光学工程课程设计.docx

光学工程课程设计.docx

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光学工程课程设计

第一部分:

zemax在光学设计中的应用

姓名：

XXX学号：

20080030215同组成员姓名：

XXX

设计要求：

焦距

，视场角

，物镜相对孔径

像差要求

；

Date:

SATJAN152011

GENERALLENSDATA:

Surfaces:

15

Stop:

1

SystemAperture:

EntrancePupilDiameter=30

GlassCatalogs:

SCHOTT

RayAiming:

Off

Apodization:

Uniform,factor=0.00000E+000

EffectiveFocalLength:

180（inairatsystemtemperatureandpressure）

EffectiveFocalLength:

180（inimagespace）

BackFocalLength:

71.05692

TotalTrack:

121.4952

ImageSpaceF/#:

6

ParaxialWorkingF/#:

6

WorkingF/#:

5.98354

ImageSpaceNA:

0.08304548

ObjectSpaceNA:

1.5e-009

StopRadius:

15

ParaxialImageHeight:

12.58683

ParaxialMagnification:

0

EntrancePupilDiameter:

30

EntrancePupilPosition:

0

ExitPupilDiameter:

30.30183

ExitPupilPosition:

-180.2315

FieldType:

Angleindegrees

MaximumField:

4

PrimaryWave:

0.5875618

LensUnits:

Millimeters

AngularMagnification:

0.9900391

Fields:

3

FieldType:

Angleindegrees

#X-ValueY-ValueWeight

10.0000000.0000001.000000

20.0000002.8280001.000000

30.0000004.0000001.000000

VignettingFactors

#VDXVDYVCXVCYVAN

10.0000000.0000000.0000000.0000000.000000

20.0000000.0000000.0000000.0000000.000000

30.0000000.0000000.0000000.0000000.000000

Wavelengths:

3

Units:

祄

#ValueWeight

10.4861331.000000

20.5875621.000000

30.6562731.000000

SURFACEDATADETAIL:

SurfaceOBJ:

STANDARD

SurfaceSTO:

STANDARD

Surface2:

STANDARD

Surface3:

STANDARD

Surface4:

STANDARD

Aperture:

RectangularAperture

XHalfWidth:

17.56091

YHalfWidth:

17.56091

Surface5:

COORDBRK

DecenterX:

0

DecenterY:

0

TiltAboutX:

-45

TiltAboutY:

0

TiltAboutZ:

0

Order:

Decenterthentilt

Surface6:

STANDARD

Aperture:

RectangularAperture

XHalfWidth:

0

YHalfWidth:

24.83272

Surface7:

COORDBRK

DecenterX:

0

DecenterY:

0

TiltAboutX:

-45

TiltAboutY:

0

TiltAboutZ:

0

Order:

Decenterthentilt

Surface8:

STANDARD

Aperture:

RectangularAperture

XHalfWidth:

17.56091

YHalfWidth:

17.56091

Surface9:

STANDARD

Aperture:

RectangularAperture

XHalfWidth:

17.56091

YHalfWidth:

17.56091

Surface10:

COORDBRK

DecenterX:

0

DecenterY:

0

TiltAboutX:

45

TiltAboutY:

0

TiltAboutZ:

0

Order:

Decenterthentilt

Surface11:

STANDARD

Aperture:

RectangularAperture

XHalfWidth:

24.83272

YHalfWidth:

24.83272

Surface12:

COORDBRK

DecenterX:

0

DecenterY:

0

TiltAboutX:

45

TiltAboutY:

0

TiltAboutZ:

0

Order:

Decenterthentilt

Surface13:

STANDARD

Aperture:

RectangularAperture

XHalfWidth:

17.56091

YHalfWidth:

17.56091

Surface14:

STANDARD

SurfaceIMA:

STANDARD

COATINGDEFINITIONS:

PHYSICALOPTICSPROPAGATIONSETTINGSSUMMARY:

OBJSTANDARD

UseRaysToPropagateToNextSurface:

Off

RecomputePilotBeam:

Off

DoNotRescaleBeamSizeUsingRayData:

Off

UseAngularSpectrumPropagator:

Off

UseParallelProbingRays:

Off

ReferenceRadius:

BestFit

STOSTANDARD

UseRaysToPropagateToNextSurface:

Off

RecomputePilotBeam:

Off

DoNotRescaleBeamSizeUsingRayData:

Off

UseAngularSpectrumPropagator:

Off

UseParallelProbingRays:

Off

ReferenceRadius:

BestFit

2STANDARD

UseRaysToPropagateToNextSurface:

Off

RecomputePilotBeam:

Off

DoNotRescaleBeamSizeUsingRayData:

Off

UseAngularSpectrumPropagator:

Off

UseParallelProbingRays:

Off

ReferenceRadius:

BestFit

3STANDARD

UseRaysToPropagateToNextSurface:

Off

RecomputePilotBeam:

Off

DoNotRescaleBeamSizeUsingRayData:

Off

UseAngularSpectrumPropagator:

Off

UseParallelProbingRays:

Off

ReferenceRadius:

BestFit

4STANDARD

UseRaysToPropagateToNextSurface:

Off

RecomputePilotBeam:

Off

DoNotRescaleBeamSizeUsingRayData:

Off

UseAngularSpectrumPropagator:

Off

UseParallelProbingRays:

Off

ReferenceRadius:

BestFit

5COORDBRK

UseRaysToPropagateToNextSurface:

Off

RecomputePilotBeam:

Off

DoNotRescaleBeamSizeUsingRayData:

Off

UseAngularSpectrumPropagator:

Off

UseParallelProbingRays:

Off

ReferenceRadius:

BestFit

6STANDARD

UseRaysToPropagateToNextSurface:

Off

RecomputePilotBeam:

Off

DoNotRescaleBeamSizeUsingRayData:

Off

UseAngularSpectrumPropagator:

Off

UseParallelProbingRays:

Off

ReferenceRadius:

BestFit

7COORDBRK

UseRaysToPropagateToNextSurface:

Off

RecomputePilotBeam:

Off

DoNotRescaleBeamSizeUsingRayData:

Off

UseAngularSpectrumPropagator:

Off

UseParallelProbingRays:

Off

ReferenceRadius:

BestFit

8STANDARD

UseRaysToPropagateToNextSurface:

Off

RecomputePilotBeam:

Off

DoNotRescaleBeamSizeUsingRayData:

Off

UseAngularSpectrumPropagator:

Off

UseParallelProbingRays:

Off

ReferenceRadius:

BestFit

9STANDARD

UseRaysToPropagateToNextSurface:

Off

RecomputePilotBeam:

Off

DoNotRescaleBeamSizeUsingRayData:

Off

UseAngularSpectrumPropagator:

Off

UseParallelProbingRays:

Off

ReferenceRadius:

BestFit

10COORDBRK

UseRaysToPropagateToNextSurface:

Off

RecomputePilotBeam:

Off

DoNotRescaleBeamSizeUsingRayData:

Off

UseAngularSpectrumPropagator:

Off

UseParallelProbingRays:

Off

ReferenceRadius:

BestFit

11STANDARD

UseRaysToPropagateToNextSurface:

Off

RecomputePilotBeam:

Off

DoNotRescaleBeamSizeUsingRayData:

Off

UseAngularSpectrumPropagator:

Off

UseParallelProbingRays:

Off

ReferenceRadius:

BestFit

12COORDBRK

UseRaysToPropagateToNextSurface:

Off

RecomputePilotBeam:

Off

DoNotRescaleBeamSizeUsingRayData:

Off

UseAngularSpectrumPropagator:

Off

UseParallelProbingRays:

Off

ReferenceRadius:

BestFit

13STANDARD

UseRaysToPropagateToNextSurface:

Off

RecomputePilotBeam:

Off

DoNotRescaleBeamSizeUsingRayData:

Off

UseAngularSpectrumPropagator:

Off

UseParallelProbingRays:

Off

ReferenceRadius:

BestFit

14STANDARD

UseRaysToPropagateToNextSurface:

Off

RecomputePilotBeam:

Off

DoNotRescaleBeamSizeUsingRayData:

Off

UseAngularSpectrumPropagator:

Off

UseParallelProbingRays:

Off

ReferenceRadius:

BestFit

IMASTANDARD

UseRaysToPropagateToNextSurface:

Off

RecomputePilotBeam:

Off

DoNotRescaleBeamSizeUsingRayData:

Off

UseAngularSpectrumPropagator:

Off

UseParallelProbingRays:

Off

ReferenceRadius:

BestFit

EDGETHICKNESSDATA:

SurfX-EdgeY-Edge

STO3.7386823.738682

24.8179074.817907

350.43208650.432086

417.56090517.560905

50.0000000.000000

60.0000000.000000

7-17.560905-17.560905

8-7.982230-7.982230

9-17.560905-17.560905

100.0000000.000000

110.0000000.000000

1217.56090517.560905

1369.47741169.477411

140.0000000.000000

IMA0.0000000.000000

INDEXOFREFRACTIONDATA:

SurfGlassTempPres0.4861330.5875620.656273

020.001.001.000000001.000000001.00000000

1BK720.001.001.522376291.516800031.51432235

2SF220.001.001.661231271.647689091.64209618

320.001.001.000000001.000000001.00000000

4BK720.001.001.522376291.516800031.51432235

51.522376291.516800031.51432235

6MIRROR20.001.001.522376291.516800031.51432235

71.522376291.516800031.51432235

820.001.001.000000001.000000001.00000000

9BK720.001.001.522376291.516800031.51432235

101.522376291.516800031.51432235

11MIRROR20.001.001.522376291.516800031.51432235

121.522376291.516800031.51432235

1320.001.001.000000001.000000001.00000000

1420.001.001.000000001.000000001.00000000

1520.001.001.000000001.000000001.00000000

THERMALCOEFFICIENTOFEXPANSIONDATA:

SurfGlassTCE*10E-6

00.00000000

1BK77.10000000

2SF28.40000000

30.00000000

4BK77.10000000

57.10000000

6MIRROR0.00000000

70.00000000

80.00000000

9BK77.10000000

107.10000000

11MIRROR0.00000000

120.00000000

130.00000000

140.00000000

150.00000000

F/#DATA:

F/#calculationsconsidervignettingfactorsandignoresurfaceapertures.

Wavelength:

0.4861330.5875620.656273

#FieldTanSagTanSagTanSag

10.0000,0.0000deg:

5.97025.97025.98355.98355.99285.9928

20.0000,2.8280deg:

5.95805.96515.97135.97855.98065.9877

30.0000,4.0000deg:

5.94585.96005.95925.97345.96845.9826

CARDINALPOINTS:

Objectspacepositionsaremeasuredwithrespecttosurface1.

Imagespacepositionsaremeasuredwithrespecttotheimagesurface.

Theindexinboththeobjectspaceandimagespaceisconsidered.

ObjectSpaceImageSpace

W=0.486133

FocalLength:

-179.550186179.550186

FocalPlanes:

-177.7760131.314680

PrincipalPlanes:

1.774174-178.235506

Anti-PrincipalPlanes:

-357.326199180.864867

NodalPlanes:

1.774174-178.235506

Anti-NodalPlanes:

-357.326199180.864867

W=0.587562（Primary）

FocalLength:

-180.000000180.000000

FocalPlanes:

-178.2070431.579512

PrincipalPlanes:

1.792957-178.420488

Anti-PrincipalPlanes:

-358.207043181.579512

NodalPlanes:

1.792957-178.420488

Anti-NodalPlanes:

-358.207043181.579512

W=0.656273

FocalLength:

-180.296690180.296690

FocalPlanes:

-178.4961201.793372

PrincipalPlanes:

1.800571-178.503318

Anti-PrincipalPlanes:

-358.792810182.090062

NodalPlanes:

1.800571-178.503318

Anti-NodalPlanes:

-358.792810182.090062

1、像差指标数据

球差=-0.005彗差=-5.57e-009轴向色差=0.001

实际值

目标值

焦距

180

180

球差

-0.005

-0.005

彗差

0

-5.57e-009

轴向色差

0.001

0.001

2、像差公差数据：

正弦差公差：

轴向色差公差：

第二部分：

双筒望远镜的组装

一.双筒望远镜的原理

双筒镜可分为伽利略式和开普勒式