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Pixel Formats, Tap Geometries, and Color Filters
Basler aviator Camera Link 97
Once the pixel data for line one and line N have all been transmitted, the camera begins
transmitting pixel data for line two and for line N-1 (the next to last line). The data is transmitted
in a similar fashion to line one and line N, i.e., two pixels at a time in ascending order.
The camera continues transmitting the pixel data for the remaining lines in similar fashion.
This transmission scheme is shown graphically in Figure 30.
Fig. 30: 1X-2YE Tap Geometry
The advantage of selecting the 1X-2YE tap geometry is that when an acquired image is being read
out of the imaging sensor and into the camera’s image buffer, pixel data transmission can begin
before the entire image is read out and buffered. This means that the latency between the point
where an image is acquired and the point where the image data begins to be transmitted to the
frame grabber in the PC is very low.
The disadvantage of selecting the 1X-2YE tap geometry is that Camera Link frame grabbers must
typically use a specifically prepared frame grabber configuration file to be able to accept image data
transmitted in this fashion. Camera users should contact the manufacturer of their frame grabber to
obtain the necessary configuration file.
The 1X-2YE tap geometry can only be used when the camera is also set for four
tap sensor digitization. For more information about setting the tap digitization, see
Section 7.1 on page 101.
Tap 1
Tap 2
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- Basler aviator 1
- Table of Contents 5
- Table of Contents 6
- 1.1 Models 9
- 1.2 General Specifications 10
- 1.3 Spectral Response 12
- 1.3.2 Color Cameras 13
- 1.4 Mechanical Specifications 14
- Photosensitive 15
- 10 Basler aviator Camera Link 18
- 1.6.2 Heat Dissipation 19
- 1.7 Precautions 20
- Warranty Precautions 21
- 14 Basler aviator Camera Link 22
- 2 Physical Interface 23
- 2.2.1 6-Pin Receptacle 24
- 2.2.2 12-Pin Receptacle 25
- 2.2.3 26-Pin MDR Connector 26
- 2.3 Camera Connector Types 27
- 2.4 Cabling Requirements 28
- 2.4.2 Standard I/O Cable 29
- 2.4.3 PLC I/O Cable 30
- 2.5 Camera Power 31
- 2.6 LED Indicator 32
- 2.7 I/O Line Schematic 33
- 2.8 Input Lines 34
- 2.8.2 Characteristics 35
- Physical Interface 36
- 28 Basler aviator Camera Link 36
- 2.9 Output Lines 37
- 30 Basler aviator Camera Link 38
- 2.9.3 Response Times 39
- Frame Exposure Begins 40
- Duration 40
- Basler aviator Camera Link 33 41
- 2.10 Camera Link Interface 42
- Basler aviator Camera Link 35 43
- 36 Basler aviator Camera Link 44
- 3 Camera Functional 45
- Description 45
- 38 Basler aviator Camera Link 46
- 40 Basler aviator Camera Link 48
- Basler aviator Camera Link 41 49
- Vertical 50
- Register 50
- Basler aviator Camera Link 43 51
- 44 Basler aviator Camera Link 52
- 4 Tools for Changing Camera 53
- Parameters 53
- 4.1.2 The pylon Viewer 54
- Basler aviator Camera Link 47 55
- 48 Basler aviator Camera Link 56
- 5 Image Acquisition Control 57
- 50 Basler aviator Camera Link 58
- Basler aviator Camera Link 51 59
- 52 Basler aviator Camera Link 60
- Basler aviator Camera Link 53 61
- 54 Basler aviator Camera Link 62
- 5.2.2 Acquisition Frame Count 63
- Related Parameters 63
- 5.2.4.1 Introduction 65
- 58 Basler aviator Camera Link 66
- 5.2.5.1 Introduction 67
- 5.3 The Frame Start Trigger 69
- 62 Basler aviator Camera Link 70
- Basler aviator Camera Link 63 71
- Basler aviator Camera Link 65 73
- 5.3.2.1 Introduction 74
- 5.3.2.2 Acquisition Status 75
- Basler aviator Camera Link 69 77
- 5.3.3.1 Introduction 78
- 5.3.3.2 Exposure Modes 79
- Trigger Width Exposure Mode 80
- 5.4 Setting the Exposure Time 83
- 76 Basler aviator Camera Link 84
- Basler aviator Camera Link 77 85
- 78 Basler aviator Camera Link 86
- Basler aviator Camera Link 79 87
- 80 Basler aviator Camera Link 88
- Basler aviator Camera Link 81 89
- 82 Basler aviator Camera Link 90
- Basler aviator Camera Link 83 91
- 84 Basler aviator Camera Link 92
- 5.6 Acquisition Timing Charts 93
- 86 Basler aviator Camera Link 94
- 5.7 Maximum Allowed Frame 98
- Acquisition Rate 98
- Basler aviator Camera Link 91 99
- Image Acquisition Control 100
- 92 Basler aviator Camera Link 100
- 6 Pixel Formats, Tap 101
- Geometries, and Color Filters 101
- 6.2 Camera Link Tap Geometry 103
- 96 Basler aviator Camera Link 104
- Fig. 29: 1X2-1Y Tap Geometry 104
- Basler aviator Camera Link 97 105
- Fig. 30: 1X-2YE Tap Geometry 105
- 6.3 The Bayer Color Filter 107
- 7 Features 109
- Features 111
- 7.3 Gain 112
- Camera.GainRaw.SetValue( 0 ); 115
- 7.4 Black Level 116
- (on Color Models) 119
- (on Color Models) 121
- 7.7 Disable Parameter Limits 122
- 7.8 Auto Functions 124
- 7.8.2 Auto Function AOIs 126
- 7.8.3 Using an Auto Function 131
- 7.8.4 Gain Auto 132
- 7.8.5 Exposure Auto 135
- 7.8.6 Auto Function Profile 138
- 7.8.7 Balance White Auto 139
- 7.9 Digital Shift 141
- 7.10.1 Setting the Image AOI 150
- 7.10.2 Prelines 152
- 7.11 Binning 154
- Increased Response to Light 156
- Reduced Resolution 156
- Possible Image Distortion 156
- 7.12 Mirror Imaging 158
- 7.12.2 Reverse Y 160
- 7.13 Luminance Lookup Table 163
- // Enable the lookup table 166
- 7.14 Gamma Correction 167
- 7.15 User Defined Values 169
- Detection 172
- Register Access 173
- 7.18 Test Images 174
- Fig. 45: Test Image 1 175
- Fig. 46: Test Image 6 177
- 7.19 Configuration Sets 178
- User Sets 179
- Designating a Startup Set 179
- 7.19.2 Saving User Sets 181
- 8 Technical Support 185
- Technical Support 186
- Revision History 189
- Revision History 190
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