DVC DVC-1412 - Page 44

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3) Push and turn the tool while compressing the spring, so that the tabs on the tool go underneath

the protrusions holding the filter spring. This process will disengage the filter. Rotate the tool

until both the spring tabs and the tool are clear of the protrusions.

4) Remove the tool. Use forceps or fine pliers to remove the spring.

Main Page

Table of Contents2
Introduction7
Initial Inspection8
Unpacking and Receiving8
EQUIPMENT SUPPLIED (LVDS System)9
Figure 2.2-1: DVC-1412 Camera and Adjustment Wrench9
Figure 2.2-2: Linear Regulated Power Supply9
Figure 2.2-3: Pixelynx Board9
Figure 2.2-4:US Version of Line Cord with IEC320 Receptacle9
Figure 2.2-5: DVC Distribution CD-ROM9
Figure 2.2-6: 10Ft. Interface Cable, with 18" RS232 Pigtail9
EQUIPMENT SUPPLIED (Firewire System)10
Figure 2.3-1: DVC-1412 Camera and Adjustment Wrench10
Figure 2.3-2: Linear Regulated Power Supply10
Figure 2.3-3: Firewire Cable (Actual Color May Vary)10
Figure 2.3-4:US Version of Line Cord with IEC320 Receptacle10
Figure 2.33-2.3-5: DVC Distribution CD-ROM10
EQUIPMENT SUPPLIED (Cameralink System)11
Figure 2.4-1: DVC-1412 Camera and Adjustment Wrench11
Figure 2.4-2: Linear Regulated Power Supply11
Figure 2.4-3: Cameralink Cable (Actual Color May Vary)11
Figure 2.4-4:US Version of Line Cord with IEC320 Receptacle11
Figure 2.4-5: DVC Distribution CD-ROM11
Figure 2.4-6: Cameralink Board11
Optional Items12
Camera Power Supply12
International Applications12
Figure 2.6-1: Bottom View of Power Supply Showing Voltage Selection Switch (115V)12
Figure 2.6-2: Bottom View of Power Supply Showing Voltage Selection Switch (220V)12
Figure 2.6-3: IEC Line Cord with Euro-Style Plug12
Figure 2.6-4: IEC Line Cord with UK-Style Plug12
Maintenance13
Lens and Sensor Faceplate Cleaning13
Cleaning and Lubrication13
When Should I Clean the CCD Imager in My Camera13
What Causes the CCD Imager to Get Dirty13
What Must I Do before Cleaning the CCD Imager13
How Should the CCD Imager be Cleaned13
Camera Specifications15
Optical15
Figure 4.1-1: Monochrome Camera Spectral Response15
Digital Video Output16
Bit RS-422/RS-644 (LVDS / Firewire)16
Figure 4.1-2: IR Filter Characteristics16
Intensicam - 141217
Camera Control17
Figure 4.3-1: Spectral Curve for Intensicam17
Electrical18
Mechanical for Standard Lvds/Firewire/Cameralink Cameras18
Mechanical for Cooled Cameras18
Mechanical for Intensicam18
Camera Functional Description19
Block Diagram19
CCD and Video Board19
CCD Sensor19
Figure 5.1-1: DVC-1412 Camera Block Diagram (LVDS Version Shown)19
Figure 5.2-1: Bayer Pattern Color Filter Array19
Video Processing20
Video Digitization20
Voltage Regulation21
Timing21
Digital I/O Board21
LVDS Version: TTL to LVDS Drivers21
Fire Wire Version21
Cameralink Version21
Installation22
Modes of Operation22
Normal Mode22
Figure 7.1-1: Timing Diagram--Normal Mode22
High Speed Shutter23
Setting the Exposure Duration23
Strobe23
Figure 7.2-1: Timing Diagram--Shutter Mode (HNL & HDL)23
Reset & Shutter24
Figure 7.2-2: Asynchronous Reset24
Reset Modes26
Figure 7.2-3: Timing Diagram-HDO Mode26
Figure 7.2-4: HDL Mode27
N Frame Integration28
Reset Operation in N-Frame Integration Mode28
Ult: Ultra-Long-Term Exposure28
Figure 7.3-1: Timing Diagram--Long Exposure28
Pulse Driven Exposure29
Figure 7.5-1: Asynchronous Reset29
Binning30
Figure 7.5-2: Pulse Driven Integration Mode, Showing Long/Short Exposure with Minimum Latency30
Table 7.6-1: Binning Commands30
Figure 7.6-1: bin 2X2 Case31
Binning and Shutter32
Binning and Bayer Pattern Color Filter Arrays32
Sub-Array / Region of Interest (ROI )33
Functional Description33
Advantages34
Disadvantages34
What Can be Done to Overcome this Disadvantage34
What Applications Should ROI be Used for34
ROI Commands34
Slow Scan35
Table 7.7-1: Slow-Scan Mode Commands35
Intensicam-141236
Introduction36
Functional Description36
Spectral Response37
Figure 7.9-1: Intensicam Spectral Response37
Intensicam & Cview38
Multi-Spectral Option39
Software Issues39
Figure 7.10-1: Cooled (Left) and Non-Cooled (Right) Multi-Spectral Cameras39
Figure 7.10-2: Color Filter Wheel Module40
Spectral Response41
Module Removal & Change of Filters41
Application Notes49
Bayer Filter Decoding Algorithm49
Introduction49
Color Pixel Processing49
White Balance49
Figure 8.1-1: Bayer Pattern CFA49
Gamma Correction51
Color Coding51
Suggested Algorithm51
Serial Command Interface Definition for DVC-1412 Cameras (Lvds and Cameralink Cameras)52
Introduction52
Physical Description52
Communication Protocol52
Camera Controls53
Gain53
Offset (or Black Level)53
Table 9.4-1: Gain Table53
Table 9.4-2: Offset Table53
Exposure54
Modes54
Special Commands56
Intensifier Control57
Figure 9.5-1: Luminous Gain Versus IGN Argument57
Notes on Intensifier Operation58
Notes on Wheel Commands59
Command Summary60
Information and Support Resources61
Appendix62
Appendix A: Mechanical Dimensions Diagram62
Figure 11.1-1: 1412 with LVDS Connector62
Figure 11.1-2: 1412 with Cameralink Connector63
Figure 11.1-3: 1412 Camera with 1394 Connector64
Figure 11.1-4: 1412 te Cooler Camera (LVDS Model Shown)65
Figure 11.1-5: Intensicam-1412 Image Intensifier Camera (LVDS Shown)66
Figure 11.1-6: 1412-Multispectral Wheel Non-Cooled Camera (LVDS Shown)67
Figure 11.1-7: 1412-Multispectral Wheel Cooled Camera (Firewire Shown)68
Appendix B: Cable Drawings69
Figure 11.2-1: DVC-1412-To-Pixelnyx Cable69
Figure 11.2-2: Cameralink Cable70
Figure 11.2-3: DVC-1412-MV1500 Cable71
Figure 11.2-4: DVC-1412-To-Matrox Meteor II DIG Cable (LVDS)72
Appendix C: DVC-1412 Camera Connectors73
Figure 11.3-1: Camera Rear View Showing Connector Pin Numbers (LVDS Connections Shown)73
Auxiliary Connector74
Table 11.3-1: Camera Connector Information74
Table 11.3-2: Power Supply Connector Pinout74
Table 11.3-3: Digital Video Connector Pinout75
Warranty and After-Sales Service76
Copyright Information77

DVC DVC-1412 - Page 44

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