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Cheetah Python GEV-C5180N
Imperx Cheetah Python GEV-C5180N Manuals
Manuals and User Guides for Imperx Cheetah Python GEV-C5180N. We have
1
Imperx Cheetah Python GEV-C5180N manual available for free PDF download: User Manual
Imperx Cheetah Python GEV-C5180N User Manual (113 pages)
CMOS Cameras with GigE Vision and 10GigE Vision interfaces
Brand:
Imperx
| Category:
Digital Camera
| Size: 4.65 MB
Table of Contents
Table of Contents
4
Table 1: Cheetah Cameras with Gige Vision® and 10 Gige Vision Interfaces
11
Gige Vision Interface
12
Key Features
13
Camera Link, Coaxpress, and USB3 Interfaces
14
1 About the Cheetah Camera
11
General
11
Table 2: Cheetah Python Output Interfaces
14
Table 3: Cheetah Cameras General Specifications
15
Table 4: Cheetah GEV-C5180 and 10G-C5180 Specifications
16
GEV-C4181 and 10G-C4181 Cameras
17
Table 5: Cheetah C4181 and 10G-C4181 Specifications
17
GEV-C4180 and 10G-C4180 Cameras
18
Table 6: Cheetah GEV-C4180 and 10G-4180 Specifications
18
Ordering Information
19
Technical Support
19
GEV-C5180 and 10G-C5180 Cameras
16
Technical Specifications
15
Table 7: Cheetah Gige Vision® and 10 Gige Vision Cameras Ordering Codes
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Figure 1: GEV-C5180, GEV-C4181, and GEV-C4180 Camera Back Panel
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Camera Back Panel
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2 Hardware
20
GEV Camera Back Panel
20
Figure 2: 10G-C5180, 10G-C4181, and 10G-C4180 Camera Back Panel
21
Figure 3: Power and I/O Connector Pin-Outs
22
Electrical Connectivity
23
Camera Connector
22
Power and I/O Connector Pin Assignment
22
Ethernet Port
22
Table 8: Power Connector Pin Mappings
22
Figure 4: IN1 Electrical Connection
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Figure 5: IN2 Electrical Connection
23
Figure 6: OUT1 LVTTL Electrical Connection
23
Figure 10: PS12V04A Power Supply (Ordered Separately)
25
Figure 9: High Side Load Driver
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Figure 11: PS12V04A Power Supply Assembly
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Figure 13: PS12V07B Power Supply Assembly
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Table 9: Camera LED Status Indicators
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Ethernet LED Status Indicators
29
Table 10: Gige Vision Cameras Ethernet LED Status Indicators
29
Table 11: 10 Gige Vision Cameras Ethernet LED Status Indicators
29
Figure 14: Mechanical Drawings of GEV-C5180, GEV-C4181, and GEV-C4180 Cameras
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Mechanical Drawings
30
Mechanical, Optical, Environmental
30
Figure 15: Mechanical Drawings of 10G-C5180, 10G-C4181, and 10-C4180 Cameras
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Environmental
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Optical
32
Figure 12: the PS12V07B Power Supply with Canon Lens Control (Ordered Separately)
27
PS12V07B Power Supply with Support for Canon Lens Control
27
LED Status Indicators
28
Camera LED Status Indicator
28
Figure 8: Low Side Load Driver
24
Figure 7: Open Drain Logic Driver
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Power Supply
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PS12V04A Standard Power Supply
25
3 Genicam TM API Module - Configuring the Camera
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Camera Configuration
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Configuration Memory - Parameter Flash
33
Overview
33
Camera Startup
34
Genapi Camera Configuration
34
Device Control
34
Table 12: Device Control Parameters
34
Table 13: Version Information Parameters
35
Table 14: Image Format Parameters
36
Acquisition Control
38
Table 15: Acquisition Control Parameters
38
Gain Control
40
Table 16: Gain Control Parameters
40
Auto Gain and Auto Exposure
41
Image Format Control
36
Version Information
35
Table 17: Auto Exposure and Auto Gain Control Parameters
41
Table 18: Status Parameters
42
Table 19: Data Correction Parameters
43
Table 20: White Balance Parameters
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Strobe
45
White Balance
44
Data Correction
43
Table 23: Strobe Parameters
45
Table 24: Pulse Generator Parameters
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Canon Lens Control
47
Table 22: OUT2 Parameters
45
Table 21: OUT1 Parameters
45
Pulse Generator
46
Table 26: Controller Settings
47
Table 28: Iris Parameters
48
Table 29: Transport Layer Control Parameters
49
Table 30: Gige Vision Parameters
49
Table 31: User Set Control Parameters
52
Event Control
53
Table 27: Focus Parameters
48
User Set Control
52
Table 25: Lens Status Parameters
47
Transport Layer Control
49
Table 32: Event Control Parameters
53
4 Software GUI
54
Figure 16: Ipxplayer Graphical User Interface
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Figure 17: Security Screen
55
User Interface and Functionality
55
Overview
54
Supported Operating Systems
54
Compatibility
55
Installing the Software
55
Installation
55
Figure 18: Welcome Setup Screen
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Figure 19: License Agreement Screen
56
Figure 20: Choose Components Screen
57
Figure 22: Uninstall any Existing Versions Dialog
57
Figure 23: Installation Complete Screen
58
Figure 24: Completing Imperx Camera SDK Setup Screen
58
Figure 25: Ipxplayer Icon
58
Figure 26: Imperx Camera SDK File Locations on Your Computer
59
Connecting to Cameras
60
Figure 27: Connecting to a Camera
60
Figure 28: Select Camera Dialogue
60
Figure 30: Select an Access Level
64
Figure 31: Device Control Parameters
64
Figure 32: Version Info Parameters
65
Version Info Controls
65
Figure 33: Image Format Control Parameters
66
Image Format Controls
66
Acquisition Control
67
Figure 34: Acquisition Control Parameters
67
Figure 35: Gain Control
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Gain Controls
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Auto Gain and Auto Exposure
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Figure 36: Auto Gain and Auto Exposure
70
Data Correction Controls
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Figure 37: Data Correction Parameters
72
Figure 38: White Balance Parameter
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White Balance Controls
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Figure 39: Strobe Parameters
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Strobe Controls
74
Canon Lens Control
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Figure 40: Pulse Generator Parameters
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Figure 41: Canon Lens Control General Parameters
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Pulse Generator Controls
75
Figure 29: Access Status Showing IP Subnet Mismatch
61
Using the Ipxplayer
62
Menu Bar
62
Saving / Loading Configurations
63
Camera Parameters Panel
64
Device Controls
64
Figure 43: Canon Lens Control - Focus Settings
76
Figure 44: Canon Lens Control - Iris Settings
77
Figure 45: Transport Layer Control
78
Figure 46: User Set Parameters
80
User Set Controls
80
Event Control
81
Figure 47: Event Control Parameters
81
Capture Panel
82
Figure 48: the Capture Panel Saves Images and Video
82
Recording Acquired Images
82
Saving Image Output
82
Channels to Log
83
Figure 49: the Log Panel Records Data Transfers
83
Log Panel
83
Figure 50: Statistics Panel
84
Statistics Panel
84
Figure 51: Global Shutter with 8.33 Ms Exposure Time
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External Exposure Control
86
Frame Time Control
86
Internal Line and Frame Time Control
86
Zero Row-Overhead Time (ROT) Control
86
Camera Output Control
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Figure 42: Canon Lens Control - Controller Settings
76
Transport Layer Control
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Figure 21: Choose Install Location Screen
57
Camera SDK
59
5 Camera Features
85
Exposure Control
85
Internal Exposure Control - Electronic Shutter
85
Table 33: Maximum Frame Rates (May Vary Based on Computer And/Or Network Speed)
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Figure 52: Horizontal and Vertical Window Positioning
88
Factors Impacting Frame Rate
89
Subsampling
89
Pixel Averaging
89
Area of Interest
88
Creating an AOI Window
88
Overview
88
Figure 53: Monochrome Pixel Averaging
89
Figure 54: Monochrome Subsampling
90
Figure 55: Color Subsampling
90
Figure 58: Strobe Positioning with Respect to Exposure Start
93
Bit Depth
94
Black Level Auto-Calibration and Offset
94
Data Output Format
94
Digital Offset
94
Figure 59: 10-Bit Internal Digitization with 8 and 10-Bit Outputs
94
Figure 60: Internal Pulse Generator
95
Input / Output Control
95
Input / Output Mapping
95
Pulse Generator
95
Table 34: Cheetah Camera Input Mapping
95
Table 35: Cheetah Camera Output Mapping
95
Table 36: Test Patterns
96
Table 37: Automatic White Balance (AWB) Modes
96
Test Image Patterns
96
White Balance and Color Conversion
96
White Balance Correction
96
Standard Gamma Correction
97
Transfer Function Correction
97
Figure 61: Look up Table
97
Figure 63: Custom LUT
98
Figure 62: Gamma Corrected Video Signal
98
User Defined LUT
98
Defective Pixel Correction
99
Dynamic Pixel Correction
99
Static Pixel Correction
99
Camera Interface
100
Current Image Size
100
Exposure Time Monitor
100
Frame Time Monitor
100
Temperature Monitor
100
Auto Gain and Auto Exposure Control (AGC/AEC)
101
Flat Field and Noise Correction
100
Subsampling Decimation
90
Camera Triggering
91
Triggering Inputs
91
Acquisition and Exposure Control
91
Triggering Modes
92
Figure 56: "Fast" Trigger Mode (Internal Exposure Control)
92
Figure 57: "Fast" Trigger Mode (Pulse Width Exposure Control)
92
Strobes
93
Video Amplifier Gain and Offset
93
Analog Gain
93
Digital Gain
93
6 Image Sensor Technology
102
General Information
102
A/D Architecture and Frame Rate Controls
102
Figure 64: Typical CMOS Image Sensor Architecture
103
Bayer Pattern Information
104
Spectral Sensitivity
104
Figure 65: Python CMOS Mono Spectral Response (Monochrome with the Cover Glass) for Monochrome and Enhanced NIR Versions
104
Figure 66: Python CMOS Typical Color Spectral Response (with Micro Lens and Cover Glass)
104
7 Creating Look-Up Tables
105
Overview
105
Using an ASCII Text Editor
105
Using Microsoft Excel
106
Figure 67: Sample Spreadsheet
106
8 Creating DPC / HPC Tables
107
Editing DPM / HPM Files
107
Finding Defective Pixels
108
Finding Hot Pixels
108
Locating and Adding Pixel Coordinates
108
Overview
107
Figure 68: Frame Grabber's Firs Pixel
109
Figure 69: Locating Defective Pixel
109
Figure 71: Select Detected Camera
112
Figure 70: Detect a Camera
112
Uploading DPM / HPM Files
112
Creating New DPM / HPM Files
111
Figure 72: Supported Upload Files
113
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