SPIE - Education Design of Cost Effective Infrared Imaging Lenses SC1213

Description
This course explains methods of infrared optical design to find cost optimized lens arrangements for modern Focal Plane Arrays (FPA). A primary goal of the course is to reveal the logic, systematic order, opportunities and practical constraints in the lens design process. Examples are taken from very fast lenses for uncooled FPA’s in the long wave infrared waveband up to medium fast lenses for cooled FPA’s in the medium wave infrared waveband. How find solutions for different Fields Of View (FOV) requirements from extreme narrow field up to extreme wide field (Horizontal FOV<90o)? Provided examples have maximal two separate lenses.
Description
This course explains methods of infrared optical design to find cost optimized lens arrangements for modern Focal Plane Arrays (FPA). A primary goal of the course is to reveal the logic, systematic order, opportunities and practical constraints in the lens design process. Examples are taken from very fast lenses for uncooled FPA’s in the long wave infrared waveband up to medium fast lenses for cooled FPA’s in the medium wave infrared waveband. How find solutions for different Fields Of View (FOV) requirements from extreme narrow field up to extreme wide field (Horizontal FOV<90o)? Provided examples have maximal two separate lenses.

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Design of Cost Effective Infrared Imaging Lenses - SC1213 - SPIE - Education
Bellingham, WA, USA
Design of Cost Effective Infrared Imaging Lenses
SC1213
Design of Cost Effective Infrared Imaging Lenses SC1213
This course explains methods of infrared optical design to find cost optimized lens arrangements for modern Focal Plane Arrays (FPA). A primary goal of the course is to reveal the logic, systematic order, opportunities and practical constraints in the lens design process. Examples are taken from very fast lenses for uncooled FPA’s in the long wave infrared waveband up to medium fast lenses for cooled FPA’s in the medium wave infrared waveband. How find solutions for different Fields Of View (FOV) requirements from extreme narrow field up to extreme wide field (Horizontal FOV<90o)? Provided examples have maximal two separate lenses.

This course explains methods of infrared optical design to find cost optimized lens arrangements for modern Focal Plane Arrays (FPA). A primary goal of the course is to reveal the logic, systematic order, opportunities and practical constraints in the lens design process. Examples are taken from very fast lenses for uncooled FPA’s in the long wave infrared waveband up to medium fast lenses for cooled FPA’s in the medium wave infrared waveband. How find solutions for different Fields Of View (FOV) requirements from extreme narrow field up to extreme wide field (Horizontal FOV<90o)? Provided examples have maximal two separate lenses.

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Technical Specifications

  SPIE - Education
Product Category Technical Courses and Programs
Product Number SC1213
Product Name Design of Cost Effective Infrared Imaging Lenses
Type Course
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