Modern Lens Design
Series: ELECTRONICS;
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Product details:
- Edition number 2
- Publisher McGraw Hill
- Date of Publication 16 November 2004
- ISBN 9780071438308
- Binding Hardback
- No. of pages631 pages
- Size 231x152x48 mm
- Weight 973 g
- Language English 0
Categories
Short description:
Chapter 1: Introduction Chapter 2: Automatic Lens Design: Managing the Lens Design ProgramChapter 3: Improving a DesignChapter 4: Evaluation: How Good Is This Design?Chapter 5: Lens Design DataChapter 6: Telescope ObjectivesChapter 7: Eyepieces and MagnifiersChapter 8: Cooke Triplet AnastigmatsChapter 9: Split TripletsChapter 10: The Tessar, Hellar, and Other Compounded TripletsChapter 11: Double-Meniscus AnastigmatsChapter 12: The Biotar or Double-Gauss LensChapter 13: Telephoto LensesChapter 14: Reversed Telephoto (Retrofocus and Fish-Eye) LensesChapter 15: Wide-Angle Lenses With Negative Outer ElementsChapter 16: The Petzval Lens: Head-up Display LensesChapter 17: Microscope ObjectivesChapter 18: Mirror and Catadioptric SystemsChapter 19: Infrared and Ultraviolet SystemsChapter 20: Zoom LensesChapter 21: Projection TV Lenses and Macro LensesChapter 22: Scanner/f-o, Laser Disk and Collimator LensesChapter 23: Tolerance BudgetingChapter 24: FormularyGLOSSARYREFERENCESINDEX
More
Chapter 3: Improving a DesignChapter 4: Evaluation: How Good Is This Design?Chapter 5: Lens Design DataChapter 6: Telescope ObjectivesChapter 7: Eyepieces and MagnifiersChapter 8: Cooke Triplet AnastigmatsChapter 9: Split TripletsChapter 10: The Tessar, Hellar, and Other Compounded TripletsChapter 11: Double-Meniscus AnastigmatsChapter 12: The Biotar or Double-Gauss LensChapter 13: Telephoto LensesChapter 14: Reversed Telephoto (Retrofocus and Fish-Eye) LensesChapter 15: Wide-Angle Lenses With Negative Outer ElementsChapter 16: The Petzval Lens: Head-up Display LensesChapter 17: Microscope ObjectivesChapter 18: Mirror and Catadioptric SystemsChapter 19: Infrared and Ultraviolet SystemsChapter 20: Zoom LensesChapter 21: Projection TV Lenses and Macro LensesChapter 22: Scanner/f-o, Laser Disk and Collimator LensesChapter 23: Tolerance BudgetingChapter 24: FormularyGLOSSARYREFERENCESINDEX
More
Chapter 5: Lens Design DataChapter 6: Telescope ObjectivesChapter 7: Eyepieces and MagnifiersChapter 8: Cooke Triplet AnastigmatsChapter 9: Split TripletsChapter 10: The Tessar, Hellar, and Other Compounded TripletsChapter 11: Double-Meniscus AnastigmatsChapter 12: The Biotar or Double-Gauss LensChapter 13: Telephoto LensesChapter 14: Reversed Telephoto (Retrofocus and Fish-Eye) LensesChapter 15: Wide-Angle Lenses With Negative Outer ElementsChapter 16: The Petzval Lens: Head-up Display LensesChapter 17: Microscope ObjectivesChapter 18: Mirror and Catadioptric SystemsChapter 19: Infrared and Ultraviolet SystemsChapter 20: Zoom LensesChapter 21: Projection TV Lenses and Macro LensesChapter 22: Scanner/f-o, Laser Disk and Collimator LensesChapter 23: Tolerance BudgetingChapter 24: FormularyGLOSSARYREFERENCESINDEX
More
Chapter 7: Eyepieces and MagnifiersChapter 8: Cooke Triplet AnastigmatsChapter 9: Split TripletsChapter 10: The Tessar, Hellar, and Other Compounded TripletsChapter 11: Double-Meniscus AnastigmatsChapter 12: The Biotar or Double-Gauss LensChapter 13: Telephoto LensesChapter 14: Reversed Telephoto (Retrofocus and Fish-Eye) LensesChapter 15: Wide-Angle Lenses With Negative Outer ElementsChapter 16: The Petzval Lens: Head-up Display LensesChapter 17: Microscope ObjectivesChapter 18: Mirror and Catadioptric SystemsChapter 19: Infrared and Ultraviolet SystemsChapter 20: Zoom LensesChapter 21: Projection TV Lenses and Macro LensesChapter 22: Scanner/f-o, Laser Disk and Collimator LensesChapter 23: Tolerance BudgetingChapter 24: FormularyGLOSSARYREFERENCESINDEX
More
Chapter 9: Split TripletsChapter 10: The Tessar, Hellar, and Other Compounded TripletsChapter 11: Double-Meniscus AnastigmatsChapter 12: The Biotar or Double-Gauss LensChapter 13: Telephoto LensesChapter 14: Reversed Telephoto (Retrofocus and Fish-Eye) LensesChapter 15: Wide-Angle Lenses With Negative Outer ElementsChapter 16: The Petzval Lens: Head-up Display LensesChapter 17: Microscope ObjectivesChapter 18: Mirror and Catadioptric SystemsChapter 19: Infrared and Ultraviolet SystemsChapter 20: Zoom LensesChapter 21: Projection TV Lenses and Macro LensesChapter 22: Scanner/f-o, Laser Disk and Collimator LensesChapter 23: Tolerance BudgetingChapter 24: FormularyGLOSSARYREFERENCESINDEX
More
Chapter 11: Double-Meniscus AnastigmatsChapter 12: The Biotar or Double-Gauss LensChapter 13: Telephoto LensesChapter 14: Reversed Telephoto (Retrofocus and Fish-Eye) LensesChapter 15: Wide-Angle Lenses With Negative Outer ElementsChapter 16: The Petzval Lens: Head-up Display LensesChapter 17: Microscope ObjectivesChapter 18: Mirror and Catadioptric SystemsChapter 19: Infrared and Ultraviolet SystemsChapter 20: Zoom LensesChapter 21: Projection TV Lenses and Macro LensesChapter 22: Scanner/f-o, Laser Disk and Collimator LensesChapter 23: Tolerance BudgetingChapter 24: FormularyGLOSSARYREFERENCESINDEX
More
Chapter 13: Telephoto LensesChapter 14: Reversed Telephoto (Retrofocus and Fish-Eye) LensesChapter 15: Wide-Angle Lenses With Negative Outer ElementsChapter 16: The Petzval Lens: Head-up Display LensesChapter 17: Microscope ObjectivesChapter 18: Mirror and Catadioptric SystemsChapter 19: Infrared and Ultraviolet SystemsChapter 20: Zoom LensesChapter 21: Projection TV Lenses and Macro LensesChapter 22: Scanner/f-o, Laser Disk and Collimator LensesChapter 23: Tolerance BudgetingChapter 24: FormularyGLOSSARYREFERENCESINDEX
More
Chapter 15: Wide-Angle Lenses With Negative Outer ElementsChapter 16: The Petzval Lens: Head-up Display LensesChapter 17: Microscope ObjectivesChapter 18: Mirror and Catadioptric SystemsChapter 19: Infrared and Ultraviolet SystemsChapter 20: Zoom LensesChapter 21: Projection TV Lenses and Macro LensesChapter 22: Scanner/f-o, Laser Disk and Collimator LensesChapter 23: Tolerance BudgetingChapter 24: FormularyGLOSSARYREFERENCESINDEX
More
Chapter 17: Microscope ObjectivesChapter 18: Mirror and Catadioptric SystemsChapter 19: Infrared and Ultraviolet SystemsChapter 20: Zoom LensesChapter 21: Projection TV Lenses and Macro LensesChapter 22: Scanner/f-o, Laser Disk and Collimator LensesChapter 23: Tolerance BudgetingChapter 24: FormularyGLOSSARYREFERENCESINDEX
More
Chapter 19: Infrared and Ultraviolet SystemsChapter 20: Zoom LensesChapter 21: Projection TV Lenses and Macro LensesChapter 22: Scanner/f-o, Laser Disk and Collimator LensesChapter 23: Tolerance BudgetingChapter 24: FormularyGLOSSARYREFERENCESINDEX
More
Chapter 21: Projection TV Lenses and Macro LensesChapter 22: Scanner/f-o, Laser Disk and Collimator LensesChapter 23: Tolerance BudgetingChapter 24: FormularyGLOSSARYREFERENCESINDEX
More
Chapter 23: Tolerance BudgetingChapter 24: FormularyGLOSSARYREFERENCESINDEX
More
GLOSSARYREFERENCESINDEX
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Long description:
The
The #1 resource in the optics field has been retooled into a "how-to" manual for the lens design process
Well-known optics guru Warren J. Smith reveals time-tested methods for designing any major lens type and includes seven fully worked design examples.
MoreTable of Contents:
1 resource in the optics field has been retooled into a "how-to" manual for the lens design process
Well-known optics guru Warren J. Smith reveals time-tested methods for designing any major lens type and includes seven fully worked design examples.
More
