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PARallel Subsystem

10 PARallel Subsystem

The PARallel subsystem contains instructions for instrument parallel operation.

PARallel:ROLE <CPD>

This command is used to select the instrument role in the case of parallel.

• SINGle: Single mode

• SLAVe: Slave mode

• MASTer: Master mode

Group

PARallel

Syntax

PARallel:ROLE <CPD>

Arguments

<CPD>

SINGle|SLAVe|MASTer

Default Value

SINGle

Example

PARallel:ROLE MASTer

Query Syntax

PARallel:ROLE?

Returns

<CRD>

116

Warranty3
Limitation of Warranty3
Safety Symbols4
Safety Precautions4
Environmental Conditions6
Regulation Tag7
Waste Electrical and Electronic Equipment (WEEE) Directive8
Compliance Information9
Table of Contents10
SCPI Introduction14
Overview14
Command Type of SCPI14
Message Type of SCPI17
Response Data Type19
Command Format20
Data Type23
Remote Interface Connections24
System Subsystem25
System:posetup <CPD25
System:posetup26
System:version26
System:error27
System:clear28
System:remote28
System:local29
System:rwlock30
System:beeper:immediate31
System:beeper[:State] <CPD31
System:beeper[:State]32
System:date <Yyyy>,<MM>,<DD33
System:date34
System:time <Hh>,<MM>,<Ss34
System:time35
System:communicate:select <CPD36
System:communicate:select37
System:communicate:gpib:address <NR138
System:communicate:gpib:address38
System:communicate:serial:baudrate <CPD39
System:communicate:serial:baudrate40
System:communicate:lan:ip[:Configuration] <SPD41
System:communicate:lan:ip[:Configuration]41
System:communicate:lan:ip[:Configuration]:Mode <CPD42
System:communicate:lan:ip[:Configuration]:Mode43
System:communicate:lan:smask <SPD44
System:communicate:lan:smask44
System:communicate:lan:dgateway <SPD45
System:communicate:lan:dgateway46
Abort Subsystem47
Abort:acquire47
Abort:arb47
Initiate Subsystem49
Initiate[:Immediate]:Acquire49
Initiate[:Immediate]:Arb50
Initiate:continuous:arb <Bool50
Initiate:continuous:acquire <Bool51
Configurable Subsystem53
[Configurable:]Io:select <NR153
[Configurable:]Io:select54
[Configurable:]Io:direction <NRL>, <Bool54
[Configurable:]Io:direction? <NRL55
[Configurable:]Io:reverse <NRL>, <Bool56
[Configurable:]Io:reverse? <NRL57
[Configurable:]Io:pwm[:Enable] <NRL>, <Bool58
[Configurable:]Io:pwm[:Enable]? <NRL59
[Configurable:]Io:pwm:frequency <NRL>, <Nrf60
[Configurable:]Io:pwm:frequency? <NRL>[, ][Minimum|Maximum| Default]61
[Configurable:]Io:pwm:duty <NRL>, <NR161
[Configurable:]Io:pwm:duty? <NRL62
[Configurable:]Io:pulse:width <NRL>, <Nrf63
[Configurable:]Io:pulse:width? <NRL>[, ][Minimum|Maximum|Default]64
[Configurable:]Io:type <NRL>, <CPD64
[Configurable:]Io:type? <NRL66
[Configurable:]Io:trigger:type <CPD67
[Configurable:]Io:trigger:type68
[Configurable:]Io:trigin:source <CPD69
[Configurable:]Io:trigin:source70
[Configurable:]Io:output:level <NRL>, <CPD70
[Configurable:]Io:output:level? <NRL71
[Configurable:]Io:input:level? <NRL72
Trigger Subsystem74
Trigger:acquire[:Immediate]74
Trigger:acquire:mode <CPD75
Trigger:acquire:source <CPD75
Trigger:acquire:voltage:slope <CPD77
Trigger:acquire:voltage[:Level] <Nrf78
Trigger:acquire:voltage:hysteresis:high <Nrf79
Trigger:acquire:voltage:hysteresis:low <Nrf79
Trigger:acquire:current:slope <CPD80
Trigger:acquire:current[:Level] <Nrf81
Trigger:acquire:current:hysteresis:high <Nrf82
Trigger:acquire:current:hysteresis:low <Nrf83
Trigger:arb[:Immediate]84
Trigger:arb:source <CPD85
Status Subsystem86
Status:questionable[:Event]89
Status:questionable:enable <NR190
Status:questionable:ptransition <NR191
Status:questionable:ntransition <NR192
Status:questionable:condition93
Status:operation[:Event]94
Status:operation:enable <NR195
Status:operation:ptransition <NR196
Status:operation:ntransition <NR197
Status:operation:condition98
Status:preset99
Fetch Subsystem101
Fetch[:Scalar]:Current[:DC]101
Fetch[:Scalar]:Current[:DC]:High102
Fetch[:Scalar]:Current[:DC]:Low102
Fetch[:Scalar]:Current[:DC]:Maximum103
Fetch[:Scalar]:Current[:DC]:Minimum104
Fetch[:Scalar]:Voltage[:DC]104
Fetch[:Scalar]:Voltage[:DC]:High105
Fetch[:Scalar]:Voltage[:DC]:Low106
Fetch[:Scalar]:Voltage[:DC]:Maximum107
Fetch[:Scalar]:Voltage[:DC]:Minimum107
Fetch[:Scalar]:Power[:DC]108
Fetch[:Scalar]:Power[:DC]:Maximum109
Fetch[:Scalar]:Power[:DC]:Minimum110
Fetch:array:current[:DC]? [<Start_Index>, <Points>]110
Fetch:array:voltage[:DC]? [<Start_Index>, <Points>]111
Fetch:array:power[:DC]? [<Start_Index>, <Points>]112
Fetch[:Scalar]113
Fetch:acmeter:eacstage114
Fetch:acmeter:eactotal114
Measure Subsystem116
Measure[:Scalar]:Current[:DC]116
Measure[:Scalar]:Current:high117
Measure[:Scalar]:Current:low117
Measure[:Scalar]:Current:maximum118
Measure[:Scalar]:Current:minimum119
Measure[:Scalar]:Voltage[:DC]120
Measure[:Scalar]:Voltage:high120
Measure[:Scalar]:Voltage:low121
Measure[:Scalar]:Voltage:maximum122
Measure[:Scalar]:Voltage:minimum123
Measure[:Scalar]:Power[:DC]123
Measure[:Scalar]:Power:maximum124
Measure[:Scalar]:Power:minimum125
Measure:array:current[:DC]126
Measure:array:voltage[:DC]126
Measure:array:power[:DC]127
Measure[:Scalar]128
Parallel Subsystem129
Parallel:role <CPD129
Parallel:number <NR1130
Sense Subsystem131
[Source:]Remote:sense[:State] <Bool131
Sense:acquire:points <Nrf132
Sense:acquire:offset:point <Nrf132
Sense:acquire:tinterval <Nrf133
Source Subsystem135
Source:]Function <CPD135
Source:]Loop:speed <CPD136
Source:]Function:mode <CPD137
Source:]Current[:Level][:Immediate][:Amplitude] <Nrf138
Source:]Current:slew[:Both] <Nrf139
Source:]Current:slew:positive <Nrf139
Source:]Current:slew:negative <Nrf140
Source:]Current[:Over]:Protection:state <Bool141
Source:]Current[:Over]:Protection[:Level] <Nrf142
Source:]Current[:Over]:Protection:delay <Nrf143
Source:]Voltage[:Level][:Immediate][:Amplitude] <Nrf144
Source:]Voltage:slew[:Both] <Nrf144
Source:]Voltage:slew:positive <Nrf145
Source:]Voltage:slew:negative <Nrf146
Source:]Voltage:on[:Level] <Nrf147
Source:]Voltage:under:protection:state <Bool148
Source:]Voltage:under:protection[:Level] <Nrf149
Source:]Voltage:under:protection:delay <Nrf149
Source:]Voltage:under:protection:warm <Nrf150
Source:]Resistance[:Level][:Immediate][:Amplitude] <Nrf151
Source:]Power[:Level][:Immediate][:Amplitude] <Nrf152
Source:]Power:protection:state <Bool153
Source:]Power:protection[:Level] <Nrf154
Source:]Power:protection:delay <Nrf154
Source:]Power:slew[:Both] <Nrf155
Source:]Power:slew:positive <Nrf156
Source:]Power:slew:negative <Nrf157
Source:]Voltage[:On]:Latch[:State] <Bool158
Source:]Voltage:on:hysteresis[:Level] <Nrf158
Source:]Extern[:State] <Bool159
Source:]Acmeter:eacstage:clear160
Input Subsystem162
Source:]Input[:State] <CPD162
Source:]Input:delay:fall <Nrf163
Source:]Input:delay:rise <Nrf163
Source:]Input:short[:State] <CPD164
Battery Subsystem166
Battery:shut:capacity <Nrf166
Battery:shut:time <Nrf167
Battery:shut:voltage <Nrf167
ARB Subsystem169
Arb:udefined:count <NR1169
Arb:function <CPD170
Arb:udefined:level <Nr1>,<Nrf170
Arb:udefined:dwell <Nr1>,<Nrf171
Arb:udefined:slew <Nr1>,<Nrf172
Arb:count <Nrf173
Arb:save <Nr1174
Arb:recall <NR1174
IEEE-488 Common Commands176
Cls176
Ese <Nr1177
Ese178
Esr178
Idn179
Opc180
Opc181
Rst182
Sre <Nr1184
Sre185
Stb186
Trg187
Sav <Nr1187
Rcl <Nr1188
Tst189
Wai190
PSC <Bool191
Psc191
Error Messages193

Brand	ITech
Model	IT8000 Series
Category	Test Equipment
Language	English

ITech IT8000 Series Programming Guide

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