ADLINK Technology cPCI-6208 Bedienungsanleitung

Advance Technologies; Automate the World.Manual Rev. 2.00Revision Date: December 12, 2005Part No: 50-11216-1000DAQ-MTLBData Acquisition Toolbox Ada

2Introduction1.2 MATLAB DAQ Toolbox Command ListThis section contains a simple list of MATLAB DAQ Toolbox com-mands.1.2.1 General Commands1.2.1.1 getD

Introduction 3Argumentsobj Object number1.2.1.4 stopDescriptionStops the programSyntaxstop(obj)Argumentsobj Object number1.2.1.5 triggerDescriptionTr

4Introduction1.2.2 Analog Input Commands1.2.2.1 analoginputDescriptionCreate an analog input objectSyntaxai = analoginput('mwadlink', id)Ret

Introduction 5Returned Valuedata Data acquired by the objectArgumentsobj Analog input object1.2.2.4 getsampleDescriptionAcquire and return signal (vo

6Introduction1.2.3.2 addchannelDescriptionAdds a specific analog input channel to the analog input objectSyntaxchans = addchannel(obj,hw_ch)Returned V

Introduction 71.2.4 Digital Input Output Commands1.2.4.1 digitalioDescriptionCreate a digital input/output objectSyntaxdio = digitalio('mwadlink

8Introduction1.2.4.3 getvalueDescriptionRead digital input channel signalSyntaxvalue = getvalue(obj)Returned Valuevalue Digital input channel signalAr

Installation 92 Installation2.1 Installing DAQ-MTLB AdapterDAQ-MTLB can be found on the ADLINK website or on the All-in-One CD that is included with

10 Installation2. Click “Next” to enter the “Customer Information” window.Enter user information and click "Next".

Installation 113. Select the path to install DAQ-MTLB. The default path isC:\ADLINK\DAQ-MTLB\

Copyright 2005 ADLINK TECHNOLOGY INC.All Rights Reserved. The information in this document is subject to change without priornotice in order to improv

12 Installation.4. Confirm installation settings and click “install”

Installation 135. Confirm user settings and click “Next” to proceed to the“Installing DAQ-MTLB” window.

14 Installation6. After all files are copied to your system, a "Driver Config-uration" dialog box will appear to allow you to set DAQdriver

Installation 157. Restart your computer after installation completes.

16 Installation2.2 Supported DAQ List2.2.1 Supported PCI DAQ ListDAQ AI AO DIODAQ-2005 Y Y YDAQ-2006 Y Y YDAQ-2010 Y Y YDAQ-2204 Y Y YDAQ-2205 Y Y YDA

Installation 17PCI-7433 - - YPCI-7434 - - YPCI-8554 - - YPCI-9111 Y Y YPCI-9112 Y Y YPCI-9113 Y - -PCI-9114 Y - YPCI-9118 Y Y YPCI-9810/12 Y - YPCI-9

18 Installation2.2.2 Supported PXI DAQ List2.2.3 Supported CompactPCI DAQ ListDAQ AI AO DIOPXI-2005 Y Y YPXI -2006 Y Y YPXI -2010 Y Y YPXI -2204 Y Y Y

DAQ-MTLB Examples 193 DAQ-MTLB Examples The examples were performed in MATLAB 7.0.4.3.1 Search for DAQ Adaptors and DevicesThis example show how to s

20 DAQ-MTLB ExamplesDisplay Summary of Analog Input (AI) Object Using 'DAQ_2010'.Acquisition Parameters:100000 samples per second on each ch

DAQ-MTLB Examples 213.2.2 Capture a Continuous Analog WaveformThis example shows how to use analog input channel #0 fromDAQ-2010 to continuously capt

Getting Service from ADLINKCustomer Satisfaction is top priority for ADLINK Technology Inc.Please contact us should you require any service or assista

22 DAQ-MTLB Examples>> wait(ai_device, 10)%Wait for data acquisition to complete (wait timeout is 10 seconds)>> ai_data = getdata(ai_devic

DAQ-MTLB Examples 233.2.3 Capturing a Continuous Analog Waveform and Using Harding TriggeringThis example shows how to use analog input channel #0 of

24 DAQ-MTLB Examples>> set(ai_device, 'TriggerType', 'HWAnalogChannel') %Set TriggerType as HWAnalogChannel>> set(ai_d

DAQ-MTLB Examples 253.3 Analog Output3.3.1 Output a Single Analog Output SignalThis example shows how to use DAQ-2010 analog output channel#0 to outp

26 DAQ-MTLB Examples3.3.2 Output a Continuous Analog Output SignalThis example shows how to use DAQ-2010 analog output channel#0 to output a continuou

DAQ-MTLB Examples 27>> start(ao_device) %Start continuous analog output. The sine wave will be viewable on channel #0

28 DAQ-MTLB Examples3.4 Digital Input/Output3.4.1 Digital InputThis example shows how to acquire digital input signals using DIOPort A of the DAQ-2010

DAQ-MTLB Examples 29>> di_value = getvalue(di_lines) %Read the digital input values on channels 0-7 of Port Adi_value = 1 1 1 1

30 DAQ-MTLB Examples3.4.2 Digital OutputThis example shows how to output digital output signals using DIOPort A of the DAQ-2010>> dio_device = d

Explanation of Common DAQ-MTLB Properties 314 Explanation of Common DAQ-MTLB Properties4.1 Common Analog Input Properties4.1.1 AI object properties4.

32 Explanation of Common DAQ-MTLB Properties4.1.1.3 SamplesPerTriggerDescriptionDesignates the number of samples captured with each trigger.Values1 ~

Explanation of Common DAQ-MTLB Properties 33ValuesSyntaxSet(obj, ’TriggerType’, ’Immediate’) NotesRefer to the hardware user’s guide for connection m

34 Explanation of Common DAQ-MTLB Properties4.1.1.5 TriggerConditionDescriptionSpecified trigger conditions (in conjunction with TriggerCondi-tionValu

Explanation of Common DAQ-MTLB Properties 35SyntaxSet(obj, ’TriggerType’, ’Immediate’) NotesRefer to the hardware’s manual for more information of ea

36 Explanation of Common DAQ-MTLB PropertiesSet(obj, ’TriggerConditionValue’, [-1 1]) %Two numbers.4.1.1.7 TriggerDelay DescriptionSets a delay in num

Explanation of Common DAQ-MTLB Properties 37ValuesChannel objectSyntaxSet(obj, ’TriggerChannel’, chan_obj) NotesTriggerChannel can only be used when

38 Explanation of Common DAQ-MTLB Properties4.1.2 AI channel object properties4.1.2.1 InputRangeDescriptionSets an input rangeValues[min max] min is

Explanation of Common DAQ-MTLB Properties 394.2 Common Analog Output Properties4.2.1 AO object properties4.2.1.1 SampleRateDescriptionOutput rate of

40 Explanation of Common DAQ-MTLB Properties4.2.2 AO channel object properties4.2.2.1 OutputRangeDescriptionSets the analog output range (minimum and

Explanation of Common DAQ-MTLB Properties 414.3 Common Digital Input/Output Properties4.3.1 DIO Line Object4.3.1.1 DirectionDescriptionSets a DIO Lin

Table of Contents iTable of ContentsTable of Contents... iList of Tables...

42 Explanation of Common DAQ-MTLB Properties

Warranty Policy 43Warranty PolicyThank you for choosing ADLINK. To understand your rights andenjoy all the after-sales services we offer, please read

44 Warranty Policy3. Our repair service is not covered by ADLINK's two-yearguarantee in the following situations:X Damage caused by not following

ii Table of Contents4.1.2 AI channel object properties ... 384.2 Common Analog Output Properties ...

List of Tables iiiList of TablesTable 2-1: Supported PCI DAQ ... 16Table 2-2: Supported PXI DAQ ...

iv List of FiguresList of FiguresFigure 3-1: Continuous Analog Waveform ... 22Figure 3-2: Continuous Analog Waveform an

Introduction 11 IntroductionThe DAQ-MTLB Adapter is a standard MATLAB Data AcquisitionToolbox Adaptor driver supporting the entire line of data acqui