Sensor data UI-125x/UI-325x/UI-525x

uEye Camera Manual Version 4.92


Sensor data UI-125x/UI-325x/UI-525x

Sensor specification

 

Sensor type

CMOS

Shutter

Rolling shutter / global shutter / global start shutter

Characteristic

Linear

Readout mode

Progressive scan

Resolution class

UXGA

Resolution

1.92 MPix

Resolution (h x v)

1600 x 1200 pixels

Aspect ratio

4:3

ADC (analog-to-digital converter)

10 bit

Optical sensor class

1/1.8"

Optical area

7.200 x 5.400 mm

Optical sensor diagonal

9.00 mm (1/1.84")

Pixel size

4.50 µm, square

Micro lens shift

12°

Manufacturer

e2v

Sensor name, monochrome

EV76C570ABT

Sensor name, color

EV76C570ACT

Special features

•Automatic hotpixel correction in the sensor, see is_HotPixel()

•Using multi AOI function

•Using the sequence AOI mode

•Sensor internal image scaler, downscaling by factor 1…8, see is_SetSensorScaler() and uEye Cockpit: Size)

•Allows to switch between global and rolling shutter readout, see is_DeviceFeature()

•Monochrome models: line scan mode (see Using the line scan mode)

•Hardware gamma (see uEye Cockpit: Image)

•Supports long time exposure

•UI-325x only: Multi integration mode, see uEye Cockpit: Shutter

•UI-325x/UI-525x only: IDS line scan ("AOI merge mode")

•Trigger prescaler support (not all models)

Gain

 

Monochrome model (master gain)

4x

Color model (master/RGB)

4x/3.96x

Analog gain boost

2x

Supported image profiles

Format ID

Resolution

Name

8

1280 x 960

1.2M 4:3

9

1280 x 720

HD 16:9

11

960 x 480

WVGA 2:1

12

800 x 480

WVGA

13

640 x 480

VGA

14

640 x 360

VGA 16:9

15

400 x 240

WQVGA

16

352 x 288

CIF

17

288 x 352

CIF Portrait

18

320 x 240

QVGA

19

240 x 320

QVGA Portrait

20

1600 x 1200

UXGA

Quantum efficiency

Fig. 230: UI-125x/UI-325x/UI-525x (monochrome) 

Fig. 230: UI-125x/UI-325x/UI-525x (monochrome) 

Fig. 231: UI-125x/UI-325x/UI-525x (color) 

Fig. 231: UI-125x/UI-325x/UI-525x (color) 

The cut-off wavelength of the IR cut filter is at 650 nm (if the IR cut filter is used in the camera model).

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