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General| Interface | GigE |
|---|---|
| Lens Mount | C-Mount, CS-Mount |
| Sensor | CMOS |
| Mount | C-mount, CS-mount |
| Power Supply | Power over Ethernet (PoE) |
| Dimensions | Varies by model |
| Weight | Varies by model |
| Operating Temperature | Varies by model |
Lists the camera models covered by the manual, differentiated by sensor size, frame rate, and color.
Lists key technical specifications for various camera models, including sensor type, optical size, and power requirements.
Details spectral response characteristics for monochrome and color cameras.
Covers physical dimensions, mounting points, and mechanical stress test results.
Provides copyright and usage terms for bundled software components like LWIP TCP/IP and LZ4.
Offers guidelines to prevent electromagnetic interference and electrostatic discharge issues.
Specifies operating and storage temperature and humidity ranges for the camera.
Lists important safety notices regarding sensor dust, lens thread limits, voltage, and connectors.
Describes the camera's physical interface, including connectors and their functions.
Details pinout for the camera's 6-pin and RJ-45 connectors.
Describes the types of connectors used for power, I/O, and Ethernet.
Specifies requirements for Ethernet, power, and I/O cables.
Explains power supply options via Power over Ethernet (PoE) and the 6-pin connector.
Covers input line specifications, including voltage requirements and characteristics.
Covers output line specifications, including voltage requirements and characteristics.
Covers input line configuration, including source signal selection and debouncer.
Covers output line configuration, including source signal selection and invert function.
Describes how to check the state of input and output lines.
Provides an overview of elements involved in controlling image acquisition.
Explains acquisition start/stop commands and the effect of the Acquisition Mode parameter.
Details acquisition start trigger functionality, modes, and sources.
Explains frame start trigger usage, requirements, and modes.
Highlights acquisition control differences for acA750 models due to interlaced sensor.
Explains how to manually adjust exposure time and the role of Exposure Auto.
Details the operation of global and rolling electronic shutters.
Discusses overlapping image acquisition processes for global shutter models.
Discusses overlapping image acquisition processes for rolling shutter models.
Covers tools for monitoring acquisition status and signals.
Provides timing charts illustrating frame acquisition and transmission processes.
Discusses factors limiting maximum frame rate and how to determine it.
Presents use case examples for triggering.
Explains color creation using Bayer filters and pixel data formats.
Explains color creation for acA750-30gc using a complementary CMYeG filter.
Discusses the standard IR cut filter integrated into color camera lens mounts.
Covers features for adjusting color appearance like white balance and gamma correction.
Lists available pixel data formats for monochrome cameras.
Lists available pixel data formats for color cameras based on Bayer filter alignment.
Provides details on color camera output formats like Bayer, YUV, and Mono.
Explains the camera's adjustable gain setting for adjusting sensitivity.
Explains how adjusting the black level introduces an offset in pixel values.
Discusses removing factory limits to access extended parameter ranges.
Explains the digital shift feature for multiplying camera output by 2, 4, 8, or 16.
Explains how to define a specific portion of the sensor array for pixel data readout.
Describes stacked zone imaging for defining zones on the sensor array.
Lists and explains user-correctable error codes detected by the camera.
Details the sequencer feature for applying parameter sets to sequences of acquisitions.
Discusses binning for increasing light response and reducing resolution.
Explains decimation (sub-sampling) for reducing vertical or horizontal resolution.
Describes features to flip captured images horizontally (Reverse X) and vertically (Reverse Y).
Explains the luminance lookup table for customizing camera response curves.
Covers automatic adjustment features like gain, exposure, and white balance.
Explains minimum output pulse width settings for reliable signal detection.
Covers how the camera generates and transmits event messages for specific situations.
Discusses internal test images for checking camera functionality and diagnostics.
Lists parameters for retrieving basic device information.
Covers storing five user-defined 32-bit integer values.
Discusses camera configuration sets: active, default, and user sets.
Explains the concept of chunk features that add information to acquired images.
Guides on activating chunk mode and enabling the extended data stamp feature.
Details the frame counter feature, numbering frames and adding a chunk.
Details the time stamp feature that adds time information as a chunk to frames.
Details the trigger input counter feature that numbers external acquisition triggers.
Explains the line status all feature sampling input/output line status at acquisition.
Explains the CRC checksum feature for data integrity verification.
Details the sequence set index chunk feature adding the used sequence set index to frames.
Lists resources for technical advice and troubleshooting assistance from Basler.
Explains the requirement to request an RMA number before returning material.
Provides a checklist of information to collect before contacting technical support.
Details the Basler filter driver, a basic GigE Vision driver compatible with most network adapters.
Details the Basler performance driver, a hardware-specific driver for Intel chipsets.
Details parameters affecting network connection and data transmission.
Guides on managing bandwidth when multiple cameras share a network path.
Outlines a structured approach to managing bandwidth for multiple cameras.
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