Home > Products > Machine Vision > Telecentric

Telecentric

The DTCA line scan series is designed specifically for high-precision large target imaging systems.

Supports up to the latest 24 kline scanning and 150 million pixel array cameras in the industry.

Excellent imaging aperture with diffraction limited imaging resolution.

Large aperture, high eccentricity, low distortion, large depth of field, excellent performance.

Each lens has undergone precise calibration and can provide a test report.

The working wavelength of this series of lenses is 420-660nm.


芯片
是否同轴
model
Object field of view
Optical power
work distance
F.NO
Telecentricity
Distortion
Resolution (um)
Depth of Field (mm)
interface
chip
64.52
0.682
159±2
10
<0.1°
<0.1
9.7
3
M58
44
56.27
0.782
138±2
12
<0.1°
<0.1
7.9
2
M58
44
44.40
0.911
128±2
17.1
<0.1°
<0.1
7.2
2
M58
44
41.98
1.048
118
17.2
<0.1°
<0.1
9.5
1.4
M58
44
36.30
1.212
111±2
18.7
<0.1°
<0.1
6.2
1.2
M58
44
26.11
1.685
72±2
22.8
<0.1°
<0.1
5.8
1.2
M58
44
232.65
0.245
410±5
8.7
<0.1°
<0.1
17.7
16
M72*P0.75
59
164.74
0.346
318±4
8.5
<0.1°
<0.1
13.7
8
M72*P0.75
59
145.41
0.392
301±4
15
<0.1°
<0.1
18.2
122
M72*P0.75
59
131.94
0.432
288±4
10
<0.1°
<0.1
11.5
7
M72*P0.75
59
  • 1
  • 2
  • 3
  • Telecentric

    The DTCA line scan series is designed specifically for high-precision large target imaging systems.

    Supports up to the latest 24 kline scanning and 150 million pixel array cameras in the industry.

    Excellent imaging aperture with diffraction limited imaging resolution.

    Large aperture, high eccentricity, low distortion, large depth of field, excellent performance.

    Each lens has undergone precise calibration and can provide a test report.

    The working wavelength of this series of lenses is 420-660nm.


    Object field of view:64.52
    Optical power:0.682
    work distance:159±2
    F.NO:10
    Telecentricity:<0.1°
    Distortion:<0.1
    Resolution (um):9.7
    Depth of Field (mm):3
    interface:M58
    chip:44
    Object field of view:56.27
    Optical power:0.782
    work distance:138±2
    F.NO:12
    Telecentricity:<0.1°
    Distortion:<0.1
    Resolution (um):7.9
    Depth of Field (mm):2
    interface:M58
    chip:44
    Object field of view:44.40
    Optical power:0.911
    work distance:128±2
    F.NO:17.1
    Telecentricity:<0.1°
    Distortion:<0.1
    Resolution (um):7.2
    Depth of Field (mm):2
    interface:M58
    chip:44
    Object field of view:41.98
    Optical power:1.048
    work distance:118
    F.NO:17.2
    Telecentricity:<0.1°
    Distortion:<0.1
    Resolution (um):9.5
    Depth of Field (mm):1.4
    interface:M58
    chip:44
    Object field of view:36.30
    Optical power:1.212
    work distance:111±2
    F.NO:18.7
    Telecentricity:<0.1°
    Distortion:<0.1
    Resolution (um):6.2
    Depth of Field (mm):1.2
    interface:M58
    chip:44
    Object field of view:26.11
    Optical power:1.685
    work distance:72±2
    F.NO:22.8
    Telecentricity:<0.1°
    Distortion:<0.1
    Resolution (um):5.8
    Depth of Field (mm):1.2
    interface:M58
    chip:44
    Object field of view:232.65
    Optical power:0.245
    work distance:410±5
    F.NO:8.7
    Telecentricity:<0.1°
    Distortion:<0.1
    Resolution (um):17.7
    Depth of Field (mm):16
    interface:M72*P0.75
    chip:59
    Object field of view:164.74
    Optical power:0.346
    work distance:318±4
    F.NO:8.5
    Telecentricity:<0.1°
    Distortion:<0.1
    Resolution (um):13.7
    Depth of Field (mm):8
    interface:M72*P0.75
    chip:59
    Object field of view:145.41
    Optical power:0.392
    work distance:301±4
    F.NO:15
    Telecentricity:<0.1°
    Distortion:<0.1
    Resolution (um):18.2
    Depth of Field (mm):122
    interface:M72*P0.75
    chip:59
    Object field of view:131.94
    Optical power:0.432
    work distance:288±4
    F.NO:10
    Telecentricity:<0.1°
    Distortion:<0.1
    Resolution (um):11.5
    Depth of Field (mm):7
    interface:M72*P0.75
    chip:59
  • 1
  • 2
  • 3