Zoom lens system and electronic image pickup apparatus using the same

A technology of zoom lens and image side, which is applied in TV, electrical components, image communication, etc., and can solve the problems that are not conducive to miniaturization

Inactive Publication Date: 2008-03-26
OLYMPUS CORP
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The first lens group consists of 3 lenses, which is not conducive to miniaturization

Method used

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  • Zoom lens system and electronic image pickup apparatus using the same
  • Zoom lens system and electronic image pickup apparatus using the same
  • Zoom lens system and electronic image pickup apparatus using the same

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0588] r 1 =19.996 d 1 =0.80n d1 = 1.92286 v d1 =18.90

[0589] r 2 =15.394 d 2 =0.26

[0590] r 3 =17.278 d 3 =3.11n d2 = 1.76802 v d2 =49.24

[0591] r 4 =534.344 d 4 = variable

[0592] r 5 =-58.703(AS)d 5 =0.82n d3 = 1.88300 v d3 =40.76

[0593] r 6 =5.969(AS)d 6 =2.65

[0594] r 7 =-431.058 d 7 =1.95n d4 =2.00170V d4 =20.64

[0595] r 8 =-14.597 d 8 =0.07

[0596] r 9 =-13.708 d 9 =0.67n d5 =1.81600 v d5 =46.62

[0597] r 10 =-67.948(AS)d 10 = variable

[0598] r 11 =∞(S)d 11 =0.10

[0599] r 12 =5.491(AS)d 12 =2.70n d6 = 1.58913 v d6 =61.14

[0600] r 13 =-11.075(AS)d 13 =0.10

[0601] r 14 =5.503 d 14 =1.38n d7 = 1.59201 v d7 =67.02

[0602] r 15 =13.913 d 15 =0.80n d8 =2.00069 v d8 =25.46

[0603] r 16 =3.463 d 16 = variable

[0604] r 17 =19.919(AS)d 17 =2.07n d9 =1.74330 v d9 =49.33

[0605] r 18 =-25.922 d 18 = variable

[0606] r19 =∞d 19 =0.40 n d10 =1.54771V d10 =62.84

[0607] r 20 =∞d 20 ...

Embodiment 2

[0646] r 1 =23.279 d 1 =0.80n d1 = 1.92286 v d1 =18.90

[0647] r 2 =16.155 d 2 =0.18

[0648] r 3 =17.729 d 3 =3.05n d2 = 1.85719 v d2 =43.01

[0649] r 4 =577.289 d 4 = variable

[0650] r 5 =-57.796(AS)d 5 =0.80n d3 =1.83481V d3 =42.71

[0651] r 6 =5.963(AS)d 6 =2.79

[0652] r 7 =-136.071d 7 =1.78n d4 = 1.94595 v d4 =17.98

[0653] r 8 =-16.198 d 8 =0.09

[0654] r 9 =-14.697d 9 =0.68n d5 =1.83481V d5 =42.71

[0655] r 10 =-44.810(AS) d 10 = variable

[0656] r 11 =∞(S)d 11 =0.10

[0657] r 12 =5.548(AS)d 12 =2.70n d6 = 1.58913 v d6 =61.14

[0658] r 13 =-10.984(AS) d 13 =0.10

[0659] r 14 =5.510d 14 =1.36n d7 = 1.59201 v d7 =67.02

[0660] r 15 =13.333 d 15 =0.80n d8 =2.00069 v d8 =25.46

[0661] r 16 =3.476 d 16 = variable

[0662] r 17 =19.243(AS)d 17 =2.07n d9 =1.74330 v d9 =49.33

[0663] r 18 =-28.285 d 18 = variable

[0664] r 19=∞ d 19 =0.40 n d10 =1.54771V d10 =62.84

[0665] r 20 =∞d 20 ...

Embodiment 3

[0704] r 1 =24.343 d 1 =0.80n d1 = 1.92286 v d1 =18.90

[0705] r 2 =16.189 d 2 =0.16

[0706] r 3 =17.639 d 3 =3.05n d2 = 1.88300 v d2 =40.76

[0707] r 4 =598.304 d 4 = variable

[0708] r 5 =-58.725(AS)d 5 =0.82n d3 = 1.88300 v d3 =40.76

[0709] r 6 =6.041(AS)d 6 =2.60

[0710] r 7 =407.018 d 7 =2.01n d4 =2.00170V d4 =20.64

[0711] r 8 =-14.787d 8 =0.08

[0712] r 9 =-13.762 d 9 =0.68n d5 =1.83481V d5 =42.71

[0713] r 10 =-88.096(AS)d 10 = variable

[0714] r 11 =∞(S)d 11 =0.10

[0715] r 12 =5.462(AS)d 12 =2.70n d6 = 1.58913 v d6 =61.14

[0716] r 13 =-11.013(AS)d 13 =0.10

[0717] r 14 =5.530d 14 =1.36n d7 = 1.59201 v d7 =67.02

[0718] r 15 =13.426 d 15 =0.80n d8 =2.00069 v d8 =25.46

[0719] r 16 =3.443 d 16 = variable

[0720] r 17 =19.462(AS)d 17 =2.07n d9 =1.74330 v d9 =49.33

[0721] r 18 =-27.222d 18 = variable

[0722] r 19 =∞ d 19 =0.40nd10 =1.54771V d10 =62.84

[0723] r 20 =∞ d 20 =0.5...

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Abstract

The present invention provides zoom lens system and electronic image pickup apparatus using the same. A zoom lens system comprises a first lens unit having a positive refractive power, a second lens unit having a negative refractive power and a third lens unit having a positive refractive power, and during zooming from a wide-angle end to a telephoto end, a space between a first lens (G1)unit and a second lens unit (G2) and a space between the second lens unit (G2) and a third lens unit (G3) are changed, the space between the first lens unit (G1)and the second lens unit (G2) is enlarged in the telephoto end as compared with the wide-angle end, and the space between the second lens unit (G2)and the third lens unit (G3)is narrowed in the telephoto end as compared with the wide-angle end.

Description

[0001] This application claims priority from Japanese Patent No. 2006-252569 filed on September 19, 2006 and Japanese Patent No. 2006-290117 filed on October 25, 2006, the contents of which are incorporated herein by reference In this application. technical field [0002] The present invention relates to a zoom lens and an electronic imaging device using the zoom lens. Background technique [0003] In recent years, instead of silver halide film cameras, digital cameras that use electronic imaging elements such as CCD image sensors (CCD image sensors) and CMOS type image sensors (CMOS type image sensors) to capture subjects have become mainstream. Furthermore, it has various types in a wide range from a high-performance type for business use to a small popular type. [0004] Users of popular digital cameras want to be able to conveniently enjoy shooting in various scenes anytime, anywhere. Therefore, small-sized products, especially digital cameras that are easy to carry in...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G02B15/16G02B9/14G02B9/34G02B13/18H04N5/225
Inventor 左部校之
Owner OLYMPUS CORP
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