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HgCdTe LN2-cooled IR Detectors
| Image | Name | Active element material | Detector type | Cooling |
Active area
?
A, mm×mm |
Optical immersion |
Peak wavelength
?
λpeak, µm |
Cut-off wavelength (10%)
?
λcut-off(10%), µm |
Detectivity
?
D*(λpeak, 20kHz), cm⋅Hz1/2/W |
Voltage responsivity
?
Rv(λpeak), V/W |
Package | Datasheet | Compare |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
 |
PC-LN2-14-1x1-VFP-NW-50 | HgCdTe | photoconductive | LN2 | 1×1 | no | 12.1 | 17.4 | 1.9×10\(^{10}\) | 500 | VFP |
|
|
 |
PC-LN2-14-1x1-VFP-KR163-wZnSeAR-50 | HgCdTe | photoconductive | LN2 | 1×1 | no | 12.1 | 17.4 | 1.9×10\(^{10}\) | 500 | VFP-KR163 |
|
|
 |
PC-LN2-14-1x1-VFP-KR323-wZnSeAR-50 | HgCdTe | photoconductive | LN2 | 1×1 | no | 12.1 | 17.4 | 1.9×10\(^{10}\) | 500 | VFP-KR323 |
|
|
|
PC-LN2-16.6-1x1-VFP-NW-50 | HgCdTe | photoconductive | LN2 | 1×1 | no | 14.3 | 18.1 | 1.5×10\(^{10}\) | 500 | VFP |
|
|
|
PC-LN2-16.6-1x1-VFP-KR163-wZnSeAR-50 | HgCdTe | photoconductive | LN2 | 1×1 | no | 14.3 | 18.1 | 1.5×10\(^{10}\) | 500 | VFP-KR163 |
|
|
|
PC-LN2-16.6-1x1-VFP-KR323-wZnSeAR-50 | HgCdTe | photoconductive | LN2 | 1×1 | no | 14.3 | 18.1 | 1.5×10\(^{10}\) | 500 | VFP-KR323 |
|
|
|
PC-LN2-19-1x1-VFP-NW-50 | HgCdTe | photoconductive | LN2 | 1×1 | no | 16.0 | 20 | 1.0×10\(^{10}\) | 170 | VFP |
|
|
|
PC-LN2-19-1x1-VFP-KR163-wZnSeAR-50 | HgCdTe | photoconductive | LN2 | 1×1 | no | 16.0 | 20 | 1.0×10\(^{10}\) | 170 | VFP-KR163 |
|
|
|
PC-LN2-19-1x1-VFP-KR323-wZnSeAR-50 | HgCdTe | photoconductive | LN2 | 1×1 | no | 16.0 | 20 | 1.0×10\(^{10}\) | 170 | VFP-KR323 |
|
HgCdTe LN2-cooled IR Detectors
Filter results
Image
Name
Active element material
Detector type
Cooling
Active area
A, mm×mm
Optical immersion
Peak wavelength
λpeak, µm
Cut-off wavelength (10%)
λcut-off(10%), µm
Detectivity
D*(λpeak, 20kHz), cm⋅Hz1/2/W
Voltage responsivity
Rv(λpeak), V/W
Package
Datasheet
Material
HgCdTe
Type
photoconductive
Cooling
LN2
Active area
1×1
Immersion
no
Peak wavelength
12.1
Cut-off wavelength cut-off
17.4
Detectivity
1.9×10\(^{10}\)
Responsivity
500
Package
VFP
Material
HgCdTe
Type
photoconductive
Cooling
LN2
Active area
1×1
Immersion
no
Peak wavelength
12.1
Cut-off wavelength cut-off
17.4
Detectivity
1.9×10\(^{10}\)
Responsivity
500
Package
VFP-KR163
Material
HgCdTe
Type
photoconductive
Cooling
LN2
Active area
1×1
Immersion
no
Peak wavelength
12.1
Cut-off wavelength cut-off
17.4
Detectivity
1.9×10\(^{10}\)
Responsivity
500
Package
VFP-KR323
Material
HgCdTe
Type
photoconductive
Cooling
LN2
Active area
1×1
Immersion
no
Peak wavelength
14.3
Cut-off wavelength cut-off
18.1
Detectivity
1.5×10\(^{10}\)
Responsivity
500
Package
VFP
Material
HgCdTe
Type
photoconductive
Cooling
LN2
Active area
1×1
Immersion
no
Peak wavelength
14.3
Cut-off wavelength cut-off
18.1
Detectivity
1.5×10\(^{10}\)
Responsivity
500
Package
VFP-KR163
Material
HgCdTe
Type
photoconductive
Cooling
LN2
Active area
1×1
Immersion
no
Peak wavelength
14.3
Cut-off wavelength cut-off
18.1
Detectivity
1.5×10\(^{10}\)
Responsivity
500
Package
VFP-KR323
Material
HgCdTe
Type
photoconductive
Cooling
LN2
Active area
1×1
Immersion
no
Peak wavelength
16.0
Cut-off wavelength cut-off
20
Detectivity
1.0×10\(^{10}\)
Responsivity
170
Package
VFP
Material
HgCdTe
Type
photoconductive
Cooling
LN2
Active area
1×1
Immersion
no
Peak wavelength
16.0
Cut-off wavelength cut-off
20
Detectivity
1.0×10\(^{10}\)
Responsivity
170
Package
VFP-KR163
Material
HgCdTe
Type
photoconductive
Cooling
LN2
Active area
1×1
Immersion
no
Peak wavelength
16.0
Cut-off wavelength cut-off
20
Detectivity
1.0×10\(^{10}\)
Responsivity
170
Package
VFP-KR323
Filter results
