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U3-3161ACP Rev.1.2

Illustrations may differ from the original

Features

1920 x 1200
2.30 MPix
onsemi PYTHON 2000
2/3" CMOS
75.0 fps
USB 3 5.0 Gbps

Variants

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Variants

U3-3161ACP-C-HQ Rev.1.2 [color] - 1008901

U3-3161ACP-M-GL Rev.1.2 [monochrome] - 1008902

USB Camera interfaces i

20-pin Samtec connector

USB3 Connector board MicroB, Flex

USB3 Connector board Micro-B

Sensor board Extension i

No Extension

Sensor board S Extension, Flex, 10 cm

Sensor board S Extension, Flex, 20 cm

Sensor board S Extension, Flex, 30 cm

Item number	U3-3161ACP-C-HQ Rev.1.2: 1008901 U3-3161ACP-M-GL Rev.1.2: 1008902
Camera family	ACP
Interface	USB 3
Interface-Speed	5.00 Gbps
Sensor type	CMOS
Sensor manufacturer	onsemi
Sensor model	PYTHON 2000
Frame rate @ resolution max.	75.0 fps
Resolution (h x v)	1920 x 1200 px
Optical Area	9.216 mm x 5.76 mm
Shutter	No
Optical class	2/3"
Resolution	2.30 MP
Pixel size	4.80 µm
HDR mode	No
IP code	IP0
Product Life Cycle	Series
Data sheet	U3-3161ACP-C-HQ Rev.1.2 U3-3161ACP-M-GL Rev.1.2

Characteristics

100% quality tested

Software support for uEye+

USB3 Vision standard

SuperSpeed USB
5 Gbps

CMOS sensor

Integrated image memory with 128 MB

3-year warranty

Made in Germany

Features

List of on-camera image pre-processing features.

All features of the table are available via our IDS peak software for image pre-processing on the host computer (sensor model dependent).

Image Acquisition

Freerun
Software trigger
Hardware trigger
Trigger controlled exposure
Denoiser
Long exposure
Line scan

Flashing

Flashing
PWM flashing

Image Adjustments

Auto exposure
Auto gain
Auto whitebalance
Color correction
Gamma
LUT
Mirror/flip

On-board Image Processing

Pixel formats
Region of interest
Decimation (FPGA)
Decimation (Sensor)
Binning (FPGA)
Binning (Sensor)

Others

Chunks
Sequencer
Events
Firmware update
1st supported firmware version	3.6	3.6

Certifications

ChinaRoHS EFUP 25

IDS Industriekameras integriert in einer Drohne.

Embedded systemes

Typical scenarios are the use in portable systems for quality control, in diagnostics, in scanners or drones.

IDS Industriekameras im Einsatz bei Industrierobotern.

Factory / process automation

Cameras are used in monitoring, control, regulation and optimization systems and help e.g. with localization and selection tasks.

Machine vision

Industrial image processing is used in a wide variety of applications - from quality assurance to automation.

Medical technology (and laboratory automation)

Image processing is indispensable in medical technology. For instance, IDS cameras provide data for diagnostic purposes in ophthalmology or dentistry.