Basler Vision Technologies A302f Operation & User’s Manual

35, Operation and Features BASLER A302f 3-19 DRAFT Once the conversion to YUV is complete, pixels are transmitted from the camera in the YUV (4:2:2) format as defined in Section 2.1.3 Video Data Payload Structure in the 1394-based Digital Camera Specification Version 1.20. 3.10.1 White Balanc…

51, Mechanical Considerations BASLER A302f 5-1 DRAFT 5 Mechanical Considerations 5.1 Camera Dimensions The camera housing for the A302f is manufactured with high precision. Planar, parallel, and angular sides guarantee precise mounting with high repeatability. The A302f camera is equipped …

24, Operation and Features 3-8 BASLER A302f DRAFT 3.3 Trigger Ready Signal One possible way to control the camera is to perform an image exposure followed by charge read out and frame transfer and to wait until frame transfer is complete before beginning the next exposure. This situation…

30, Operation and Features 3-14 BASLER A302f DRAFT * On the A302fc color camera: the setting for Left must be 0 or an even number. the setting for Top must be 0 or an even number. the setting for Width must be an even number. the setting for Height must be an even number. On all cameras, the sum…

41, Basler Vision Technologies A302f Configuring the Camera BASLER A302f 4-3 DRAFT 4.4 Implemented Registers A list of all registers implemented in A302f appears below. The base address for all camera control registers is: Bus_ID, Node_ID, FFFF F0F0 0000 This address is contained in the configuration ROM in the camera unit directory. …

18, Operation and Features 3-2 BASLER A302f DRAFT Figure 3-1: Sensor Architecture Figure 3-2: Block Diagram Pixels CCD Sensor VGCADC PixelsPixelsPixels Vert. Shift Reg. Vert. Shift Reg. Vert. Shift Reg. Vert. Shift Reg. Horizontal Shift Register CCD Sensor - A/D Converter FPGA Link Laye…