Basler SCOUT LIGHT User Manual Page 126
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Standard Features
118 Basler scout light
9.7 Debouncer
The debouncer feature aids in discriminating between valid and invalid input signals and only lets
valid signals pass to the camera. The debouncer value specifies the minimum time that an input
signal must remain high or remain low in order to be considered a valid input signal.
Note that the debouncer delays a valid signal between its arrival at the camera and its transfer. The
duration of the delay will be determined by the debouncer value.
The following diagram illustrates how the debouncer filters out invalid input signals, i.e. signals that
are shorter than the debouncer value. The diagram also illustrates how the debouncer delays a
valid signal.
We recommend setting the debouncer value so that it is slightly greater than the
longest expected duration of an invalid signal.
Setting the debouncer to a value that is too short will result in accepting invalid
signals. Setting the debouncer to a value that is too long will result in rejecting valid
signals.
Fig. 32: Filtering of Input Signals by the Debouncer
Unfiltered arriving signals
Debouncer
Transferred valid signal
delay
TIMING CHARTS ARE NOT DRAWN TO SCALE
debouncer
value
- Basler scout light 1
- Table of Contents 5
- Table of Contents 6
- Basler scout light iii 7
- 1.1 Models 9
- 1.2 General Specifications 10
- 4 Basler scout light 12
- Wave Length (nm) 12
- Quantum Efficiency (%) 12
- 6 Basler scout light 14
- Relative Response 14
- 1.4 Mechanical Specifications 15
- 8 Basler scout light 16
- 10 Basler scout light 18
- Basler scout light 11 19
- 1.7.2 Ventilation 20
- 1.8 Precautions 21
- Warranty Precautions 22
- 2 Software and Hardware 23
- Installation 23
- 16 Basler scout light 24
- 3 Tools for Changing Camera 25
- Parameters 25
- 18 Basler scout light 26
- 4 Functional Description 27
- Functional Description 28
- 20 Basler scout light 28
- CCD Sensor 28
- (slA750-60fm Only) 29
- 22 Basler scout light 30
- CMOS Sensor 30
- 5 Physical Interface 31
- Numbering 32
- 5.2.3 Pin Numbering 34
- 5.3 Connector Types 35
- 5.4 Cabling Requirements 36
- Physical Interface 37
- Basler scout light 29 37
- Fig. 10: I/O Cable 37
- 30 Basler scout light 38
- 5.6 Camera Power 39
- 5.7 Input and Output Lines 40
- 5.7.2.2 Input Line Schematic 41
- 5.7.3 Output Line Description 42
- Basler scout light 35 43
- Section 8.2 on page 88 44
- 6 Image Acquisition Control 45
- Image Acquisition Control 46
- 38 Basler scout light 46
- (duration determined by the 48
- One Software Trigger 49
- Software Triggers 50
- 44 Basler scout light 52
- 6.3.1 Exposure Modes 53
- Frame N-1 Frame N 54
- Exposure 54
- Hardware Trigger Transition 56
- Hardware Trigger Transitions 57
- 6.4 Exposure Time Parameters 59
- 52 Basler scout light 60
- "Absolute" Settings 61
- Readout 62
- Basler scout light 55 63
- Fig. 20: Overlapped Exposure 63
- 6.7 Trigger Ready Signal 65
- 58 Basler scout light 66
- (slA750-60fm Only) 67
- 60 Basler scout light 68
- 6.8 Exposure Active Signal 69
- 6.9 Acquisition Timing Chart 70
- Basler scout light 65 73
- // Resulting Framerate 73
- Basler scout light 67 75
- 136.47 µs 176.76 µs 181.64 µs 75
- Allowed Frame Rate 76
- 72 Basler scout light 80
- 74 Basler scout light 82
- 7 Pixel Data Formats 83
- 7.2 Pixel Data Formats 84
- (Equivalent to DCAM Mono 16) 86
- 7.2.3 Mono 12 Packed Format 88
- 7.2.4 YUV 4:2:2 Packed Format 90
- Pixel Data Formats 93
- Basler scout light 85 93
- 8 I/O Control 95
- Physical Output Line 96
- 90 Basler scout light 98
- Basler scout light 91 99
- Fig. 26: Timer Signal 99
- I/O Control 100
- 92 Basler scout light 100
- Basler scout light 93 101
- 94 Basler scout light 102
- Basler scout light 95 103
- Basler scout light 97 105
- 98 Basler scout light 106
- 9 Standard Features 107
- Standard Features 110
- 102 Basler scout light 110
- 9.2 Black Level 112
- 9.3 Digital Shift 113
- Basler scout light 109 117
- // Disable digital shift 117
- 110 Basler scout light 118
- // Enable digital shift by 2 118
- 9.4 Area of Interest (AOI) 119
- Setting the AOI 120
- 114 Basler scout light 122
- 9.5 Reverse X 123
- Setting Reverse X 124
- 9.6 Disable Parameter Limits 125
- 9.7 Debouncer 126
- Setting the Debouncer 127
- 9.8 Trigger Delay 128
- 9.9 Acquisition Status 129
- 9.10 Test Images 130
- Basler scout light 123 131
- Fig. 33: Test Image One 131
- 124 Basler scout light 132
- 126 Basler scout light 134
- 9.12 Configuration Sets 135
- 9.12.1 Saving User Sets 136
- Basler scout light 129 137
- 130 Basler scout light 138
- Basler scout light 131 139
- 132 Basler scout light 140
- Single Bus and Managing 141
- Bandwidth 141
- Basler scout light 135 143
- S400 S400 S800 144
- Basler scout light 137 145
- 138 Basler scout light 146
- // RecommendedPacketSize 146
- 11.1 Tech Support Resources 147
- 11.2 Obtaining an RMA Number 147
- 11.4 Troubleshooting Charts 149
- Troubleshooting and Support 150
- 142 Basler scout light 150
- 11.4.2 I Do Not Get an Image 151
- 144 Basler scout light 152
- Basler scout light 145 153
- 146 Basler scout light 154
- Basler scout light 147 155
- Technical Support 156
- To get the tool, go to: 157
- 150 Basler scout light 158
- Revision History 159
- Revision History 160
- 152 Basler scout light 160
- Feedback 161
- Feedback 162
- 154 Basler scout light 162
- Basler scout light 155 163
- 156 Basler scout light 164
- Basler scout light 157 165
- 158 Basler scout light 166
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