Balluff - BVS CA-GX0 / BVS CA-GX2 Technical Documentation
Toggle main menu visibility
Main Page
Related Pages
▼
Balluff - BVS CA-GX0 / BVS CA-GX2 Technical Documentation
►
About this manual
►
Migration Guide
Imprint
►
Legal Notice
Revisions
►
Symbols and Conventions
►
Important Information
►
Introduction
►
Quickstart
►
Technical Data
►
Sensor Overview
►
Filters
►
GUI Tools
►
GenICam™ and advanced features
Developing applications using the Impact Acquire SDK
►
DirectShow Interface
►
Troubleshooting
Glossary
Related Manuals
▼
Use Cases
►
Introducing acquisition / recording possibilities
►
Improving the acquisition / image quality
►
Improving the communication
►
Working with triggers
►
Working with I/Os
►
Working with HDR (High Dynamic Range Control)
►
Working with LUTs
►
Saving data on the device
►
Working with device features
►
Working with several cameras simultaneously
►
Working with 3rd party tools
►
Appendix A. Specific Camera / Sensor Data
Appendix B. Product Comparison
►
Appendix C. Tested ARM platforms
Improving the acquisition / image quality
There are several use cases concerning the acquisition / image quality of the camera:
Correcting image errors of a sensor
Optimizing the color/luminance fidelity of the camera
Reducing noise by frame averaging
Setting a flicker-free auto expose and auto gain
Working with binning / decimation
Working with Sony's 4 Tap CCD sensors
Minimizing sensor pattern of onsemi MT9J003
Working with the dual exposure feature ("mvMultiZone") of BVS CA-GX2-0071Z / mvBlueCOUGAR-XD107
Working with the dual gain feature of BVS CA-GX2-[0071Z|-0315Z] / mvBlueCOUGAR-[XD107|XD1031] and BVS CA-GX-0020D / mvBlueCOUGAR-X102m
Working with the dual ADC feature of BVS CA-GX2-0071Z / mvBlueCOUGAR-XD107
Working with the Dual ADC feature of Sony Gen4 sensors
Working With Gain And Black-Level Values Per Color Channel
Generated on Wed Jun 4 2025 18:51:16