SVS-Vistek GiGE CXP-12 SWIR fxo992MXGE-T Manuals

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SVS-Vistek GiGE CXP-12 SWIR fxo992MXGE-T Manual (91 pages)

Brand: SVS-Vistek | Category: Digital Camera | Size: 6 MB

Table of Contents
2
General Information
7
Company Information
7
Disclaimer
7
Copyright Notice
7
Rules and Regulations for Europe
8
Rules and Regulations for USA and Canada
8
Legal Information
8
Rules and Regulations for Europe
9
About this Manual
9
Registered Trademarks
10
Conformity and Use
10
Warranty and Non-Warranty Clause
11
Supplements
11
Tips and Notes
12
Support
12
The FXO Camera Series
13
10 Gige Vision Features
13
Speed Is King
13
Optimized Network Adapter Tuning
13
CXP-12 Features
14
O Adds Light and Functionality
14
Fig. 2-1: Illustration of 4I/O Concept of Switching Leds
14
Lens Control
15
Use of Varioptic Liquid Lenses
15
Use of Canon Lenses
16
Connectors
17
Gige IP Setup
17
Automatic Camera Detection
17
Gige Vision
19
Network (TCP/IP)
19
Fig. 3-1: RJ45 Socket Connector
19
Fig. 3-2: Data Reduction with Jumbo Frames
20
XML Files
21
Fig. 3-3: Connecting Multiple Cameras on Multi Nics
21
Fig. 3-4: Illustration of Connecting Multiple Cameras by a Switch
21
Fig. 3-5: Camera Casting to Multiple Receivers (Multicast)
21
10 Gige Limitations and Issues
22
Compatibility to Nbase-T
22
Bandwidth Limitation
22
Recommended Setup
22
Coaxpress-12
22
Hirose I/O Connector
23
Fig. 3-6: I/O Hirose Connector Layout
23
Table: 3-1: Hirose Connector Types
23
Getting Started
24
Support
24
Find Camera Specs
24
Power Supply
24
Power Safety
24
Connect the Camera
24
Using Poe (Power over Ethernet)
25
Using Camera I/Os with Pocxp (Power over CXP)
26
Camera Status LED Codes
26
Fig. 4-1: Connection Diagram for Pocxp Output
26
Fig. 4-2: Camera Status LED Codes
27
Feature Description
28
Basic Features
28
Gain
28
Table: 5-1: Table of Db and Corresponding ISO Value
28
Resolution
29
Offset
29
Fig. 5-1: Noise Caused by too Much Gain
29
Image Flipping
30
Fig. 5-2: Dark Noise Cut off by the Offset
30
Fig. 5-3: Original Image
31
Fig. 5-4: Horizontal Flip
31
Binning
32
Fig. 5-5: Vertical Flip
32
Fig. 5-6: Vertical Binning
33
Fig. 5-7: Horizontal Binning
33
Decimation
34
Fig. 5-8: 2X2 Binning
34
Fig. 5-9: Horizontal Decimation
34
Genicam
35
Fig. 5-10: Vertical Decimation
35
Trigger Modes
36
Fig. 5-11: Mode 2: External Trigger with Programmable Exposure Time (Overlap)
36
Fig. 5-12: Mode 2: External Trigger with Programmable Exposure Time (Non Overlap)
37
Fig. 5-13: Mode 1: External Trigger with Pulse Width Exposure Control (Overlap)
37
Fig. 5-14: Mode 1: External Trigger with Pulse Width Exposure Control (Non-Overlap)
37
Shutter Modes
38
Fig. 5-15: Mode 1: External Trigger with Programmable Exposure Time (Overlap)
38
Fig. 5-16: Mode 1: External Trigger with Programmable Exposure Time (Non-Overlap)
38
Fig. 5-17: Setup of Global Reset Release Mode in Genicam Tree
39
Exposure
40
Exposure Speed
40
Fig. 5-18: Flash Control with Global Reset Release
40
Auto Exposure
41
Acquisition and Processing Time
42
Bit Depth
42
Fig. 5-19: Acquisition and Processing Time
42
Fig. 5-20: Bit Depth and Brightness with Sony Gen 4 Sensors
43
Camera Features
44
2-Point NUC (Non-Uniform Correction)
44
Defect Pixel Correction
46
Fig. 5-21: Illustration of a Defect Pixel
47
Look-Up Table
50
Fig. 5-22: Custom LUT Adding Contrast to the MID-Tones
51
Fig. 5-23: Several Gamma Curves Comparable to a LUT
52
Fig. 5-24: Several Gamma Curves Comparable to a LUT
53
Roi / Aoi
54
Basic Capture Modes
54
Fig. 5-25: AOI on Area Sensor
54
Fig. 5-26: Mode 0 - Free Running with Programmable Exposure Time
54
Fig. 5-27: Mode 1: External Trigger with Pulse Width Exposure Control (Overlap)
55
Fig. 5-28: Basic Capture Modes - Triggered Mode (Pulse Width Without Overlap)
55
Read-Out Control
56
Temperature Sensor
56
Fig. 5-29: Illustration of Physical Data Stream in Time
56
System Clock Frequency
57
Predefined Configurations (User Sets)
57
Fan Control
59
Burst Mode
59
Fig. 5-30: Fan Control Settings
59
Precision Time Protocol
60
Fig. 5-31: PTP Set Master Mode
61
Fig. 5-32: PTP Set Slave Mode
61
Fig. 5-33: Enable Synced Multi Camera Trigger in PTP Slave Mode
61
I/O Features
62
Assigning I/O Lines - IOMUX
62
Fig. 5-34: "IN 0" Connected to "Debouncer
62
Fig. 5-35: Example of an IOMUX Configuration
65
Fig. 5-36: I/O Assistant of Svcapture with Activated Debouncer and Logic Input
66
Pulse Width Modulation
67
Fig. 5-37: PWM Intensity
68
Fig. 5-38: the PWM Module
69
Fig. 5-39: PWM Intensity
70
Fig. 5-40: Example: 25% PWM Load
70
Fig. 5-41: Example: 50% PWM Load
70
LED Strobe Control
71
Fig. 5-42: Example: 75% PWM Load
71
Fig. 5-43: Attach LED Lights to Camera Outputs
71
Table: 5-2: Leds in Continuous Mode
72
Table: 5-3: Example Calculation "No Flash" (CW Mode)
72
Sequencer
73
Optical Input
77
Fig. 5-44: Sequencer Timing Diagram
77
Fig. 5-45: Optical Input
77
PLC / Logical Operation on Inputs
78
Fig. 5-46: Genicam Tree Setting
78
Table: 5-4: Truth Table of Logic Function
78
Serial Data Interfaces
79
Table: 5-5: Serial Interface Parameters - RS-232 and RS-422
79
Trigger-Edge Sensitivity
80
Fig. 5-47: UART Encoding of a Data Stream
80
Fig. 5-48: Schmitt Trigger Noise Suppression
80
Debouncing Trigger Signals
81
Fig. 5-49: Bounces or Glitches Caused by a Switch
81
Fig. 5-50: Debouncer between the Trigger Source and Trigger
81
Prescale
82
Fig. 5-51: the Debouncer Module
82
Fig. 5-52: Prescale Values and Their Result on Trigger Signal
83
Fig. 5-53: the Prescale Module
83
Annex
84
Dimensions
84
I/O Driver Circuit Schematics
84
Action Commands
84
Fig. 6-1: I/O Driver Circuit Schematics
84
Fig. 6-2: Action Control
85
Table: 6-1: Examples of Groupmask
85
Table: 6-2: Example of Action Command
85
Faq
86
Glossary
86

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