrates/windows thicknesses (you can check multiple substrates/window according to your laser setup), and number of bounces.

λ_l  = μm   λ_u  = μm   Number of bounces   =

ZnSe:   d_s  = mm   Ge:   d_s  = mm   ZnS:   d_s  = mm   LGS:   d_s  = mm  

KBr:   d_s  = mm    Si:   d_s  = mm   GaSe:   d_s  = mm   GaAs:   d_s  = mm  

CaF₂:   d_s  = mm   ZGP:   d_s  = mm   BaF₂:   d_s  = mm   MgF₂:   d_s  = mm  

We hope that these estimations are useful for you. If you need some other substrates/windows to be included to the list, please contact us and we implement them.

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With OTF Studio software, you can design dispersive mirrors for the mid-infrared spectral range. These mirrors are typically broadband and must also exhibit significant variations in group delay.