Hyperspectral ocean color radiometer (HOCR) sensors are designed for applications where
performance, size and power are key constraints. HOCRs can be mounted on real-time profilers,
moored on autonomous deepwater buoys, autonomous underwater vehicles as well as on ships and
airplanes for above-water optic applications.
| HYPEROCR SPECIFICATIONS |
| CHARACTERISTICS |
Irradiance Air |
Irradiance Water |
Radiance Air |
Radiance Water |
SPATIAL
Vield of View: |
Cosine ±3% 0 - 60°
10% 60° - 85°
(350-800nm) |
Cosine ±3% 0 - 60°
10% 60° - 85°
(350-800nm) |
3° |
8.5° |
ELECTRICAL
Typical NEI*
Saturation*
at 500nm with 1024 ms integration time |
1.0 x 10-3
(µW cm-2 nm-1)
9.0
(μW cm-2 nm-1) |
1.5 x 10-3
(μW cm-2 nm-1)
13.5
(μW cm-2 nm-1) |
5.3 x 10-5
(μW cm-2 nm-1sr-1)
0.5
(μW cm-2 nm-1 sr-1) |
9.0 x 10-5
(μW cm-2 nm-1sr-1)
0.8
(μW cm-2 nm-1sr-1) |
PHYSICAL
Height
Diameter
Weight
Depth Rating
Operating Temperature |
39.9 cm
6.0 cm
1.0 kg
300 m
-10 to +50ºC |
39.9 cm
6.0 cm
1.0 kg
300 m
-10 to +50ºC |
36.2 cm
6.0 cm
1.0 kg
300 m
-10 to +50ºC |
36.2 cm
6.0 cm
1.0 kg
300 m
-10 to +50ºC |
|
