Agilent Technologies E2094S Guía de usuario Pagina 125
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Programming via LAN 5
Agilent VISA User’s Guide 125
Remote USB Interface (USB VISA LAN Client)
A remote USB interface can use only the SICL-LAN protocol. It can
communicate with USB devices attached to a remote PC running the
Remote IO Server software.
Note that if you have defined a VISA alias for a USB device on the
remote I/O server, you must either define the same (or another) alias for
the remote USB device on the client PC, or use the full USB resource
string. Alias definitions are not shared between the remote I/O server
and the client.
Addressing a Session Using a Remote Interface
In general, the rules to address a remote session are the same as to
address a local session. The only difference for a remote session is that
you use the VISA interface ID (provided during I/O configuration via
Connection Expert) that relates to the remote interface.
The following sample shows one way to open a device session with a
GPIB device at primary address 23 on a remote PC that is running
Remote IO Server software. A remote GPIB interface has been
configured at GPIB2 to communicate with that machine. See Chapter 3,
“Programming with VISA”, for more information on addressing device
sessions.
ViSession defaultRM, vi;.
.
viOpenDefaultRM(&defaultRM);
viOpen(defaultRM, "GPIB2::23::INSTR", VI_NULL,
VI_NULL, &vi);
.
.
viClose(vi);
viClose(defaultRM);
- Agilent VISA 1
- User’s Guide for IO 1
- Libraries Suite 15.5 1
- Agilent VISA User’s Guide 3
- 4 Agilent VISA User’s Guide 4
- Agilent VISA User’s Guide 5 5
- 6 Agilent VISA User’s Guide 6
- Introduction 7
- What’s in This Guide? 8
- VISA Overview 9
- VISA Support 10
- VISA Documentation 10
- Introduction 1 11
- Agilent VISA User’s Guide 11 11
- Contacting Agilent 12
- Agilent Technologies 13
- Linking to VISA Libraries 14
- Sample VISA Program (C/C++) 15
- C/C++ Sample Program Contents 17
- Format Conversion Commands 19
- Numeric Arrays 19
- Steps to Running the Program 20
- Sample Program Source Code 21
- Sample Program Contents 23
- 24 Agilent VISA User’s Guide 24
- Logging Error Messages 25
- Programming with VISA 27
- VISA Resources and Attributes 28
- VISA Attributes 29
- Using Sessions 30
- Opening a Session 31
- 3 Programming with VISA 32
- Addressing a Session 33
- Programming with VISA 3 35
- Agilent VISA User’s Guide 35 35
- Closing a Session 37
- Searching for Resources 37
- Sending I/O Commands 40
- Using Formatted I/O 41
- Using Non-Formatted I/O 44
- Using Events and Handlers 46
- Events that can be Enabled 47
- Agilent VISA User’s Guide 49 49
- Agilent VISA User’s Guide 51 51
- Agilent VISA User’s Guide 53 53
- Using the Callback Method 54
- Installing Handlers 55
- Using the Queuing Method 62
- Enabling Events 63
- Trapping Errors 68
- Exception Events 69
- Using Locks 74
- VISA Lock Types 75
- General Interface Information 80
- GPIB Interfaces Overview 81
- 82350 GPIB Card #1 82
- Windows PC 82
- GPIB InstrumentsGPIB Cable 82
- 82350 GPIB Card #2 82
- Agilent VISA User’s Guide 83 83
- VXI Interfaces Overview 84
- GPIB-VXI Interfaces Overview 85
- GPIB-VXI (E1406A) Interfaces 86
- Programming the Registers 88
- Using viIn and viOut 89
- Using viMoveIn and viMoveOut 90
- Functions 91
- Mapping Memory Space 95
- Sample: Using viPeek16 96
- Using Low-Level viPeek/viPoke 100
- Using High-Level viIn/viOut 101
- Sample: Using VXI Memory I/O 102
- Memory I/O Services 106
- MEMACC Attribute Descriptions 109
- VI_ATTR_WIN_ACCESS Settings 113
- Setting the VXI Trigger Line 114
- 116 Agilent VISA User’s Guide 116
- Programming via GPIB and VXI 116
- Programming via LAN 117
- Connection 118
- Gateway Operation 119
- 5 Programming via LAN 120
- Programming via USB 127
- USB Interfaces Overview 128
- 6 Programming via USB 130
- Glossary 131
- Windows notification area 143
- 144 Agilent VISA User’s Guide 144
- Agilent VISA User’s Guide 145 145
- 146 Agilent VISA User’s Guide 146
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