User's Manual - ELTEC Elektronik AG
Contents
1. ELTEC Elektronik AG Phone 49 0 6131 918 520 Galileo Galilei Str 11 FAX 49 0 6131 918 196 D 55129 Mainz email sup port eltec de TECHNICAL ACTION REQUEST Customer Name _ Customer Ref __ ContactName _ 1 1 1 1 Department Phone Number FAX Number Severity of Problem O 1 Critical O 2 Serious O 3 Major O 4 Minor Problem concerns O Hardware O Software O System O Documentation Product Revision Level ELTEC Serial No barcode Operating System O Windows 98 O Windows NT O Other System Configuration Hardware S oftware Motherboard BIOS Memory Capacity 1 MB PCISlot1 _ Product _ PCI Slot2 _ Product PCI Slot3 _ Product PCI Slot4 _ Product ISA Slot 1 _ Product _ ISA Slot2 _ Product ISA Slot3 _ Product ISA Slot4 Product2. Alternativly the Optocoupler can be bypassed In this case the trigger function is inverted Figure 1 3 Opto coupled Trigger Input Schematic Trigger pm Trigger int Trigger 220 Ohm Optocoupler 1 6 PC_EYEQ2 User s Manual Introduction 1 2 5 Sync Camera Control Output For sync and camera control are up to 16 General Proposes Outputs available The first 12 GPOs are more flexible then the other 4 outputs c o 2 gt 3 1 2 5 1 Sync Camera Control Output 0 11 Each Output can be mapped to one of 8 available signals e Static output e Sync generator Horizontal sync e Sync generator Vertical sync e Internal Trigger e Sequencer bit 2 e Sequencer bit 3 e Sequencer bit 4 e Sequencer bit 5 The logical polarity High Low active is for every Output independently programmable 1 2 5 2 Sync Camera Control Output 12 15 Each one of this 4 outputs can be set to static low or high 1 2 6 Power Supply out To supply the cameras with Power they are up to 4 Outputs with 12 V Each Output is protected with a self healing PTC 1100 mA fuse PC_EYEO2 1 7 Introduction User s Manual 1 2 7 Data Transfer Since the PC EYE 2 is a Busmaster card the video data from a Frame or a whole sequence is moved to memory per DMA transfer No need for the CPU to support this process The maximum transfer rate in a system is 105 Mbytes s but this
3. Maximum Operating Humidity 85 relative mn o O o o f O 5 a 3 2 PC EYEG2 User s Manual Software Installation 4 Software Installation The software consists of a development files setup and a hardware driver setup The software can be downloaded at http www eltec com in the support menue under Driver and Updates or can be obtained as a CD on demand The software consists of a development files setup and a hardware driver setup Depending on the type of the grabber and the operation system used the hardware driver has to be installed before or after the hardware Refer to the driver installation guide to find out which component has to be installed first If you face difficulties like that the grabber is not found by the software make sure the driver is installed correctly e 2 o 0 323 Eg 7 we PC_EYE 2 4 1 Software Installation User s Manual 4 1 Getting started First the platform specific driver has to be installed Please have a look to the drvinstall pdf help file After that by calling app setup exe the PC_EYE 2 Basic Tools and Configuration Program will be installed The Grabber Configuration Program is now ready to use Figure 4 1 Grabber Configuration Grabber configuration lel x File Configuration Acquisition Help D G Li s m 3 V PCEY A260 Hex Switch 15 3 o Lo v 3 aS O a 3 A 4 2 PC EYEG2
4. boards PC with free PCI slot and Pentium I III CPU The PC EYE board PC EYE2 video camera appropriate for the PC EYE2 monochrome Mainboard with good PCI throughput because of high bandwide needs c go s 3 3 8 a LES 7 Ic Windows 98 ME NT or 2000 operating system Operation system dependent hardware driver setup and system independent development files setup downloaded from the internet or obtained on CD 2 1 Installation Procedure Switch off computer Prepare site to observe electrostatic discharge ESD precautions before opening computer or removing PC EYE from its case Touch computer steel case during insertion removal of PC EYE or take other precautions to ensure the absence of high voltages due to electric charges Open computer case Remove blind back panel Insert PC EYE board into free PCI slot the PC EYE board must fit into the slot without use of excessive force make sure it sits firmly in the slot and the PCI connector s conductors sit completely inside the connector Fix PC EYE back panel with screw Close case PC EYEG2 2 1 3 a sp a m 5 Hardware Installation User s Manual 2 2 9JeMpJeH BNC Attach video camera cables for a quick start and a first test camera input 0 should be used with the video camera in free running mode The camera should be known to deliver video signals testing can be done by feeding the camera signa
5. eee 2 12 2 4 9 Connector X700 iiit tace eite te yis nc 2 12 2 5 SWIICh6S atit rend teet ire ne e 2 12 2 0 JUMP Sii Ee fn Hd eee edi edo de e 2 13 2 6 1 Jumper J104 ice a idee be Hee et Tetra 2 13 PC EYEG2 Table of Contents User s Manual 2 6 2 Jutmper J100 ia cacat a ua t a e m etes 2 14 2 0 9 Jumper J101 di dre roe RH a 2 14 2 6 4 Jumper J102 1 ai ae ec ta seed ese de ee wan 2 15 2 6 5 J mper 1093 metu E e te e aes 2 15 2 1 Status LEDS iia 2 16 3 Specifications sanie e i an a aia rrr aaa nada 3 1 3 1 Electrical Specifications eee 3 1 3 2 Environmental Conditions nenea 3 2 4 Software Installation eseeeeeeeeeeeeerenees 4 1 4 1 Getting started 5 etr ra 4 2 PC EYEG2 User s Manual Table of Contents List of Tables Table 1 1 Possible Input Selections sssssussss 1 5 Table 2 1 Layout 15 pin VGA Type Connector X100 only PC EYE 250 iocari ete etia 2 5 Table 2 2 Layout 15 pin VGA Type Connector X101 2 6 Table 2 3 Layout Hirose Connector X102 ssuss 2 8 Table 2 4 Layout Hirose Connector X103 sssss 2 9 Table 2 5 Layout Hirose Connector X104 ss 2 10 Table 2 6 Layout Hirose Connector X105 2 11 Table 2 7 Layout 10 P
6. is a best case In a real application the transfer rate is depend of the chipset graphic card and other active Busmaster cards sp le 2 c f e gt 1 8 PC_EYEQ2 User s Manual Introduction 1 2 8 Packing Modes There are 8 different modes handle several combinations of cameras c fa gt 3 o E 1 2 8 1 Mode Mono Four individual monochrome channels each 8 bit per Pixel 1 2 8 2 Mode RGB24 One 24 bit RGB channel packed in 32 bit 1 2 8 3 Mode RGB32_Z One 24 bit RGB channel stored as 32 bit the 8 unused high order bits are Zero 1 2 8 4 Mode RGB32_3 One 24 bit RGB channel stored as 32 bit In the 8 high order bits Alpha channel is monochrome channel 3 stored 1 2 8 5 Mode RGB555 One 15 bit RGB channel stored as 16 bit the MSB is zero One 8 bit monochrome channel 1 2 8 6 Mode RGB565 One 16 bit RGB channel stored as 16 bit One 8 bit monochrome channel PC_EYE 2 1 9 Introduction User s Manual 1 2 8 7 Mode RGB555M One monochrome channel stored as 15 bit RGB In a 16 bit word the MSB is zero Two 8 bit monochrome channels 5 et x le o S Q o 3 1 2 8 8 Mode RGB565M One monochrome channel stored as 16 bit RGB Two 8 bit monochrome channels 1 10 PC EYEG2 User s Manual Hardware Installation 2 Hardware Installation What you need for installation and use of the PC EYE family member
7. times Disabling video acceleration in the control panel may help additionally switching to a lower pixel depth 8 bpp instead of 16 or 24 can be helpful Getting support Under some circumstances hopefully rare ones you may not succeed in getting everything running Then you can contact us but we need the system configuration as exactly as possible For that purpose we have prepared a support request form where you can fill in your configuration and submit this form by fax or E mail together with the support request using this form will help us to help you faster PC EYEG2 2 3 Hardware Installation User s Manual 2 4 Connectors The 15 pin female D connector is used to input video signals and several other I Os 2 4 1 Jumpers and Connectors Placement Figure 2 1 Jumpers and Connectors Placement PC_EYE 250 L 500 y m LED X700 D601 I o a o o 3 a sp A m 5 X100 J104 6 X101 Figure 2 2 Jumpers and Connectors Placement PC_EYE 260 E 500 gt 100 X106 e X102 an LED X700 D601 X103 J101 J102 X104 X105 J104 6 J103 X101 2 4 PC EYEG2 User s Manual Hardware Installation 2 4 2 Connec
8. 0 lt Oo a c 2 10 pi pin GPO 12 15 e Header a gt GPO 0 1 3 4 Pcl FPGA 2 d FPGA 1 BUS Synco DMA Input MUX Sync gt PCI Core A 4x detect Controller 15 pin 4 1 Frontend a g HD AID 10 R 0 7 Sync Sync1 detect AID M G 0 7 1 EE Prom Sync Sync2 Input detect B 15 pin AID 12 8 0 7 HD 7 Sync Sync3 gt detect AID 13 0 7 Sync Sync4 detect Opto Ext Trigger 0 3 Clock Ext Clock 0 1 ly Restoration t ICD2061 1 2 PC EYEG24 User s Manual Introduction Figure 1 2 Block Diagram PC_EYE 260 Y AAAA lt uo 10 pin GPI 0 Header GPO 12 15 Hirose Input 15 pin HD 4x 4 1 MUX i Sync gt Sync detect Sync detect AID 12 B 0 7 lt Sync Sync3 Synco detect AID 10 R 0 7 Sync1 AID 11 G 0 7 Sync2 detect AID 13 0 7 Sync Sync4 gt detect Opto Ext Trigger 0 3 Clock Restoration Ext Clock 0 3 y FPGA 2 DMA Controller Frontend FPGA 1 PCI Core EE Prom ICD2061 PCI BUS PC_EYEE2 Introduction 3 et le Qa c Oo le E Introduction User s Manual 1 2 Technical Details The PC EY
9. Clock 3 max 32 MHz TTL Video4 Inpu Video Input 4 0 7 Vpp Video 0 3 Vpp Sync 10 NC GND Signal Ground OV GPI3 Inpu General Purpose Input 3 TTL 11 NC PVcc Output Fused Supply for Cameras 12 V 1100 mA GPO11 Output Sync or Camera Control 11 TTL 12 GND Signal Ground 0v PC EYEG24 2 11 Hardware Installation Hardware Installation User s Manual 2 4 8 Connector 10 Pin Header X106 Table 2 7 Layout 10 Pin Header X106 Pin Signal Direction Level 1 GPIO Output TTL 3 2 V 75 Ohm 2 GND 0v 3 GPIO13 Output TTL 3 2 V Q 75 Ohm ake 4 GND 0v a I 5 GPIO14 Output TTL 3 2 V 75 Ohm S 6 GND ov i a 7 GPIO15 Output TTL 3 2 V Q 75 Ohm 0 8 GND 0v EC o GND 0v 10 GND 0v 2 4 9 Connector X700 Table 2 8 Layout 3 5 Floppy Type Power Connector X700 Pin Signal Direction Description Level 1 NC Not connected 2 GND Power ground 0v 3 GND Power ground 0v 4 12V Input Power for Cameras 12V 44A 2 5 Switches Switch S500 is used to set the PC EYE2 board ID If more than one PC EYE2 is plugged into the PC they must have distinct board IDs unequal to 0 2 12 PC EYEG2 User s Manual Hardware Installation Default Jumpering 2 6 Jumpers aci Manger 2 6 1 Jumper J104 A Bic 1 00 Jumpe
10. E 2 is intended for applications where up to four parallel channels are digitized such as RGB data with additional alpha channel or four monochrome synchronous cameras are used quadro analogous to stereo It permits connection of RGB cameras In quadro mode the four images are stored in separate memory regions as separate monochrome images Cameras must be synchronized for this operating mode An on board sync generator with four separate 75 ohm outputs makes this easy The pixel clock is divided down from a internal Oscillator up to 180 MHz or it is taken directly from the pixel clock input for camera synchronous digitization The A D conversion rates programmable up to 32 MHz The region of interest i e the part of the video information that is acquired can be defined on a pixel basis for all 4 video inputs with the same values not always the full frame has to be acquired A Sequencer is included to met the different timings from restart cameras 1 4 PC_EYE 2 User s Manual Introduction 1 2 1 Video Input The eight video inputs are AC coupled and terminated with 75 Ohm resistors Four independent Multiplexes distribute the signal to the four A D converters c o gt 3 o E m E Table 1 1 Possible Input Selections Converter 0 Converter 1 Converter2 Converter 3 Video0 Video1 Video2 Video3 Video4 Video5 Video6 Video7 Video2 Video3 Video0 Video1 Video6 Vid
11. Hirose X103 6 GPO3 10A 10B 7 GPO4 9A 9B External Clock 1 8A 8B 9 GPO5 7A 7B External Clock 1 6A 6B Video Input 6 5A 5B 10 GND 4A 4B GPI1 3A 3B 11 12V 2A 2B GPO5 1A 1B 2 14 PC_EYEE2 Default Jumpering left open all 000 0000 OF OX 0000000 00 0 Default Jumpering left open all O CCO Q OQ 0 0 0 O 0000000000 10 User s Manual Hardware Installation 2 6 4 Jumper J102 Jumpering for X104 Pin on Used Signal Jumper Closed Hirose X104 6 GPO6 10A 10B 7 GPO7 9A 9B External Clock 2 8A 8B 9 GPO8 7A 7B External Clock 2 6A 6B Video Input 7 5A 5B 10 GND 4A 4B GPI2 3A 3B 11 12V 2A 2B GPO8 1A 1B 2 6 5 Jumper J103 Jumpering for X105 Pin on Used Signal Jumper Closed Hirose X105 6 GPO9 10A 10B 7 GPO10 9A 9B External Clock 3 8A 8B 9 GPO11 7A 7B External Clock 3 6A 6B Video Input 8 5A 5B 10 GND 4A 4B GPI3 3A 3B 11 12V 2A 2B GPO11 1A 1B Default Jumpering left open all 10 OOQO0U0U00O000Q0 Q OOQOOO0O0QOQ0JOQn Default Jumpering left open all 10 0000000000 gt 0000000000uw PC_EYEE2 2 15 c go s 3 zS ES LES 7 Ic 3 a sp A m 5 I o Q o o Hardware Installation User s Manual 2 7 Status LEDs They are 4 LEDs for several status information Fig
12. PC EYE 24 Hardware Manual Revision 2C ELTEC elektronik mainz Revision History Revision Changes Date 1A First Edition 26 06 01 PP 2A Hardware Revision 2A 12 09 01 PP 2B Hardware Revision 2A 05 11 01 PP 2C Hardware Revision 2A 24 01 02 PP DISCLAIMER The information in this document has been carefully checked and is believed to be entirely reliable However no responsibility is assumed for inaccuracies ELTEC reserves the right to make changes to any products to improve reliability function or design ELTEC does not assume any liability arising out of the application or use of any product or circuit described in this manual neither does it convey any license under its patent rights nor the rights of others ELTEC products are not authorized for use as components in life support devices or systems intended for surgical implant into the body or intended to support or sustain life Buyer agrees to notify ELTEC of any such intended end use whereupon ELTEC shall determine availability and suitability of its product or products for the use intended ELTEC points out that there is no legal obligation to document internal relationships between any functional modules realized in either hardware or software of a delivered entity This document contains copyrighted information All rights including those of translation reprint broadcasting photomechanical or similar reproduction and storage or processi
13. eo7 Video4 Video5 1 2 2 Sync Input The Sync input is Composite Sync and taken from one of the multiplexed Video inputs or directly from Video 1 2 3 Clock Input When cameras with clock output are used the pixel clock may taken from the camera The external clock is AC coupled and restored to TTL Level To compensate different delays between the Video and the clock input the phase of the clock can be shifted in steps of 90 The clock input is single ended TTL it is terminated at the receiving end PC_EYE input with 75 Ohm resistor How to activate the input see el SetVideoFormat Caution Use a separate shielded cable for clock to minimize cross A talk to video PC_EYEE2 Introduction User s Manual 1 2 4 Trigger Input The trigger inputs are opto decoupled for optimum noise immunity 250 V isolation voltage TRIGIN is connected to the anode of a LED TRIGIN to the cathode of the LED via an internal 220 Ohm resistor Since the LED needs about 10 20 mA for full drive a 5 V voltage source or a TTL output is able to drive sufficient current through the circuit Higher voltage sources may be used with additional limiting resistors This trigger input is level sensitive a high current is on will activate continuous snaps current must be off to block the acquisition See also el SetVideoFormat Caution Do not exceed a maximum of 30 mA LED current 5 2 2 le 2 Q e gt
14. gh EXTTRIG2 Trigger TTL high 2 Video5 Input Video input Green_B or BW1_B 0 7 Vpp Video 0 3 Vpp Sync EXTTRIG 2 Differencial Trigger low TTL low GPO2 Output Sync or Camera control 2 TTL 3 2 V 75 Ohm 3 Video6 Input Video input Blue_B or BW2_B 0 7 Vpp Video 0 3 Vpp Sync EXTTRIG 3 Differencial Trigger high TTL high EXTTRIG3 Trigger TTL high 4 Video7 Input Video input Alpha_B orBW3_B 0 7 Vpp Video 0 3 Vpp Sync EXTTRIG 3 Differencial Trigger low TTL low GPO5 Output Sync or Camera control 5 TTL 3 2 V 75 Ohm 5 GND Signal ground 0v 6 GND Signal ground 0v 7 GND Signal ground 0v 8 GND Signal ground 0v 9 EXTTRIG 1 Input Differencial Trigger high TTL high EXTTRIG1 Input Trigger TTL high 10 GND Signal ground 0v 11 EXTTRIG 1 Input Trigger TTL high GPO11 Output Sync or Camera control 11 TTL 3 2 V 75 Ohm 12 EXTCLK 1 Input External clock max 32 MHz TTL rising edge 13 GPO3 Output Sync or Camera control 0 TTL EXTTRIG 0 Input Differencial Trigger high TTL high EXTTRIGO Trigger TTL high 14 GPO4 Output Sync or Camera control 1 TTL 2 7 V Q 75 Ohm EXTTRIG 0 Input Differencial Trigger low TTL low GPO8 Output Sync or Camera control 8 TTL 2 7 V 75 Ohm 15 PVcc 1 Output Fused supply for cameras 12 V 1100 mA 2 6 PC_EYEE2 User s Manual Hardware Installation All signals with 1 0 Vpp level are AC coupled and terminated with 75 Ohm to GND The connector case of all connector X100 and X101 is connected
15. gnal Ground ov 2 8 PC_EYE 2 User s Manual Hardware Installation 2 4 5 Connector Hirose X103 Table 2 4 Layout Hirose Connector X103 Pin Signal Direction Description Level 1 GND Signal Ground ov 2 PVcc1 Output Fused Supply for Cameras 12 V 1100 mA 3 GND Signal Ground 0v 4 Video1 Input Video Input 1 0 7 Vpp Video 0 3 Vpp Sync 5 GND Signal Ground ov 6 NC GPO3 Output Sync or Camera Control 3 TTL 3 2 V 75 Ohm 7 NC GPO4 Output Sync or Camera Control 4 TTL 3 2 V 75 Ohm EXTCLK1 Inpu External Clock 0 max 32 MHz TTL 8 GND Signal Ground OV 9 NC GPO5 Output Sync or Camera Control 5 TTL 3 2 V 75 Ohm EXTCLK1 Inpu External Clock 1 max 32 MHz TTL Video6 Inpu Video Input 6 0 7 Vpp Video 0 3 Vpp Sync 10 NC GND Signal Ground OV GPI1 Inpu General Purpose Input 1 TTL 11 NC PVcc Output Fused Supply for Cameras 12 V 1100 mA GPO5 Output Sync or Camera Control 5 TTL 12 GND Signal Ground ov PC_EYE 2 Hardware Installation 3 a sp A m 5 9JeMpJeH Hardware Installation User s Manual 2 4 6 Connector Hirose X104 Table 2 5 Layout Hirose Connector X104 Pin Signal Direction Description 1 GND Signal Ground OV 2 PVcc2 Output Fused Supply f
16. in Header X106 suus 2 12 Table 2 8 Layout 3 5 Floppy Type Power Connector X700 2 12 Table 3 1 Electrical Specifications ssssssssse 3 1 PC_EYEO2 III Table of Contents User s Manual List of Figures Figure 1 1 Block Diagram PC_EYE 250 nenea 1 2 Figure 1 2 Block Diagram PC EYE 260 sss 1 3 Figure 1 3 Opto coupled Trigger Input Schematic 1 6 Figure 2 1 Jumpers and Connectors Placement PC_EYE 250 2 4 Figure 2 2 Jumpers and Connectors Placement PC_EYE 260 2 4 Figure 2 3 PC EYE 250 260 LED sse 2 16 Figure 4 1 Grabber Configuration seesssessss 4 2 IV PC EYEG24 User s Manual Introduction 1 Introduction 1 1 Technical Highlights c fa gt 3 o Frame grabber for 4 simultaneous mono chrome channels or one RGB and one mono chrome channel Digitizes up to four parallel separate images from synchronized cameras Restart cameras supported Real time acquisition of images or image sequences directly into main memory Image memory formats include RGB monochrome with 32 24 16 or 8 bits pixel PCI 2 2 compliant PC_EYE 2 1 1 Introduction User s Manual EMI Figure 1 1 Block Diagram PC EYE 25
17. l to an appropriate video monitor See also Connectors Cable PC EYE 250 To connect a RGB Camera use a standard PC Monitor cable HD15 to To connect four monochrome cameras with BNC Output use the ELTEC cable V CABL 183A PC EYE 260 To connect four monochrome cameras with Hirose Output use a standard Hirose Cable PC EYEG2 User s Manual Hardware Installation 2 3 Trouble Shooting if it does not Work Check if the driver and the user mode software are installed properly See chapter 3 Grabber is not found by software Make sure the grabber is correctly plugged into the PCI connector If mechanical problems can be excluded refer to the driver installation guide to see if the driver has been installed correctly Mixing up the recommended installation order of hard and software can be a possible reason for an incorrectly installed driver c go s 3 sz ss LES 7 Ic Rolling corrupted image If a live image is visible after starting CFG2P but it is rolling this may indicate that the PCI bus speed is not fast enough Changing the BIOS setup may help If not the motherboard chip set might be to slow This is especially true if a stable image can be seen with smaller horizontal region of interest ROI settings Try switching off live mode in CFG2P If the image is corrupted and there is no dependency from the horizontal acquisition width the graphics board may be responsible for long PCI blocking
18. ng in computer systems in whole or in part are reserved Other product and company names herein may be the trademarks of their respective owners 2002 ELTEC Elektronik AG Mainz User s Manual Table of Contents Table of Contents 1 Introduction eiie xe 1 1 1 1 Technical Highlights 1 1 1 2 Technical DetallS ccoo n ca 1 4 1 2 1 Video InpUt 55 ed bee cte tto o Ma eee ta i ati 1 5 1 2 2 5ytric Input i tU de 1 5 1 2 3 Clock Input iniit bod ca Lo ae donee 1 5 1 2 4 Trigger Input eec ee ni ER r az a 1 6 1 2 5 Sync Camera Control Output sssssss 1 7 1 2 6 Power Supply Out nie i 1 7 12257 Data Transfer uet ese tee 1 8 1 2 8 Packing Mod s oscinina i eee 1 9 2 Hardware Installation eeeeeeeeeeeeeeeeeeenene 2 1 2 1 Installation Procedure coccccccccncncncneneneneneneninononenononenenenenenos 2 1 2 2 G ble il eS 2 2 2 3 Trouble Shooting if it does not work sssessss 2 3 2 4 Connectors nbl ie dei i t c Tires 2 4 2 4 1 Jumpers and Connectors Placement susss 2 4 2 4 2 Connector X100 aaa 2 5 2 4 3 Connector AO iii neis 2 6 2 4 4 Connector Hirose X102 eee 2 8 2 4 5 Connector Hirose X103 eee 2 9 2 4 6 Connector Hirose X104 eee 2 10 2 4 7 Connector Hirose X105 eee 2 11 2 4 8 Connector 10 Pin Header X106
19. or Cameras 12 V 1100 mA 3 GND Signal Ground 0v 4 Video2 Input Video Input 2 0 7 Vpp Video 0 3 Vpp Sync 5 GND Signal Ground ov 6 NC GPO6 Output Sync or Camera Control 6 TTL 3 2 V 75 Ohm 7 NC GPO7 Output Sync or Camera Control 7 TTL 3 2 V 75 Ohm EXTCLK2 Inpu External Clock 2 max 32 MHz TTL 8 GND Signal Ground OV 9 NC GPO8 Output Sync or Camera Control 8 TTL 3 2 V 75 Ohm EXTCLK2 Inpu External Clock 2 max 32 MHz TTL Video7 Inpu Video Input 7 0 7 Vpp Video 0 3 Vpp Sync 10 NC GND Signal Ground OV GPI2 Inpu General Purpose Input 2 TTL 11 NC PVcc Output Fused Supply for Cameras 12 V 1100 mA GPO8 Output Sync or Camera Control 8 TTL 12 GND Signal Ground ov 2 10 PC_EYE 2 User s Manual Hardware Installation 2 4 7 Connector Hirose X105 Table 2 6 Layout Hirose Connector X105 Pin Signal Direction Description 1 GND Signal Ground OV 2 PVcc3 Output Fused Supply for Cameras 12 V 1100 mA 3 GND Signal Ground 0v 4 Video3 Input Video Input 3 0 7 Vpp Video 0 3 Vpp Sync 5 GND 6 NC GPO9 Output Sync or Camera Control 9 TTL 3 2 V 75 Ohm 7 NC GPO10 Output Sync or Camera Control 10 TTL 3 2 V 75 Ohm EXTCLK3 Inpu External Clock 3 max 32 MHz TTL 8 GND Signal Ground 0v 9 NC GPO11 Output Sync or Camera Control 11 TTL 3 2 V 75 Ohm EXTCLK3 Inpu External
20. ring for X101 2 XC DEO Pin on Used Signal Jumper HD15 Closed 4 O o 5 Video Input 4 10A 11A zS External Trigger 2 TTL 11A 12A 6000 Zs Video Input 5 10C 110 A O fI GPO2 10B 10C p 1 amp 2 External Trigger 2 Differencial 11A 11B 8 O 12A 12B 3 9C 10C OOO Video Input 6 7A 8A 10 O External Trigger 3 TTL 8A 9A 11 O Video Input 7 7C 8C GPO5 7B 7C 2 000 4 amp 5 External Trigger 3 Differencial 8A 8B Kai Default J i _ efault Jumpering l Se PC EYE 260 9 External Trigger 1 TTL 2A 3A 11 GPO11 1B 1C A B C 9 amp 11 External Trigger 1 Differencial 2A 2B 100 3A 3B 10 20 2 OKI GPO3 4A 5A 3 External Trigger 0 TTL 5A 6A LX GPO4 4C 5C 400 GPO8 4B 4C 5 O 13 amp 14 External Trigger 0 Differencial 5A 5B EX 6A 6B ENG 3C 4C 700 Default jumpering PC EYE 250 EO 9 Default jumpering PC EYE 260 UE 10 OO DIO DIO PC_EYEO2 2 13 3 a sp D m a 5 I D 2 2 E a o Hardware Installation User s Manual 2 6 2 Jumper J100 Jumpering for X102 Pin on Used Signal Jumper Closed Hirose X102 GPOO 10A 10B GPO1 9A 9B External Clock 0 8A 8B GPO2 7A 7B External Clock 0 6A 6B Video Input 5 5A 5B GND 4A 4B GPIO 3A 3B 12V 2A 2B GPO2 1A 1B 2 6 3 Jumper J101 Jumpering for X103 Pin on Used Signal Jumper Closed
21. to shield potential which is separated from signal ground If only the video inputs are required a standard VGA monitor cable with BNC connectors on the monitor end may be used video camera The current that can be drawn from this pin is limited Power supply output On pin 15 12V are delivered to supply the with a PTC resistor Imax ca 1100 mA a go s 3 sz ES 7 Ic PC EYEG2 2 7 3 a sp A m 5 9JeMpJeH Hardware Installation User s Manual 2 4 4 Connector Hirose X102 Table 2 3 Layout Hirose Connector X102 Pin Signal Direction Description 1 GND Signal Ground OV 2 PVccO Output Fused Supply for Cameras 12 V 1100 mA 3 GND Signal Ground 0v 4 Video0 Input Video Input O 0 7 Vpp Video 0 3 Vpp Sync 5 GND Signal Ground ov 6 NC GPOO Output Sync or Camera Control 0 TTL 3 2 V 75 Ohm 7 NC GPO1 Output Sync or Camera Control 1 TTL 3 2 V 75 Ohm EXTCLKO Inpu External Clock 0 max 32 MHz TTL 8 GND Signal Ground OV 9 NC GPO2 Output Sync or Camera Control 2 TTL 3 2 V 75 Ohm EXTCLKO Inpu External Clock 0 max 32 MHz TTL Video5 Inpu Video Input 5 0 7 Vpp Video 0 3 Vpp Sync 10 NC GND Signal Ground OV GPIO Inpu General Purpose Input O TTL 11 NC PVcc Output Fused Supply for Cameras 12 V 1100 mA GPO2 Output Sync or Camera Control 2 TTL 12 GND Si
22. tor X100 Table 2 1 Layout 15 pin VGA Type Connector X100 only PC_EYE 250 Front view Pin5 eS O Pin10 zS Ps Pin15 D te Pin Signal Direction Description Level 1 Video0 Input Video Red or BWO 0 7 Vpp Video 0 3 Vpp Sync 2 Video1 Input Video input Green or BW1 0 7 Vpp Video 0 3 Vpp Sync 3 Video2 Input Video input Blue or BW2 0 7 Vpp Video 0 3 Vpp Sync 4 Video3 Input Video input Alpha or BW3 0 7 Vpp Video 0 3 Vpp Sync 5 GND Signal ground 0v 6 GND Signal ground ov 7 GND Signal ground ov 8 GND Signal ground 0v 9 TRIG 0 Trigger high level TTL high 10 GND Signal ground 0v 11 TRIG 0 Input Trigger low level TTL low 12 EXTCLKO Input External clock max 32 MHz TTL rising edge 13 GPOO Output Sync or Camera Control 0 TTL 3 2 V 8 75 Ohm 14 GPO1 Output Sync or Camera Control 1 TTL 3 2 V 8 75 Ohm 15 PVcc Output Fused Supply for Cameras 12 V 1100 mA PC EYEG24 Hardware Installation User s Manual 2 4 3 Connector X101 Table 2 2 Layout 15 pin VGA Type Connector X101 Front view Pin5 a S Pin10 D a Pin15 25 So Pin Signal Direction Description Level 1 Video4 Input Video Red B or BWO B 0 7 Vpp Video 0 3 Vpp Sync EXTTRIG 2 Differencial Trigger high TTL hi
23. ure 2 3 PC EYE 250 260 LED LED 1 LED 2 LED 3 LED 4 O O O O Board selected when the Configuration Program is started the LED make a flash ona Capture Acquisition in progress FiFo overrun The FiFo run full FiFo Write Enable valid data is written into the FiFo 2 16 PC EYEG2 User s Manual Specifications 3 Specifications 3 1 Electrical Specifications Table 3 1 Electrical Specifications Description Min Typ Max Unit Composite Video Input video input Voltage 0 5 0 7 0 7 Vpp sync input Voltage 0 15 0 3 0 4 Vpp Offset input Voltage 4 4 V Clock AC 0 2 5 Vpp Offset AC 4 4 V Trigger Input differential input voltage 2 0 7 Vpp 2 common input voltage 25 25 V 9 S Sync Camera Control Output e 75 Ohm o output high voltage 3 0 3 15 3 75 V output low voltage 0 0 1 V 72 10 kOhm output high voltage 3 3 3 6 4 0 V output low voltage 0 0 0 1 V Power Supply out Output voltage 12 V Output current 1 1 A Power Requirement Power Supply 5V PCI connector 450 550 mA Power Supply 12V PCI connector 180 200 mA Power Supply 12V Power connector 44 A PC_EYEO2 3 1 Specifications User s Manual 3 2 Environmental Conditions Storage Temperature 20 C 70 C Operating Temperature 0 C 45 C 2 m s forced air cooling
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