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Four-quadrant PIN single tube series

Four-quadrant PIN single tube series

Model: GT111 / GT112 / GD3250Y / GD3249Y / GD3244Y / GD3245Y / GD32413Y / GD32414Y / GD32415Y

Short Description:

The device is four silicon PIN photodiodes with the same unit, working under the condition of reverse bias, the spectral response ranges from visible light to near-infrared, the peak response wavelength is 980nm, and the response at 1064nm can reach up to 0.5A/W.


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Technical Parameter

FEATURES

APPLICATION

Product Tags

Photoelectric characteristics (Ta22±3)

Model

GT111

GT112

GD3250Y

GD3249Y

GD3244Y

GD3245Y

GD32413Y

GD32414Y

GD32415Y

Package form

TO-8

TO-8

TO-8

TO-20

TO-31-7

TO-31-7

MBCY026-P6

TO-8

MBCY026-W7W

Photosensitive surface size (mm)

Φ4

Φ6

Φ8

Φ10

Φ10

Φ16

Φ14

Φ5.3

Φ11.3

Spectral response range (nm)

400~1100

400~1100

400~1100

400~1100

400~1100

400~1100

400~1100

400~1150

400~1150

Peak response wavelength (nm)

980

980

980

980

980

980

980

980

980

Responsivity λ=1064nm(A/W)

0.3

0.3

0.3

0.3

0.4

0.4

0.4

0.5

0.5

Dark current (nA)

5(VR=40V)

7(VR=40V)

10(VR=40V)

15(VR=40V)

20(VR=135V)

50(VR=135V)

40(VR=135V)

4.8(VR=140V)

≤20(VR=180V)

Rise time In = 1064nm RL = 50Ω (ns)

15(VR=40V)

20(VR=40V)

25(VR=40V)

30(VR=40V)

20(VR=135V)

30(VR=135V)

25(VR=135V)

15(VR=140V)

20(VR=180V)

Junction capacitance f=1MHz(pF)

5(VR=10V)

7(VR=10V)

10(VR=10V)

15(VR=10V)

10(VR=135V)

10(VR=135V)

16(VR=135V)

4.2(VR=140V)

10(VR=180V)

Breakdown voltage (V)

100

100

100

100

300

300

300

≥300

≥250

Low dark current 

High responsiveness 

Good quadrant consistency

Small blind spot

Laser aiming, guidance tracking and exploration device

Laser micro-positioning, displacement monitoring and other precision measurement systems


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  • Low dark current 

    High responsiveness 

    Good quadrant consistency

    Small blind spot

    Laser aiming, guidance tracking and exploration device

    Laser micro-positioning, displacement monitoring and other precision measurement systems