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Konica Minolta PCI-1712L user manual C.5 Single-ended Connections

Models: PCI-1712L PCI-1712

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2πKRAnCn

APPENDIX C

C.5 Single-ended Connections

a) Straight-through connection (factory setting)

RAn = 0 Ω (short) RBn = none

Cn = none

b) 1.6 kHz (3dB) low pass filter RAn = 10 k Ω

RBn = none Cn = 0.01 µF

f3dB =

c) 10 : 1 voltage attenuator: RAn = 9 k Ω

RBn = 1 k Ω Cn = none

	Attenuation =	RBn
	Attenuation =	RAn + RBn
		RAn + RBn

d) 4 ~ 20 mA to 1 ~ 5 VDC signal converter:

RAn = 0 Ω (short)

RBn = 250 Ω (0.1% precision resistor)

Cn = none

Advantech Co., Ltd.	– 77 –	PCI-1712/1712L User’s Manual
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Page 89

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Konica Minolta PCI-1712L user manual C.5 Single-ended Connections

Contents

1 MS/s, 12-bit, 16-ch High- Speed Multifunction Card PCI-1712/1712L Users manualHardware Installation Driver InstallationVerifying your Installation PCI-1712/1712L Quick StartDevice Installation Printed in Taiwan 2nd EditionMarch Copyright2. Installation Contents3. Signal Connections 1. IntroductionAppendix B. Block Diagram Appendix A. Specification6. Calibration Appendix C. Screw-terminal BoardDigital I/O registers - Write/Read BASE+28 Digital I/O configuration registers - Write/Read BASE+2AD/A Channel Data for Continuous Output Operation Mode Figures Figure 6-6 A/D Calibration Procedure Figure 6-5 A/D Calibration ProcedureFigure 6-7 A/D Calibration Procedure Figure 6-14 Adjusting registersTables Table D-21 Register for digital I/O configuration Table D-20 Register for digital I/O configurationTable D-22 Register for calibration command Table D-23 Calibration commandPage 1. Introduction 1.1 FeaturesChapter1 PCI-1712 1 MS/s High-Speed Multifunction CardChapter q Wiring cable 1.2 Installation Guideq Wiring board q PCI-1712/1712L DAS card q PCI-1712/1712L User’s ManualPCI-1712/1712L User’s Manual Figure 1-1 Installation Flow ChartChapter Wiring Boards 1.3 AccessoriesWiring Cable PCI-1712/1712L User’s Manual Chapter2.1 Unpacking 2. InstallationChapter2 Figure 2-1 The Setup Screen of Advantech Automation Software 2.2 Driver InstallationFigure 2-2 Different options for Driver Setup 2.3 Hardware InstallationStep 2 Remove the cover of your computer Figure 2-3 The device name listed on the Device Manager Figure 2-4 The Advantech Device Installation utility program 2.4 Device Setup & ConfigurationFigure 2-5 The I/O Device Installation dialog box Setting Up the DeviceConfiguring the Device Figure 2-7 The Device Setting dialog boxFigure 2-6 The “Devices Found” dialog box you will get a output voltage range By inputting an external reference voltage xV, where 0=x=100 to for unipolarTesting Analog Input Function 2.5 Device TestingFigure 2-9 Analog Input tab on the Device Test dialog box Figure 2-11 Analog Output tab on the Device Test dialog box Figure 2-10 Analog Input tab on the Device Test dialog boxTesting Analog Output Function PCI-1712 only Testing Digital Input FunctionFigure 2-13 Digital Output tab on the Device Test dialog box Figure 2-12 Digital Input tab on the Device Test dialog boxTesting Digital Output Function Testing Counter Functionconfigure the Pulse Frequency by the scroll bar right below it Figure 2-14 Digital output tab on the Device Test dialog box3.2 I/O Connector 3. Signal Connections3.1 Overview Chapter3PCI-1712/1712L User’s Manual Figure 3-1 I/O connector pin assignments for the PCI-1712/1712LPins 20, 22~25, 54, 56~59 are not defined on PCI-1712L Signal Name Table 3-1 I/O Connector Signal Description PartDirection DescriptionSignal Name Table 3-1 I/O Connector Signal Description PartReference DirectionSignal Name Table 3-1 I/O Connector Signal Description PartDirection DescriptionFigure 3-2 Single-ended input channel connection 3.3 Analog Input ConnectionsSingle-ended Channel Connections Differential Channel ConnectionsFigure 3-3 Differential input channel connection - ground reference signal sourcesource Figure 3-4 Differential input channel connection - floating signalFigure 3-5 Analog output connections 3.4 Analog Output Connections3.5 Field Wiring Considerations 4.1 Programming Choices 4. Software OverviewChapter4 q Visual C++ q Visual Basic q Delphi q C++ Builder 4.2 DLL Driver Programming Roadmapq Analog Iutput Function Group q Analog Output Function Group q Temperature Measurement Function Group q Alarm Function Groupq Digital Input/Output Function Group q Counter Function Group q Port Function Group q Communication Function GroupPCI-1712/1712L User’s Manual Chapter5. Principles of Operation 5.1 Analog Input FeaturesChapter5 Table 5-1 Gains and Analog Input Rangeq Single Value Acquisition Mode Figure 5-2 Delay-Trigger Acquisition Mode Figure 5-1 Post-Trigger Acquisition ModeFigure 5-3 About-Trigger Acquisition Mode w Internal A/D sample clock with 16-bit Counter Figure 5-4 Pre-Trigger Acquisition Modew Software trigger w External digital TTL trigger, and Figure 5-5 PCI-1712/1712L Sample Clock SourceTable 5-3 The corresponding Full Scale values for various Input Table 5-2 Analog Input Data FormatVoltage Ranges q Analog Threshold Trigger5.2 Analog Output Features channel Chapter Table 5-4 Analog Output Data Format 5.3 Digital I/O FeaturesTable 5-5 The corresponding Full Scale values for various Output Analog Output Data Format5.4 Counter/Timer Features q Logic-low external gate input q Event counting Chapter Chapter Chapter Figure 5-6 Frequency measurementdl= inportaddr21712+0x1c ChapterRead low byte dh= inportaddr21712+0x1c8Chapter 65535-50000/1K = 15.535 sec Figure 5-7 Pulse width measurementCNT2’s gate input is low ChapterShow the duty ratio of positive ChapterChapter6 6. Calibration6.1 VR Assignment Figure 6-1 PCI-1712/1712L VR1 & TP56.2 A/D Calibration 6.3 D/A Calibration Figure 6-2 Selecting the device you want to calibrate 6.4 Calibration UtilityA/D channel Auto-Calibration Figure 6-3 Warning message before start calibrationFigure 6-4 Auto A/D Calibration Dialog Box Figure 6-6 A/D Calibration Procedure Figure 6-5 A/D Calibration ProcedureStep 5 The first A/D calibration procedure is enabled Fig Step 6 The second A/D calibration procedure is enabled FigFigure 6-8 A/D Calibration is finished Figure 6-7 A/D Calibration ProcedureStep 7 The third A/D calibration procedure is enabled Fig Step 8 Auto-calibration is finished. See figStep 10 D/A channel 0 calibration is enabled Fig Figure 6-9 Range Selection in D/A CalibrationFigure 6-10 Calibrating D/A Channel Figure 6-12 D/A Calibration is finished Figure 6-11 Calibrating D/A ChannelStep 11 D/A channel 1 calibration is enabled Fig Step 12 Auto-calibration is finished FigA/D channel Manual-Calibration Figure 6-13 Selecting Input Rage in Manual A/D Calibration panelFigure 6-14 Adjusting registers D/A channel Manual-Calibration Figure 6-15 & Figure 6-16 Selecting D/A Range andChoosing Output Voltage Figure 6-17 Adjusting registers PCI-1712/1712L User’s Manual ChapterPCI-1712 User’s Manual A. SpecificationAppendix A Analog Output PCI-1712 only APPENDIX ADigital Input /Output PCI-1712/1712L User’s ManualGeneral Counter/TimerPCI-1712/1712L User’s Manual APPENDIX AAppendix B B. Block DiagramPCI BUS A I T R G A O T R GPCI-1712/1712L User’s Manual APPENDIX BC. Screw-terminal Board C. 2 FeaturesC. 1 Introduction AppendixCFigure C-2 CN2 pin assignments for the PCLD-8712 C.4 Pin AssignmentAPPENDIX C PCI-1712/1712L User’s ManualC.5 Single-ended Connections RDn RAn+RAn+1+RDn C.6 Differential Connectionsf3dB = 2π RAn+RAn+1 CDn AppendixD D. Register Structure and FormatD.1 Overview D.2 I/O Port Address MapPCI-1712/1712L User’s Manual Table D-1 PCI-1712/1712L register format PartAPPENDIX D Table D-1 PCI-1712/1712L register format Part APPENDIX DPCI-1712/1712L User’s Manual APPENDIX DTable D-1 PCI-1712/1712L register format Part Table D-2 Register for channel number and A/D data D.3 A/D Single Value Acquisition - Write BASE+0D.4 Channel and A/D data - Read BASE + Table D-3 Register for A/D channel range setting D.5 A/D Channel Range Setting - Write BASE+2Table D-4 Gain Codes for the PCI-1712/1712L D.6 MUX Control - Write BASE+4Table D-5 Register for multiplexer control STR3 ~ STR0APPENDIX D Write/Read BASE+6 D.7 A/D Control/Status RegisterTable D-6 Register for A/D control/status Analog input acquisition mode registerThis bit is used to select the A/D sample clock source Table D-7 Analog Input Acquisition ModeClear interrupt D.8 Clear interrupt and FIFO - Write BASE+8Table D-8 Register for clear interrupt and FIFO Table D-9 Register for interrupt and FIFO status D. 9 Interrupt and FIFO status - Read BASE+8Table D-10 Register for D/A control D.10 D/A control/status register - Write/Read BASE+ADA1U/B Table D-11 Analog output operation modeD/A channel 1 unipolar or bipolar output DACLKTable D-12 Register for D/A channel 0/1 data D.11 D/A Channel 0/1 Data - Write BASE+C/ETable D-13 Register for 82C54 counter chip D.12 82C54 Counter Chip 0 - Write/Read BASE+10 toTable D-14 Register for 82C54 counter chip D.13 82C54 counter chip 1 - Write/Read BASE+18 to 1ETable D-15 Register for counter gate and clock control/status D.14 Counter gate and clock control/status - Write/ Read BASE+20 toTable D-16 Table of Cn1 to Cn0 register Cn1 Cn0 = 1, 0, External clock is on connector CNTnCLK n = 0, 1Counter clock edge control register n = 0,1,2 Table D-17 Table of Gn1 to Gn0 registerCounter clock set register n = 0,1,2 Gn1 to Gn0 Counter gate source control register n = 0,1,2Counter gate polarity control register n = 0,1,2 Table D-19 Register for Digital I/O D.15 Digital I/O registers - Write/Read BASE+28Table D-18 Table for CLKSEL1 to CLKSEL0 register D.17 Calibration command registers - Write BASE+2C D.16 Digital I/O configuration registers - Write/Read BASE+2ATable D-20 Register for digital I/O configuration Table D-22 Register for calibration commandCM3 to CM0 Calibration command Table D-23 Calibration commandD7 to D0 Calibration dataDA11 TO DA0 D/A data Table D-24 Register for D/A channel data