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M12 tempus fugae (ToF) lentes capere usque ad 110 gradus Fov, optimized pro 1/2" et 1/3" sensoriis Imaginis Featured
  • M12 tempus fugae (ToF) lentes capere usque ad 110 gradus Fov, optimized pro 1/2" et 1/3" sensoriis
  • M12 tempus fugae (ToF) lentes capere usque ad 110 gradus Fov, optimized pro 1/2" et 1/3" sensoriis
  • M12 tempus fugae (ToF) lentes capere usque ad 110 gradus Fov, optimized pro 1/2" et 1/3" sensoriis
  • M12 tempus fugae (ToF) lentes capere usque ad 110 gradus Fov, optimized pro 1/2" et 1/3" sensoriis
  • M12 tempus fugae (ToF) lentes capere usque ad 110 gradus Fov, optimized pro 1/2" et 1/3" sensoriis
  • M12 tempus fugae (ToF) lentes capere usque ad 110 gradus Fov, optimized pro 1/2" et 1/3" sensoriis
  • M12 tempus fugae (ToF) lentes capere usque ad 110 gradus Fov, optimized pro 1/2" et 1/3" sensoriis

ToF Lentes

Ut sic brevis descriptio:

M12 tempus fugae (ToF) lentes capere usque ad 110 gradus Fov, optimized pro 1/2" et 1/3" sensoriis

  • ToF Lens
  • 5 Mega Pixels
  • Usque ad 1/2'', M12 Monte Lens
  • 1.62mm ad 7.76mm Focal Longitudo
  • 48 ad 109 Gradus HFOV


Products

Product Detail

Product Tags

Exemplar Forma sensorem Longitudo arx (mm) FOV (H*V*D) TTL (mm) IR Filter Apertura Mons Unitas pretium
cz* cz* cz* cz* cz* cz* cz* cz* cz*
M12 ToF Lens IR940 1/2" 5.3mm 75 Gradus pro EPC660 3D Sensor
PDF Drawing

Exemplar

CH8048AC

Resolution

MP

Dux Ray Angle

<20º

Forma imago

1/2″

MOD

0.1m~∞

Imago Circulus

8.4mm(MAX)

Monte Type

M12*P0.5

Efl

5.3mm

Dimension Figure

ф14.00*L14.83mm

TTL

16.80mm

Lens Structure

6G

F/NO.

1.3

IR-Filter

IR940nm

FFL.M)

1.97mm

IMPERVIUS

No

BFL.O)

3.65mm

Pondus

-

Nam Sensor

EPC660

Iris Operatio

Fixum

FOV

Horizontal

75°

Zoom Operatio

Fixum

Vertical

55°

Focus Operationis

Manual

Diagonal

95°

Operating Temperature

-20° ~+85°

OPT Distortion

<-30%

Repono Temperature

-20° ~+85°

Ill.

>76%
Tempus Fugae Lentis 1/2" 5.3mm 75 Graduum M12 IR850 pro EPC660 ToF Sensor
PDF Drawing

Exemplar

CH8048AB

Resolution

MP

Dux Ray Angle

<20º

Forma imago

1/2″

MOD

0.1m~∞

Imago Circulus

8.4mm(MAX)

Monte Type

M12*P0.5

Efl

5.3mm

Dimension Figure

ф14.00*L14.83mm

TTL

16.80mm

Lens Structure

6G

F/NO.

1.3

IR-Filter

IR850nm

FFL.M)

1.97mm

IMPERVIUS

No

BFL.O)

3.65mm

Pondus

-

Nam Sensor

EPC660

Iris Operatio

Fixum

FOV

Horizontal

75°

Zoom Operatio

Fixum

Vertical

55°

Focus Operationis

Manual

Diagonal

95°

Operating Temperature

-20° ~+85°

OPT Distortion

<-30%

Repono Temperature

-20° ~+85°

Ill.

>76%
ToF Lens 1/2" 5.3mm 75 Gradus M12 pro EPC660 Tempus Fugae Sensor
PDF Drawing

Exemplar

CH8048A

Resolution

MP

Dux Ray Angle

<20º

Forma imago

1/2″

MOD

0.1m~∞

Imago Circulus

8.4mm(MAX)

Monte Type

M12*P0.5

Efl

5.3mm

Dimension Figure

ф14.00*L14.83mm

TTL

16.80mm

Lens Structure

6G

F/NO.

1.3

IR-Filter

Non-IR

FFL.M)

1.97mm

IMPERVIUS

No

BFL.O)

3.65mm

Pondus

-

Nam Sensor

EPC660

Iris Operatio

Fixum

FOV

Horizontal

75°

Zoom Operatio

Fixum

Vertical

55°

Focus Operationis

Manual

Diagonal

95°

Operating Temperature

-20° ~+85°

OPT Distortion

<-30%

Repono Temperature

-20° ~+85°

Ill.

>76%
CH3651
110 Gradus ToF Lens 1/2" 3.6mm M12 Mount
PDF Drawing

Exemplar

CH3651A

Resolution

MP

Dux Ray Angle

<15°

Forma imago

1/2″

MOD

0.1m~∞

Imago Circulus

8.5mm(MAX)

Monte Type

M12*P0.5

Efl

3.6mm

Dimension Figure

ф1500*L18.46mm

TTL

19.76mm

Lens Structure

3G+2GM

F/NO.

1.2

IR-Filter

Non-IR

FFL.M)

1.30mm

IMPERVIUS

No

BFL.O)

2.91mm

Pondus

6.7g

Nam Sensor

MLX75027

Iris Operatio

Fixum

FOV

Horizontal

109.4°

Zoom Operatio

Fixum

Vertical

78.7°

Focus Operationis

Manual

Diagonal

150.9°

Operating Temperature

-20° ~+85°

OPT Distortion

<26.2%

Repono Temperature

-20° ~+85°

Ill.

>65.6%
CH3651
ToF Lens 1/2" 110 Gradus 3.6mm M12 Mount IR850
PDF Drawing

Exemplar

CH3651B

Resolution

MP

Dux Ray Angle

<15°

Forma imago

1/2″

MOD

0.1m~∞

Imago Circulus

8.5mm(MAX)

Monte Type

M12*P0.5

Efl

3.6mm

Dimension Figure

ф1500*L18.46mm

TTL

19.76mm

Lens Structure

3G+2GM

F/NO.

1.2

IR-Filter

IR850nm

FFL.M)

1.30mm

IMPERVIUS

No

BFL.O)

2.91mm

Pondus

6.7g

Nam Sensor

MLX75027

Iris Operatio

Fixum

FOV

Horizontal

109.4°

Zoom Operatio

Fixum

Vertical

78.7°

Focus Operationis

Manual

Diagonal

150.9°

Operating Temperature

-20° ~+85°

OPT Distortion

<26.2%

Repono Temperature

-20° ~+85°

Ill.

>65.6%
CH3651
1/2" ToF Lens IR940 110 Gradus 3.6mm M12 Mount
PDF Drawing

Exemplar

CH3651C

Resolution

MP

Dux Ray Angle

<15°

Forma imago

1/2″

MOD

0.1m~∞

Imago Circulus

8.5mm(MAX)

Monte Type

M12*P0.5

Efl

3.6mm

Dimension Figure

ф1500*L18.46mm

TTL

19.76mm

Lens Structure

3G+2GM

F/NO.

1.2

IR-Filter

IR940nm

FFL.M)

1.30mm

IMPERVIUS

No

BFL.O)

2.91mm

Pondus

6.7g

Nam Sensor

MLX75027

Iris Operatio

Fixum

FOV

Horizontal

109.4°

Zoom Operatio

Fixum

Vertical

78.7°

Focus Operationis

Manual

Diagonal

150.9°

Operating Temperature

-20° ~+85°

OPT Distortion

<26.2%

Repono Temperature

-20° ~+85°

Ill.

>65.6%
CH3652
1/3" ToF Lens 90 Gradus 3.3mm M12 Mons
PDF Drawing

Exemplar

CH3652A

Resolution

MP

Dux Ray Angle

<10.3°

Forma imago

1/3″

MOD

0.1m~∞

Imago Circulus

6.0mm(MAX)

Monte Type

M12*P0.5/M14*P0.5

Efl

3.3mm

Dimension Figure

ф22.50*L26.46mm

TTL

30.35mm

Lens Structure

1G2P

F/NO.

1.1

IR-Filter

Non-IR

FFL.M)

3.89mm

IMPERVIUS

No

BFL.O)

7.83mm

Pondus

11.6g

Nam Sensor

MLX75023

Iris Operatio

Fixum

FOV

Horizontal

89.1°

Zoom Operatio

Fixum

Vertical

64.6°

Focus Operationis

Manual

Diagonal

117.6°

Operating Temperature

-20° ~+85°

OPT Distortion

<-15.6%

Repono Temperature

-20° ~+85°

Ill.

>72.1%
CH3652
ToF Lens 90 Degree 1/3" 3.3mm M12 Mount IR850nm
PDF Drawing

Exemplar

CH3652B

Resolution

MP

Dux Ray Angle

<10.3°

Forma imago

1/3″

MOD

0.1m~∞

Imago Circulus

6.0mm(MAX)

Monte Type

M12*P0.5/M14*P0.5

Efl

3.3mm

Dimension Figure

ф22.50*L26.46mm

TTL

30.35mm

Lens Structure

1G2P

F/NO.

1.1

IR-Filter

IR850nm

FFL.M)

3.89mm

IMPERVIUS

No

BFL.O)

7.83mm

Pondus

11.6g

Nam Sensor

MLX75023

Iris Operatio

Fixum

FOV

Horizontal

89.1°

Zoom Operatio

Fixum

Vertical

64.6°

Focus Operationis

Manual

Diagonal

117.6°

Operating Temperature

-20° ~+85°

OPT Distortion

<-15.6%

Repono Temperature

-20° ~+85°

Ill.

>72.1%
CH3652
1/3" ToF Lens 90 Degree 3.3mm M12 Mount IR940nm
PDF Drawing

Exemplar

CH3652B

Resolution

MP

Dux Ray Angle

<10.3°

Forma imago

1/3″

MOD

0.1m~∞

Imago Circulus

6.0mm(MAX)

Monte Type

M12*P0.5/M14*P0.5

Efl

3.3mm

Dimension Figure

ф22.50*L26.46mm

TTL

30.35mm

Lens Structure

1G2P

F/NO.

1.1

IR-Filter

IR940nm

FFL.M)

3.89mm

IMPERVIUS

No

BFL.O)

7.83mm

Pondus

11.6g

Nam Sensor

MLX75023

Iris Operatio

Fixum

FOV

Horizontal

89.1°

Zoom Operatio

Fixum

Vertical

64.6°

Focus Operationis

Manual

Diagonal

117.6°

Operating Temperature

-20° ~+85°

OPT Distortion

<-15.6%

Repono Temperature

-20° ~+85°

Ill.

>72.1%
CH3653
1/3" 3.9mm HFOV 73.8 Degree M12 ToF Lens
PDF Drawing

Exemplar

CH3653A

Resolution

MP

Dux Ray Angle

<10.3°

Forma imago

1/3″

MOD

0.1m~∞

Imago Circulus

6.0mm(MAX)

Monte Type

M12*P0.5/M14*P0.5

Efl

3.9mm

Dimension Figure

ф22.50*L27.90mm

TTL

30.78mm

Lens Structure

1G2P

F/NO.

1.1

IR-Filter

Non-IR

FFL.M)

3.58mm

IMPERVIUS

No

BFL.O)

7.63mm

Pondus

12.3g

Nam Sensor

MLX75023

Iris Operatio

Fixum

FOV

Horizontal

73.8°

Zoom Operatio

Fixum

Vertical

54.3°

Focus Operationis

Manual

Diagonal

94.8°

Operating Temperature

-20° ~+85°

OPT Distortion

<-9.8%

Repono Temperature

-20° ~+85°

Ill.

>71.9%
CH3654
1/3" 5mm HFOV 57.3 Gradus M12 ToF Lens
PDF Drawing

Exemplar

CH3654A

Resolution

MP

Dux Ray Angle

<10.3°

Forma imago

1/3″

MOD

0.1m~∞

Imago Circulus

6.0mm(MAX)

Monte Type

M12*P0.5/M14*P0.5

Efl

5.0mm

Dimension Figure

ф22.50*L24.63mm

TTL

28.03mm

Lens Structure

1G2P

F/NO.

1.1

IR-Filter

Non-IR

FFL.M)

3.40mm

IMPERVIUS

No

BFL.O)

7.34mm

Pondus

10.4g

Nam Sensor

MLX75023

Iris Operatio

Fixum

FOV

Horizontal

57.3°

Zoom Operatio

Fixum

Vertical

42.3°

Focus Operationis

Manual

Diagonal

73.5°

Operating Temperature

-20° ~+85°

OPT Distortion

<-6.5%

Repono Temperature

-20° ~+85°

Ill.

>70.4%
CH3728
1/3" 2.47mm HFOV 91.8 Degree M12 ToF Lens
PDF Drawing

Exemplar

CH3728B

Resolution

5MP

Dux Ray Angle

<13°

Forma imago

1/3″

MOD

0.1m~∞

Imago Circulus

6.4mm(MAX)

Monte Type

M12*P0.5

Efl

2.47mm

Dimension Figure

ф14.0*L13.73mm

TTL

15.21mm

Lens Structure

2G3P

F/NO.

1.2

IR-Filter

IR850nm

FFL.M)

1.48mm

IMPERVIUS

-

BFL.O)

1.76mm

Pondus

3.1g

Nam Sensor

OPT8241

Iris Operatio

Fixum

FOV

Horizontal

91.8°

Zoom Operatio

Fixum

Vertical

69.8°

Focus Operationis

Manual

Diagonal

120.6°

Operating Temperature

-20° ~+85°

OPT Distortion

<-31%

Repono Temperature

-20° ~+85°

Ill.

>56%
1/3" 3.3mm HFOV 74.5 Degree M12 ToF Lens
PDF Drawing

Exemplar

CH3731A

Type

TOF Lens

Ill.

>55%

Resolution

MP

Dux Ray Angle

<13°

Forma imago

1/3″

MOD

0.1m~∞

Imago Circulus

6.6mm(MAX)

Monte Type

M12*P0.5

Efl

3.3mm

Dimension Figure

ф12.0*L11.30mm

TTL

14.82mm

Lens Structure

2G3P

F/NO.

F1.1

IR-Filter

Non IR

FFL.M)

1.52mm

IMPERVIUS

-

BFL.O)

1.88mm

Pondus

3.8g

Nam Sensor

OPT8241

Iris Operatio

Fixum

FOV

Horizontal

74.5°

Zoom Operatio

Fixum

Vertical

58°

Focus Operationis

Manual

Diagonal

90.7°

Operating Temperature

-20° ~+85°

OPT Distortion

<-9.0%

Repono Temperature

-20° ~+85°
CH3738
1/2" 7.76mm HFOV 48 Degree M12 ToF Lens
PDF Drawing

Exemplar

CH3738A

Resolution

MP

Dux Ray Angle

<29.22°

Forma imago

1/2″

MOD

0.1m~∞

Imago Circulus

8.3mm(MAX)

Monte Type

M12*P0.5

Efl

7.76mm

Dimension Figure

ф18.0*L23.64mm

TTL

23.64mm

Lens Structure

7G

F/NO.

1.2

IR-Filter

Non IR

FFL.M)

1.79mm

IMPERVIUS

-

BFL.O)

4.37mm

Pondus

8.5g

Nam Sensor

MLX75027

Iris Operatio

Fixum

FOV

Horizontal

48°

Zoom Operatio

Fixum

Vertical

35.9°

Focus Operationis

Manual

Diagonal

60°

Operating Temperature

-20° ~+85°

OPT Distortion

<-10.0%

Repono Temperature

-20° ~+85°

Ill.

>55%

ToF est abbreviatio temporis fugae.Sensorem emittit modulatum prope lucem infraram, quae post objectum objectum resultat.Sensor computat differentiam temporis seu periodi differentiam inter lucem emissionem et reflexionem ac distantiam photographedarum scaenae ad informationem profunditatem producendam convertit.

ndf *

Camera temporis fugae ex pluribus componentibus constat, quarum una est lens perspectiva.A lens lumen reflexum colligit et imaginum ambitum in sensorem imaginis quae est cor camerae TOF.Cohors optica sparguntur solum lumen transit cum eodem esse quod est unitas illuminationis.Haec adiuvat non continentem lucem supprimunt et strepitum minuunt.

Tempus fugae lens (ToF Lens) genus est camerae lentis quae utitur technologia temporis fugae ad altiores informationes capiendas in scaena.Dissimiles traditionales lentes quae imagines 2D capiunt, ToF lentes ultrarubrum pulsum emittunt et metiuntur tempus quod accipit ut lucem obiectis in scaenam repercutiat.Haec notitia tunc 3D tabulam scaenae generare solebat, permittens accuratae profunditatis perceptio et obiecti vestigia.

TOF lentes communiter adhibentur in applicationibus sicut robotica, vehicula autonoma et res auctae, ubi accurata profunditas informatio critica est ad accuratam perceptionem et deliberationem.Adhibentur etiam in quibusdam machinationibus electronicis consumptis, ut Suspendisse potenti, applicationibus ut agnitio vultus et profunditas sentiendi consequat.

Chancctv in progressione TOF lentium posita est, et seriem lentium TOF dicatam UAV evolvit.Parametri nativus secundum actualem applicationem ac necessitates ad usus industriarum qualitatum occurrendas esse potest.

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