Basler acA1920-150uc USB 3.0 Color Camera

Technical Overview

Compact 2.3 MP USB 3.0 color camera with 150 fps and global shutter for high-speed industrial vision.

Key Features

USB3 Vision compliant interface.
ON Semiconductor PYTHON 2000 CMOS global shutter sensor.
1920 x 1200 (2.3 MP) resolution.
Up to 150 frames per second at full resolution.
Compact 29.3 x 29 x 29 mm housing.
Power over USB.
Pixel data output in 10-bit depth.
Programmable exposure control, gain, black level, area of interest.
Hardware and software trigger synchronization, or free-run.
C-Mount lens interface.
Includes Basler Pylon SDK software and driver.
IP30 conformity.
Operating temperature 0 to +50 °C.

Technical Specification Matrix

Parameter	Value
Resolution (H x V Pixels)	1920 x 1200
Resolution (Megapixels)	2.3 MP
Frame Rate (fps)	150 fps
Sensor Type	ON Semiconductor PYTHON 2000 CMOS, Global Shutter
Sensor Format	2/3"
Pixel Size (H x V)	4.8 x 4.8 µm
Pixel Depth	10 bit
Interface	USB 3.0 (USB3 Vision)
Lens Mount	C-Mount
Power Requirements	≈3.9 W (typical) @ 5 VDC
Power Supply	Power over USB
Operating Temperature	0 to +50 °C
IP Rating	IP30
I/O Lines	1 opto-coupled input, 1 opto-coupled output, 2 general purpose I/O (GPIO)
Physical Weight (kg)	0.08
Dimensions L x W x H (cm)	2.93 x 2.9 x 2.9

Industrial Applications

1. High-Speed Defect Detection in Manufacturing

This camera is ideally suited for automated quality control on production lines due to its high frame rate and global shutter, ensuring clear images of fast-moving parts. The 2.3 MP resolution allows for the detection of subtle defects.

Problem Solved

Rapidly identifying microscopic defects, misalignments, or foreign objects on high-volume production lines (e.g., electronics assembly, pharmaceutical packaging) where speed and precision are paramount.

Machine VisionQuality ControlHigh-Speed InspectionGlobal ShutterDefect DetectionFactory Automation

2. Microscopy and Scientific Imaging

The 2.3 MP resolution, 10-bit pixel depth, and global shutter enable detailed and artifact-free image acquisition for various microscopy applications. It can capture intricate details of biological samples or dynamic scientific experiments.

Problem Solved

Acquiring high-resolution images or video of live biological processes, rapid chemical reactions, or microscopic material structures, enabling detailed analysis and documentation in scientific research and medical diagnostics.

MicroscopyScientific ImagingBiomedicalHigh ResolutionCMOS SensorGlobal ShutterImage Analysis

3. Robotics and Automation for Small Object Handling

With its compact dimensions (29.3 x 29 x 29 mm) and 150 fps capability, this camera can be easily integrated into robotic systems or tight spaces. It provides the necessary real-time visual feedback for precise pick-and-place operations and object recognition.

Problem Solved

Providing precise visual feedback for pick-and-place robots handling small components, enabling accurate positioning, orientation, and quality verification in constrained industrial environments.

RoboticsPick and PlaceAutomationObject RecognitionCompact CameraReal-time VisionIndustrial Automation