InAs/InAsSb Photovoltaic Detectors
Photovoltaic detectors (photodiodes) in which the semiconductor layer is made of InAs or InAsSb materials. Absorbed photons produce charge carriers that are collected at the ciodes have complex current voltage characteristics. The devices can operate either at flicker-free zero bias or with reverse voltage.
These detectors are cadmium and mercury free. As a result, the detectors comply with the RoHS directive and can be used in the consumer market.
Filter results
Image
Name
Cooling
Immersion
Peak wavelength
λpeak, μm
Detectivity
D* (λpeak), cm⋅Hz^{1/2}/W[/latex]
Time constant
τ, ns
Package
Datasheet
Cooling
2TE
Immersion
No
Wavelength
4.0±0.3
Detectivity
~7.0×10\(^{9}\)
Time constant
~10
Package
TO8
Cooling
no
Immersion
No
Wavelength
4.2±0.3
Detectivity
~1.2×10\(^{9}\)
Time constant
~11
Package
TO39
Cooling
2TE
Immersion
No
Wavelength
4.0±0.3
Detectivity
~9.0×10\(^{9}\)
Time constant
~4
Package
TO8
Cooling
2TE
Immersion
No
Wavelength
6.2±0.3
Detectivity
~2.8×10\(^{8}\)
Time constant
~12
Package
TO8
Cooling
2TE
Immersion
No
Wavelength
4.0±0.5
Detectivity
~2.6×10\(^{8}\)
Time constant
~17
Package
TO8
Cooling
3TE
Immersion
No
Wavelength
6.1±0.3
Detectivity
~4.3×10\(^{8}\)
Time constant
~17
Package
TO8
Cooling
2TE
Immersion
No
Wavelength
6.0±0.3
Detectivity
~1.9×10\(^{8}\)
Time constant
~7
Package
TO8
Cooling
2TE
Immersion
No
Wavelength
10.7±0.3
Detectivity
~1.2×10\(^{8}\)
Time constant
~3
Package
TO8
Cooling
3TE
Immersion
No
Wavelength
10.5±0.3
Detectivity
~2.5×10\(^{8}\)
Time constant
~4
Package
TO8
InAs and InAsSb IR detectors
Filter results
Image
Name
Cooling
Immersion
Peak wavelength
λpeak; µm
Detectivity
D* (λpeak); cm⋅Hz1/2/W
Time constant
τ, ns
Package
Datasheet
Cooling
no
Immersion
No
Wavelength
2.9±0.3
Detectivity
≥ 5.0×10\(^{9}\)
Time constant
≤ 20
Package
TO39
Cooling
no
Immersion
Yes
Wavelength
2.9±0.3
Detectivity
≥ 5.0×10\(^{10}\)
Time constant
≤ 20
Package
TO39
Cooling
2TE
Immersion
No
Wavelength
2.9±0.3
Detectivity
≥ 5.0×10\(^{10}\)
Time constant
≤ 15
Package
TO8
Cooling
2TE
Immersion
Yes
Wavelength
2.9±0.3
Detectivity
≥ 5.0×10\(^{11}\)
Time constant
≤ 15
Package
TO8
Cooling
2TE
Immersion
No
Wavelength
4.0±0.3
Detectivity
~7.0×10\(^{9}\)
Time constant
~10
Package
TO8
Cooling
no
Immersion
No
Wavelength
4.5±0.6
Detectivity
≥ 5.0×10\(^{8}\)
Time constant
≤ 60
Package
TO39
Cooling
no
Immersion
No
Wavelength
4.2±0.3
Detectivity
~1.2×10\(^{9}\)
Time constant
~11
Package
TO39
Cooling
2TE
Immersion
No
Wavelength
4.5±0.6
Detectivity
≥ 4.0×10\(^{9}\)
Time constant
≤ 15
Package
TO8
Cooling
2TE
Immersion
No
Wavelength
4.0±0.3
Detectivity
~9.0×10\(^{9}\)
Time constant
~4
Package
TO8
Cooling
2TE
Immersion
Yes
Wavelength
4.5±0.6
Detectivity
≥ 4.0×10\(^{10}\)
Time constant
≤ 5
Package
TO8
Cooling
2TE
Immersion
No
Wavelength
6.2±0.3
Detectivity
~2.8×10\(^{8}\)
Time constant
~12
Package
TO8
Cooling
2TE
Immersion
No
Wavelength
4.0±0.5
Detectivity
~2.6×10\(^{8}\)
Time constant
~17
Package
TO8
Cooling
3TE
Immersion
No
Wavelength
6.1±0.3
Detectivity
~4.3×10\(^{8}\)
Time constant
~17
Package
TO8
Cooling
2TE
Immersion
No
Wavelength
6.0±0.3
Detectivity
~1.9×10\(^{8}\)
Time constant
~7
Package
TO8
Cooling
3TE
Immersion
No
Wavelength
10.5±0.3
Detectivity
~2.5×10\(^{8}\)
Time constant
~4
Package
TO8
Cooling
3TE
Immersion
Yes
Wavelength
8.0±1.0
Detectivity
~2.0×10\(^{9}\)
Time constant
~4
Package
TO8
Cooling
2TE
Immersion
No
Wavelength
10.7±0.3
Detectivity
~1.2×10\(^{8}\)
Time constant
~3
Package
TO8