Fluke PM6685R User Manuals

Fluke

User Manual (English)

User Manual

Table of Contents

Table of Contents
3
- 1 Getting Started
  7
- 2 Bus Com mands for the Bench top User
  14
  - De fault set tings (af ter *RST) 2-8
    21
- 3 Introduction to SCPI
  22
- 4 Programming Examples
  44
- 5 Instrument Model
  68
- 6 Using the Subsystems
  74
- 7 How to Measure Fast
  107
  - Introduction 7-3
    109
  - Rough Trigger Subsystem Description 7-4
    110
  - Some Basic Commands 7-5
    111
  - Basic Measurement Method 7-7
    113
  - General Speed Improvements 7-8
    114
  - 40000 measure- ments/second 7-11
    117
  - Supervising a Process 7-12
    118
  - Speed Summary 7-17
    123
- 8 Error Messages
  126
- 9 Command Reference
  144
  - Abort 9-3
    146
    - :ABORt 9-4
      147
  - Arming Subsystem 9-5
    148
    - :ARM :COUNt 9-6
      149
    - :ARM :DE Lay 9-7
      150
    - :ARM :ECOunt 9-7
      150
    - :ARM :LAY er2 9-8
      151
    - :ARM :LAY er2 :SOURce 9-8
      151
    - :ARM :SLOPe 9-9
      152
    - :ARM :SOURce 9-9
      152
    - :ARM :STOP :DE Lay 9-10
      153
    - :ARM :STOP :ECOunt 9-10
      153
    - :ARM :STOP :SLOPe 9-11
      154
    - :ARM :STOP :SOURce 9-11
      154
  - Calculate Subsystem 9-13
    156
    - :CAL Cu late :AV ER age :COUNt 9-14
      157
    - :CAL Cu late :AV ER age :STATe 9-14
      157
    - :CAL Cu late :AV ER age :TYPE 9-15
      158
    - :CAL Cu late :DATA? 9-15
      158
    - :CAL Cu late :IM Me di ate 9-16
      159
    - :CAL Cu late :LIMit 9-16
      159
    - :CAL Cu late :LIMit :FAIL? 9-17
      160
    - :CAL Cu late :LIMit :LOWer 9-17
      160
    - :CAL Cu late :LIMit :LOWer :STATe 9-18
      161
    - :CAL Cu late :LIMit :UP Per 9-18
      161
    - :CAL Cu late :LIMit :UP Per :STATe 9-19
      162
    - :CAL Cu late :MATH 9-20
      163
    - :CAL Cu late :MATH 9-21
      164
    - :CAL Cu late :MATH :STATe 9-21
      164
    - :CAL Cu late :STATe 9-22
      165
  - Calibration Subsystem 9-23
    166
    - :CALi bra tion :IN Ter po la tor :AUTO 9-24
      167
  - Configure Function 9-25
    168
    - :CON Fig ure :<Meas ur ing Func tion> 9-26
      169
    - :CON Fig ure :AR Ray :<Meas ur ing Func tion> 9-27
      170
  - Diagnostics Subsystem 9-29
    172
    - :DI AG nos tic:CALi bra tion:IN Put[1|2]:HYS Tere sis 9-30
      173
  - Display Subsystem 9-31
    174
    - :DIS Play :EN ABle 9-32
      175
  - Fetch Function 9-33
    176
    - :FETCh? 9-34
      177
    - :FETCh :AR Ray? 9-35
      178
  - Format Subsystem 9-37
    180
    - :FOR Mat 9-38
      181
    - :FOR Mat 9-38
      181
    - :FOR Mat :FIXed 9-39
      182
    - :FOR Mat :SREGis ter 9-39
      182
    - :FOR Mat :TIN For ma tion 9-40
      183
  - Initiate Subsystem 9-41
    184
    - :INI Ti ate :CON Tinu ous 9-42
      185
    - :INI Ti ate 9-42
      185
  - Input Subsystems 9-43
    186
    - :IN Put«[1]|2» :COU Pling 9-44
      187
    - :IN Put«[1]|2» :AT Tenua tion 9-44
      187
    - :IN Put :HYS Tere sis 9-45
      188
    - :IN Put :FIL Ter 9-45
      188
    - :IN Put :HYS Tere sis :AUTO 9-46
      189
    - :IN Put«[1]|2» :IM Ped ance 9-47
      190
    - :IN Put«[1]|2» :LEVel 9-47
      190
    - :IN Put :LEVel 9-48
      191
    - :IN Put :LEVel :AUTO 9-49
      192
    - :IN Put :LEVel :AUTO 9-50
      193
    - :IN Put«[1]|2|4» :SLOPe 9-51
      194
    - :INPut2:COM Mon 9-51
      194
  - Mea sure ment Func tion 9-53
    196
    - :MEAS ure :<Meas ur ing Func tion>? 9-56
      199
    - :MEAS ure :AR Ray :<Meas ur ing Func tion>? 9-57
      200
    - :MEAS ure:MEM ory<N>? 9-58
      201
    - :MEAS ure:MEM ory? 9-58
      201
    - :MEAS ure_«:DCY Cle/:PDU Tycy cle» 9-59
      202
  - EXPLANATIONS OF THE MEASURING FUNCTIONS 9-59
    202
    - :MEAS ure :FRE Quency? 9-60
      203
    - :MEAS ure :FRE Quency :BURSt? 9-61
      204
    - :MEAS ure :FRE Quency :PRF? 9-62
      205
    - :MEAS ure :FALL :TIME? 9-63
      206
    - :MEAS ure :FRE Quency :RA Tio? 9-63
      206
    - :MEA Sure [:VOLT] :MAX i mum? 9-64
      207
    - :MEAS ure [:VOLT] :MINi mum? 9-64
      207
    - :MEAS ure :NWIDth? 9-65
      208
    - :MEAS ure :PWIDth? 9-65
      208
    - :MEAS ure_«:PDU Tycy cle/ :DCY Cle»? 9-66
      209
    - :MEAS ure_«:NDU Tycy cle»? 9-66
      209
    - :MEAS ure :PE Riod? 9-67
      210
    - :MEAS ure :PHASe? 9-67
      210
    - :MEAS ure [:VOLT] :PTPeak? 9-68
      211
    - :MEAS ure :RISE :TIME? 9-68
      211
    - :MEAS ure :TIN Ter val? 9-69
      212
    - :MEAS ure :TO Tal ize :AC Cu mu lated? 9-70
      213
    - :CON Fig ure :TO Tal ize :CON Tinu ous 9-71
      214
    - :MEAS ure :TO Tal ize :GATed? 9-72
      215
    - :MEAS ure :TO Tal ize :SSTop? 9-72
      215
    - :MEAS ure :TO Tal ize :TIMed? 9-73
      216
  - Memory Subsystem 9-75
    218
    - :MEM ory :DE Lete :MACRo 9-76
      219
    - :MEM ory :FREE :SENSe? 9-76
      219
    - :MEM ory :FREE :MACRo? 9-77
      220
    - :MEM ory :NSTates? 9-77
      220
  - Output Subsystem 9-79
    222
    - :OUT Put 9-80
      223
    - :OUT Put :SCALe 9-80
      223
  - Read Function 9-81
    224
    - :READ? 9-82
      225
    - :READ:AR Ray? 9-83
      226
  - Sense Command Subsystem 9-85
    228
    - :AC Qui si tion :AP ER ture 9-87
      230
    - :AC Qui si tion :AP ER ture 9-87
      230
    - :AC Qui si tion :HOFF: ECOunt 9-88
      231
    - :AC Qui si tion :HOFF 9-88
      231
    - :AC Qui si tion :HOFF :TIME 9-89
      232
    - :AC Qui si tion :HOFF :MODE 9-89
      232
    - :AC Qui si tion :RESo lu tion 9-90
      233
    - :AC Qui si tion :RESo lu tion 9-90
      233
    - :AV ER age :MODE 9-91
      234
    - :AV ER age :COUNt 9-91
      234
    - :FRE Quency :RANGe :LOWer 9-92
      235
    - :AV ER age :STATe 9-92
      235
    - :FUNC tion 9-93
      236
    - :IN Ter nal :FOR Mat 9-95
      238
    - :ROSCil la tor :SOURce 9-96
      239
    - :SDE Lay 9-96
      239
    - :TO Tal ize :GATE 9-97
      240
    - :VOLT age:GATed:STATe 9-97
      240
  - Status Subsystem 9-99
    242
    - :STATus :DREGis ter0? 9-100
      243
    - :STATus :DREGis ter0 :EN ABle 9-100
      243
    - :STATus :OP ERa tion :CON Di tion? 9-101
      244
    - :STATus :OP ERa tion :EN ABle 9-102
      245
    - :STATus:OP ERa tion? 9-103
      246
    - :STATus :PRE Set 9-103
      246
    - :STATus :QUES tion able :CON Di tion? 9-104
      247
    - :STATus :QUES tion able? 9-105
      248
    - :STATus :QUES tion able :EN ABle 9-105
      248
  - System Subsystem 9-107
    250
    - :SYS Tem :COM Mu ni cate: GPIB: AD DRess 9-108
      251
    - :SYS Tem :ER Ror? 9-108
      251
    - :SYS Tem :PRE Set 9-109
      252
    - :SYS Tem :SDE Tect 9-109
      252
    - :SYS Tem :SET 9-110
      253
    - :SYS Tem :TIME :ELAPsed? 9-110
      253
    - :SYS Tem :TOUT 9-111
      254
    - :SYS Tem :TOUT :TIME 9-111
      254
    - :SYS Tem :UN PRo tect 9-112
      255
    - :SYS Tem :VER Sion? 9-112
      255
  - Test Subsystem 9-113
    256
    - :TEST:CHECk 9-114
      257
    - :TEST :SE Lect 9-114
      257
  - Trigger Subsystem 9-115
    258
    - :TRIG ger:COUNt 9-116
      259
  - Common Commands 9-117
    260
    - *CLS 9-118
      261
    - *DMC 9-119
      262
    - *EMC 9-120
      263
    - *ESE 9-121
      264
    - *ESR? 9-122
      265
    - *GMC? 9-122
      265
    - *IDN? 9-123
      266
    - *LMC? 9-123
      266
    - *OPC 9-124
      267
    - *LRN? 9-124
      267
    - *OPC? 9-125
      268
    - *OPT? 9-125
      268
    - *PSC 9-126
      269
    - *PMC 9-126
      269
    - *PUD 9-127
      270
    - *RCL 9-127
      270
    - *RMC 9-128
      271
    - *RST 9-128
      271
    - *SAV 9-129
      272
    - *SRE 9-130
      273
    - *STB? 9-131
      274
    - *TRG 9-131
      274
    - *TST? 9-132
      275
    - *WAI 9-132
      275
- 10 Index
  276
Index
264
- !
  264
  - 1 Mohm 9-47
    176
  - 50 ohms 9-47
    176
- A
  264
  - Abort 7-4
    101
    - Mea sure ment 9-4
      133
  - AC|DC 2-2,9-44
    13
  - Ac cu mu lated, totalize X gated by Y 9-70
    199
  - Ad dress
    1
    - GPIB 9-108
      237
    - Switches 1-4
      9
  - An a log
    1
    - Fil ter 9-45
      174
  - An a log Out
    1
    - En able 9-80
      209
    - Scaling fac tor 9-80
      209
  - Ap er ture 9-87
    216
  - Ar bi trary block data 9-112
    241
  - Arming 9-8
    137
    - Bus arm mode 9-8
      137
    - De lay by events 9-7,9-10
      136
    - Event count range 9-7,9-10
      136
    - Ex ter nal Events be fore Start 9-7,9-10
      136
    - Start de lay 9-7
      136
    - Start slope 9-9
      138
    - Start source 9-9
      138
    - Stop slope 9-11
      140
    - Stop source 9-11
      140
    - Sub sys tem 9-5
      134
    - Wait for bus 6-23
      90
  - Ar ray 7-4 - 7-5,7-7
    101
    - Fetch 9-35
      164
  - ASCII
    1
    - Data for mat 7-8,9-38
      105
    - Fixed for mat 9-39
      168
  - At ten u a tion 2-2,9-44
    13
  - Auto
    1
    - At ten u a tion 9-44
      173
    - Gated volt age mode 9-97
      226
    - Levels se lected by 9-49
      178
    - Off 9-45,9-48
      174
    - Once 9-46,9-49 - 9-50
      175
    - Power on clear ing 9-126
      255
    - Sen si tiv ity 9-46
      175
    - Speed 9-92
      221
    - Trig ger 9-50,9-97
      179
    - Trig ger level 9-49
      178
    - Trig ger On/Off 9-49
      178
    - Trig gering 2-2
      13
  - Auto cal i bra tion on/off 9-24
    153
  - Av er age
    1
    - For a pre set time 9-91
      220
    - Mea sure ments 9-92
      221
    - Mode 9-91
      220
    - On/Off 2-4,9-92
      15
    - Sam ple size 9-91
      220
    - Sam ples 9-91
      220
    - Sam ples in av er ag ing 9-91
      220
    - State 9-92
      221
  - Av er age or Sin gle? 9-92
    221
- B
  265
  - Back-to-back 7-15
    112
    - Pe riod 7-9,7-13
      106
  - Block arm ing 9-116
    245
  - Block data 3-12,7-8,9-38
    31
  - Block mea sure ments 7-8
    105
  - Boolean 3-11
    30
  - Burst
    1
  - Bus
    1
    - Drivers 1-6
      11
  - Bus Arm 9-6
    135
    - Exit 9-8
      137
    - Mode 9-8
      137
    - On/Off 9-8
      137
    - Over ride 9-8
      137
  - Bus ini tial iza tion 3-19
    38
- C
  265
  - Cal cu late
    1
    - Block 5-3
      64
    - En able 9-22
      151
    - Math e mat ics 9-20 - 9-21
      149
    - Read ing data 9-15
      144
    - Real time 7-9
      106
    - Sub sys tem 9-13
      142
  - Cal i bra tion 7-8,9-112,9-127
    105
    - Of Com para tors 9-30
      159
    - Of Interpolators 9-24
      153
    - Sub sys tem 9-23
      152
  - Change func tion fast
    1
    - MEAS:MEM1? 7-5
      102
  - Chan nel
    1
    - List 3-12
      31
    - Se lecting 6-13,9-93
      80
  - Char ac ter data 3-12
    31
  - Check 2-3
    14
  - Check Against Lower Limit 9-18
    147
  - Check Against Up per Limit 9-19
    148
  - Check sig nal 9-114
    243
  - Clear Sta tus 9-118
    247
  - Clear ing
    1
    - sta tus reg is ters 9-126
      255
  - CME-bit 6-21,9-121
    88
  - Co lon 3-8,3-10
    27
  - Com mand
    1
    - Er ror 3-4,3-17,9-121
      23
    - Er ror (CME) 6-21
      88
    - Header 3-10
      29
    - Tree 3-10
      29
  - Com mand Er ror (CME)
    1
    - Code list 8-2
      115
  - Com mand tree 3-8
    27
  - Com mands 3-20
    39
    - *CLS 3-20,9-118
      39
    - *DMC 3-13,9-117,9-119
      32
    - *EMC 3-14,9-120
      33
    - *ESE 9-117,9-121
      246
    - *ESR? 9-122
      251
    - *GMC? 3-15,9-122
      34
    - *IDN? 9-123
      252
    - *LMC 9-117,9-123
      246
    - *LMC? 3-15
      34
    - *LRN? 9-124
      253
    - *OPT? 9-125
      254
    - *PMC 3-14,9-117,9-126
      33
    - *PSC 9-117,9-126
      246
    - *RCL 9-127
      256
    - *RST 9-117
      246
    - *SRE 6-17,9-130
      84
    - *STB? 9-117,9-131
      246
    - *TRG 6-29,9-8,9-131
      96
    - *TST? 9-117,9-132
      246
    - *WAI 9-132
      261
    - :ABORt 9-4
      133
    - :AC Qui si tion:AP ER ture 9-87
      216
    - :Ac qui si tion:HOFF 9-88
      217
    - :Ac qui si tion:HOFF:ECOunt 9-88
      217
    - :Ac qui si tion:HOFF:MODE 9-89
      218
    - :Ac qui si tion:HOFF:TIMe 9-89
      218
    - :Ac qui si tion:RES o lu tion 9-90
      219
    - :ARM 9-8
      137
    - :ARM:LAYer2:SOURce 9-8
      137
    - :ARM:SE Quence:LAYer1:COUNt 9-6
      135
    - :ARM:SE Quence:LAYer1:DE Lay 9-7,9-10
      136
    - :ARM:SE Quence:LAYer1:SOURce 9-9
      138
    - :ARM:SEQuence1:LAYer1:ECOunt 9-7,9-10
      136
    - :ARM:SEQuence1:LAYer1:SLOPe 9-9
      138
    - :ARM:SEQuence2:SLOPe 9-11
      140
    - :ARM:SEQuence2:SOURce 9-11
      140
    - :ARM:STARt 9-8
      137
    - :ARM:STARt:LAYer1:COUNt 9-6
      135
    - :ARM:STARt:LAYer1:DE Lay 9-7,9-10
      136
    - :ARM:STARt:LAYer1:ECOunt 9-7,9-10
      136
    - :ARM:STARt:LAYer1:SLOPe 9-9
      138
    - :ARM:STARt:LAYer1:SOURce 9-9
      138
    - :ARM:STOP:SLOPe 9-11
      140
    - :ARM:STOP:SOURce 9-11
      140
    - :AV ER age:COUNts 9-91
      220
    - :AV ER age:MODE 9-91
      220
    - :AV ER age:STATe 9-92
      221
    - :CAL Cu late :AV ER age :COUNt 9-14
      143
    - :CAL Cu late:AV ER age:STATe 9-15
      144
    - :CAL Cu late:AV ER age:TYPE 9-15
      144
    - :CAL Cu late:DATA 9-15
      144
    - :CAL Cu late:IM Me di ate 9-16
      145
    - :CAL Cu late:LIMit[:STATe] 6-3,9-16
      70
    - :CAL Cu late:LIMit:FAIL 9-17
      146
    - :CAL Cu late:LIMit:LOWer:STATe 9-18
      147
    - :CAL Cu late:MATH:STATe 9-21
      150
    - :CAL Cu late:STATe 9-22
      151
    - :CAL i bra tion:INTerpolator:AUTO 9-24
      153
    - :COM Mu ni cate:GPIB:AD DRess 9-108
      237
    - :CON Fig ure 9-26
      155
    - :CON Fig ure:AR Ray 9-27
      156
    - :CON Fig ure:DCYCle 9-59,9-66
      188
    - :CON Fig ure:FREQuency 9-60
      189
    - :CON Fig ure:FREQuency: BURSt :PRF 9-62
      191
    - :CON Fig ure:FREQuency:BURSt :CARRier 9-61
      190
    - :CON Fig ure:FREQuency:RA Tio 9-63
      192
    - :CON Fig ure:FTIMe 9-63
      192
    - :CON Fig ure:MAX i mum 9-64
      193
    - :CON Fig ure:MIN i mum 9-64
      193
    - :CON Fig ure:NDUTycycle 9-66
      195
    - :CON Fig ure:NWIDth 9-65
      194
    - :CON Fig ure:PDUTycycle 9-66
      195
    - :CON Fig ure:PE Riod 9-67
      196
    - :CON Fig ure:PHASe 9-67
      196
    - :CON Fig ure:PTPeak 9-68
      197
    - :CON Fig ure:PWIDth 9-65
      194
    - :CON Fig ure:RTIMe 9-63,9-68
      192
    - :CON Fig ure:TINTerval 9-69
      198
    - :CON Fig ure:TOTalize:AC Cu mu lated 9-70
      199
    - :CON Fig ure:TOTalize:CON Tin u ous 9-71
      200
    - :CON Fig ure:TOTalize:GATed 9-72
      201
    - :CON Fig ure:TOTalize:GATed? 9-72
      201
    - :CON Fig ure:TOTalize:SSTop 9-72
      201
    - :CON Fig ure:TOTalize:TIMed 9-73
      202
    - :DIS Play:EN ABle 9-32
      161
    - :FETCh:AR Ray? 9-34 - 9-35
      163
    - :FETCh? 9-34
      163
    - :FOR Mat:FIXed 9-39
      168
    - :FREQuency:RANGe:LOWer 9-92
      221
    - :FUNC tion 9-93
      222
    - :INI Ti ate 9-42
      171
    - :INI Ti ate:CON Tin u ous 9-42
      171
    - :IN Put:AT Ten u a tion 9-44
      173
    - :IN Put:COU Pling 9-44
      173
    - :IN Put:FIL Ter 9-45
      174
    - :IN Put:IM Ped ance 9-47
      176
    - :IN Put:LEVel 9-47
      176
    - :IN Put:LEVel:AUTO 9-49
      178
    - :IN Put:SLOPe 9-51
      180
    - :MEA Sure:AR Ray? 9-57
      186
    - :MEA Sure:DCYCle? 9-59,9-66
      188
    - :MEA Sure:FREQuency: BURSt :PRF? 9-62
      191
    - :MEA Sure:FREQuency:BURSt :CARRier? 9-61
      190
    - :MEA Sure:FREQuency:RA Tio? 9-63
      192
    - :MEA Sure:FREQuency? 9-60
      189
    - :MEA Sure:FTIMe? 9-63
      192
    - :MEA Sure:MAX i mum? 9-64
      193
    - :MEA Sure:MEM ory? 9-58
      187
    - :MEA Sure:MEM ory<N>? 9-58
      187
    - :MEA Sure:MIN i mum? 9-64
      193
    - :MEA Sure:NDUTycycle? 9-66
      195
    - :MEA Sure:NWIDth? 9-65
      194
    - :MEA Sure:PDUTycycle? 9-66
      195
    - :MEA Sure:PE Riod? 9-67
      196
    - :MEA Sure:PHASe? 9-67
      196
    - :MEA Sure:PTPeak? 9-68
      197
    - :MEA Sure:PWIDth? 9-65
      194
    - :MEA Sure:RTIMe? 9-63,9-68
      192
    - :MEA Sure:TINTerval? 9-69
      198
    - :MEA Sure:TOTalize:AC Cu mu lated? 9-70
      199
    - :MEA Sure:TOTalize:CON Tin u ous? 9-71
      200
    - :MEA Sure:TOTalize:GATed? 9-70,9-72
      199
    - :MEA Sure:TOTalize:SSTop? 9-72
      201
    - :MEA Sure:TOTalize:TIMed? 9-73
      202
    - :MEA Sure? 9-56
      185
    - :MEM ory:DE Lete:MACRo 9-76,9-128
      205
    - :MEM ory:FREE:MACRo? 9-77
      206
    - :MEM ory:FREE:SENSe? 9-76
      205
    - :MEM ory:NSTates? 9-77
      206
    - :READ:AR Ray? 9-83
      212
    - :READ? 9-82
      211
    - :ROSCillator:SOURce 9-96
      225
    - :SDELay 9-96
      225
    - :SENSe:Ac qui si tion:AP ER ture 9-87
      216
    - :SENSe:Ac qui si tion:HOFF 9-88
      217
    - :SENSe:Ac qui si tion:HOFF:ECOunt 9-88
      217
    - :SENSe:Ac qui si tion:HOFF:MODE 9-89
      218
    - :SENSe:Ac qui si tion:HOFF:TIMe 9-89
      218
    - :SENSe:Ac qui si tion:RES o lu tion 9-90
      219
    - :SENSe:AV ER age:COUNts 9-91
      220
    - :SENSe:AV ER age:MODE 9-91
      220
    - :SENSe:AV ER age:STATe 9-92
      221
    - :SENSe:FREQuency:RANGe:LOWer 9-92
      221
    - :SENSe:FUNC tion 9-93
      222
    - :SENSe:ROSCillator:SOURce 9-96
      225
    - :SENSe:SDELay 9-96
      225
    - :SENSe:TOTalize:GATE 9-97
      226
    - :SENSe:VOLT age:GATed:STATe 9-97
      226
    - :STATus:DREGister0? 9-100
      229
    - :STATus:OP ER a tion:CON Di tion? 9-101
      230
    - :STATus:OP ER a tion:EN ABle 9-102
      231
    - :STATus:QUES tion able:CON Di tion? 9-104
      233
    - :STATus:QUES tion able:EN ABle 9-105
      234
    - :STATus:QUES tion able? 9-105
      234
    - :SYS Tem:ER Ror? 9-108
      237
    - :SYS Tem:PRESet 9-109
      238
    - :SYS Tem:SET 9-110
      239
    - :SYS Tem:TIME:ELAPsed 9-110
      239
    - :SYS Tem:TOUT 9-111
      240
    - :SYS Tem:UNPRotect 9-111 - 9-112
      240
    - :TEST:SE Lect 9-114
      243
    - :TOTalize:GATE 9-97
      226
    - :TRIGger [:SEQuence1]:COUNt 9-116
      245
    - :TRIGger[:STARt]:COUNt 9-116
      245
    - :VOLT age:GATed:STATe 9-97
      226
    - RCL 9-117
      246
    - SOC? 9-101
      230
    - SOEn 9-102
      231
    - SOEv? 9-103
      232
  - Com mon Com mands 3-8,9-117
    27
  - Com mon via A 2-2
    13
  - Com para tor Cal i bra tion 9-30
    159
  - Con fig ure 5-5 - 5-6,7-4,9-26
    66
    - Ar ray 9-27
      156
    - De scrip tion 6-9
      76
    - Func tion 9-25,9-53
      154
    - Sca lar 9-26
      155
  - Con tin u ous
    1
    - Pe riod mea sure ments 7-9,7-15
      106
  - Con tin u ously Ini ti ated 9-42
    171
  - Con trol func tion 1-5
    10
  - Con trol ler syn chro ni za tion 7-2
    99
  - Con ven tions 1-3
    8
  - Cou pling
    1
    - See AC/DC
      1
  - Cut off fre quency 9-45
    174
  - CW 9-61
    190
- D
  268
  - Data
    1
    - Re cal cu late 9-16
      145
  - Data for mat 7-8
    105
    - In ter nal 9-95
      224
  - Data For mat 9-39
    168
  - Data Type 9-38 - 9-39
    167
  - DC cou pling
    1
    - See AC/DC
      1
  - DCL 3-19
    38
  - DDE-bit 6-21,9-121
    88
  - Dead lock 3-5
    24
  - Dec i mal data 3-11
    30
  - Dec la ra tion
    1
    - For GPIB in ter face 4-3
      42
  - De fault 2-3,9-128
    14
    - Pre setting the coun ter 9-109
      238
  - De ferred com mands 3-5
    24
  - De fine Macro 9-119
    248
  - De lay
    1
    - Af ter ex ter nal start arm ing 9-7,9-10
      136
    - Af ter Ex ter nal Stop Arming 9-11
      140
  - De lete one Macro 3-15,9-76,9-128
    34
  - De vice clear 1-6,3-19
    11
  - De vice de pend ent Er ror (DDE) 6-21,9-121
    88
  - De vice ini tial iza tion 3-19
    38
  - De vice Setup 9-124
    253
  - De vice spe cific er rors 3-4,3-18,8-13
    23
    - Stan dard ized 8-11
      124
  - De vice Sta tus 9-130
    259
  - De vice Sta tus Reg is ter
    1
    - En able 9-100
      229
    - Event 9-100
      229
    - No. 0 9-100
      229
  - De vice Trig ger, 1-6
    11
  - Di ag nos tics Sub sys tem 9-29
    158
  - Dis play
    1
    - En able 2-3,9-32
      14
    - Off 9-32
      161
    - On 9-32
      161
    - State 9-32
      161
    - Sub sys tem 9-31
      160
  - Dou ble Pre ci sion float ing point for mat 9-38
    167
  - Dou ble quotes 3-12
    31
  - DREG0 9-131
    260
  - Dumping mea sure ment re sults 7-9
    106
  - Du ra tion
    1
    - See Pulse width
      1
  - Duty cy cle mea sure ments 9-59
    188
  - Duty fac tor 9-95
    224
- E
  268
  - EAV 6-16,9-108,9-130 - 9-131
    83
  - En able
    1
    - An a log Out 9-80
      209
    - Cal cu la tion 9-22
      151
    - Dis play 9-32
      161
    - Macros 9-120
      249
    - Math e mat ics 9-21
      150
    - Mon i toring of Pa ram e ter Limits 9-16
      145
    - Ser vice Re quest 9-130
      259
    - Stan dard Event Sta tus 9-121
      250
    - Sta tis tics 9-14
      143
  - Er ror
    1
    - ASCII de scrip tion 9-108
      237
    - Avail able 9-130
      259
    - Clear ing queue 9-118
      247
    - Com mand 8-2
      115
    - De vice spe cific, code list 8-13
      126
    - Es cape from con di tion 3-19
      38
    - Ex e cu tion 8-7
      120
    - In self test 9-132
      261
    - Mes sage avail able 6-16
      83
    - Query, code list 8-12
      125
    - Queue 3-17,6-16,8-2
      36
    - Re porting 3-17
      36
    - Stan dard ized de vice spe cific list 8-11
      124
    - Stan dard ized num bers 3-17
      36
  - ESB 9-121,9-130 - 9-131
    250
  - Es cape from er ro ne ous con di tions 3-19
    38
  - Event
    1
  - Events
    1
    - Be fore Start Arming, Ex ter nal 9-7,9-10
      136
    - Hold Off 9-88
      217
  - Ex am ple lan guage 1-4
    9
  - EXE-bit 6-21,9-121
    88
  - Ex e cu tion
    1
    - Con trol 3-4
      23
    - Er ror 3-4,3-18,6-21,9-121
      23
    - Er ror code list 8-7
      120
  - Ex pres sion 9-20 - 9-21
    149
    - data 3-12
      31
  - Ext. ref. 9-96
    225
  - Ex ter nal Events be fore Start Arming 9-7,9-10
    136
  - Ex ter nal ref er ence 2-3,9-96
    14
    - on/off 2-3
      14
- F
  269
  - Fail
    1
    - Limit 9-17
      146
  - Fall time 9-91
    220
    - Mea sure ments 9-63
      192
  - Fast
    1
    - Autotrigger 9-92
      221
    - Pe riod mea sure ments 7-9
      106
    - Re call and mea sure 7-5
      102
  - Fetch 5-6,7-4
    67
    - An Ar ray of Re sults 9-35
      164
    - Ar ray 9-35
      164
    - Calcutated Data 9-15
      144
    - De scrip tion 6-10
      77
    - Func tion 9-33
      162
    - One Re sult 9-34
      163
    - Sev eral mea sure ment re sults 9-35
      164
  - Fil ter 9-45
    174
    - On/off 2-2
      13
  - Fixed data for mat 9-39
    168
  - Fixed Trig ger Level 9-47
    176
  - For mat
    1
    - In ter nal data 9-95
      224
    - Re sponse Data 9-39
      168
    - Sub sys tem 9-37
      166
  - For mula
    1
    - Math e mat ics 9-20 - 9-21
      149
  - Macro 9-76 - 9-77
    205
  - Freerun 9-42
    171
  - Fre quency
    1
    - Low limit for volt/autotrig 9-92
      221
    - Mea sure ment 9-60
      189
    - Ra tio mea sure ments 9-63
      192
  - Front panel mem o ries 9-129
    258
  - Func tion 2-4
    15
    - Change fast 7-5
      102
- G
  269
  - Gate
    1
    - On/Off 9-97
      226
    - Time 9-87
      216
  - Gate time 9-87
    216
  - Gated by Y
    1
    - Ac cu mu lated, Totalize X 9-70
      199
    - Totalize X 9-72
      201
  - Gated Volt age Mea sure ment 9-97
    226
  - GET 6-29,7-6,9-8,9-131
    96
  - Get Macro 9-122
    251
  - GPIB Ad dress 1-4,9-108
    9
  - Group Ex e cute Trig ger 9-131
    260
- H
  270
  - Header path 3-10
    29
  - Header sep a ra tor 3-8
    27
  - High Speed Pe riod Mea sure ments 7-9
    106
  - High Speed Volt age Mea sure ments 9-92
    221
  - Hold Off 2-3
    14
    - Event count 9-88 - 9-89
      217
    - Event range 9-88
      217
    - Events 9-88
      217
    - Mode 9-89
      218
    - On/Off 9-88
      217
    - Set ting time 9-89
      218
    - Time 9-89
      218
    - Time mode 9-89
      218
    - Time range 9-89
      218
  - Hys ter esis 9-45
    174
- I
  270
  - Iden ti fi ca tion query 9-123
    252
  - Idle state 6-28
    95
  - IFC 3-19
    38
  - Im me di ate mode 9-8
    137
  - Im ped ance 2-2,9-47
    13
  - Ini ti ate 3-19 - 3-20,5-6,7-4
    38
    - Con tin u ous 6-28,7-4
      95
    - Con tin u ously 7-6,9-42
      103
    - De scrip tion 6-10
      77
    - Im me di ate 6-28
      95
    - Mea sure ment 9-42
      171
    - Sub sys tem 9-41
      170
  - Ini ti ated state 6-28
    95
  - In put
    1
    - AC/DC 9-44
      173
    - At ten u a tion 2-2,9-44
      13
    - Auto trig ger 2-2
      13
    - Com mon 2-2
      13
    - Cou pling 2-2,9-44
      13
    - Fil ter 2-2
      13
    - Im ped ance 2-2,9-47
      13
    - Se lecting 6-13
      80
    - Se lecting chan nel 9-93
      222
    - Slope 2-2
      13
    - Sub sys tems 9-43
      172
    - Swap 2-2
      13
    - Trig ger level 2-2
      13
  - IN Put block 5-3
    64
  - In stru ment model 5-2
    63
  - In ter face clear 3-19
    38
  - In ter nal for mat 9-95
    224
  - In ter nal ref er ence 2-3,9-96
    14
  - Interpolators
    1
    - Cal i bra tion of 9-24
      153
  - In ter rupted 3-5
    24
  - In ter val, Time 9-69
    198
- K
  270
  - K, L and M 9-20 - 9-21
    149
  - Key words 3-11
    30
- L
  270
  - Leading ze roes 9-39
    168
  - Leaf node 3-10
    29
  - Learn De vice Setup 9-124
    253
  - Learn Macro 9-123
    252
  - Level
    1
    - Fixed trig ger 9-47
      176
    - Set Trig ger 9-48
      177
  - Limit
    1
    - Check lower 9-18
      147
    - Check Up per 9-19
      148
    - En able 9-16
      145
    - En able mon i tor ing 9-22
      151
    - Ex am ple 4-4,4-14
      43
    - Fail 9-17
      146
    - Mon i toring 6-26
      93
    - Passed 9-100
      229
    - Set lower 9-17
      146
    - Set up per 9-18
      147
  - Lis tener func tion 1-6
    11
  - Lo cal 1-5
    10
    - Con trol 1-5
      10
    - Lock out 3-6
      25
    - Op er a tion 3-6
      25
  - Long form 3-8
    27
  - Low Pass Fil ter 9-45
    174
  - Lower case 3-8
    27
  - Lower Limit
    1
    - Check 9-18
      147
    - Fail 9-17
      146
    - Set 9-17
      146
- M
  271
  - Macro 3-13 - 3-15
    32
    - Data types 3-13
      32
    - De fine 9-119
      248
    - De lete 3-15,9-76,9-128
      34
    - De lete all 9-126
      255
    - De scrip tion 3-13
      32
    - En able 9-120
      249
    - Get 9-122
      251
    - How to ex e cute 3-14
      33
    - Learn 9-123
      252
    - Mem ory states 9-77
      206
    - Names 3-13
      32
    - Purge 9-126
      255
  - Math e mat ics 2-5
    16
    - En able 9-21 - 9-22
      150
    - Se lect ex pres sion 9-20 - 9-21
      149
  - MAV 3-19,9-130 - 9-131
    38
  - MAX 3-11,9-15
    30
  - MEAN 9-15
    144
  - Mea sure 5-5,7-5 - 7-6
    66
    - Ar ray 9-57
      186
    - De scrip tion 6-9
      76
    - Func tions 9-59
      188
    - Once 9-56
      185
    - Sca lar 9-56
      185
    - Volt neg. peak 9-64
      193
    - Volt peak 9-64
      193
  - Mea sure ment
    1
    - Abort 9-4
      133
    - Ba sic method 7-6
      103
    - Con tin u ously ini ti ated 9-42
      171
    - Fetch Re sults 9-35
      164
    - Func tion 5-5
      66
    - Gated Volt age 9-97
      226
    - High Speed Volt age 9-92
      221
    - Ini ti ate 9-42
      171
    - No. of, on ext arm start 9-116
      245
    - No. on each bus arm 9-6
      135
    - Start sync. 7-2
      99
    - Started 7-2
      99
    - Started (MST) 6-23
      90
    - Sta tus 9-101 - 9-102
      230
    - Stop sync. 7-2
      99
    - Stopped (MSP) 6-23
      90
    - Ter mi nate 7-4
      101
    - Time 9-87
      216
    - Time, range 9-87
      216
    - Time, set ting 9-87
      216
    - Trig ger 9-131
      260
  - Mea sure ment Func tion 9-53
    182
  - Mea sure ment Time 9-87
    216
    - Set ting 9-87
      216
  - Mea suring
    1
    - Burst CW 9-61
      190
    - Duty Cy cle 9-59,9-66
      188
    - Fall Time 9-63
      192
    - Fre quency 9-60
      189
    - Fre quency ra tio 9-63
      192
    - In put se lec tion 6-13
      80
    - Pe riod 9-67
      196
    - Phase 9-67
      196
    - PRF 9-62
      191
    - Pulse width 9-65
      194
    - Rise Time 9-63,9-68
      192
    - Se lect func tion 9-26
      155
    - Se lecting func tion 9-93
      222
    - Ter mi nate 9-4
      133
    - Time-Interval 9-69
      198
    - Totalize X gated by Y 9-72
      201
    - Tran si tion time 9-63,9-68
      192
  - Mea suring time 2-4
    15
    - Range 9-87
      216
  - Mem ory 2-5
    16
    - Fast 9-58
      187
    - Free for Macros 9-76 - 9-77
      205
    - Re call and mea sure fast 7-5,9-58
      102
    - Sub sys tem 9-75
      204
  - Mes sage
    1
    - Avail able 9-130
      259
    - Ex change Con trol 3-4
      23
    - ex change ini tial iza tion 3-19
      38
    - ter mi na tor 3-5
      24
  - MIN 9-15
    144
  - Mne monic con ven tions 1-3
    8
  - Mne monics 3-8
    27
  - Mode, Hold Off 9-89
    218
  - Mon i tor
    1
    - Limits 6-3,9-16
      70
    - Mon i tor of low limit 6-26
      93
    - of high limit 6-26
      93
  - MSP-bit 6-23
    90
  - MSS 9-131
    260
  - MST-bit 6-23
    90
  - Mul ti ple mea sure ments
    1
    - See Ar ray
      1
  - Mul ti ple que ries 3-9
    28
- N
  272
  - Neg a tive slope 9-51
    180
  - Non-decimal data 3-12
    31
  - No ta tion habit 3-9
    28
  - NRf 3-11
    30
  - Nulling 9-20 - 9-21
    149
  - Nu meric data 3-11
    30
  - Nu meric ex pres sion data 3-12
    31
- O
  272
  - OFL-bit 6-24
    91
  - On/Off, Hold Off 9-88
    217
  - On-time Read 9-110
    239
  - OPC-bit 6-21
    88
  - Op er a tion
    1
    - Com plete 9-124
      253
    - Com plete (OPC) 6-21,9-121
      88
    - Com plete Query 9-125
      254
  - Op er a tion Sta tus
    1
    - Bit 9-130
      259
    - Bits in reg is ter 6-23
      90
    - Con di tion 9-101
      230
    - En able 9-102
      231
    - Event 9-103
      232
    - Group Over view 6-22
      89
  - OPR 9-130 - 9-131
    259
  - Op tional nodes 3-10
    29
  - Op tions
    1
    - Iden ti fi ca tion 9-125
      254
  - Out put queue 6-16
    83
  - Out put Sub sys tem 9-79
    208
  - Over flow 6-24
    91
    - Mes sage 3-17
      36
    - Sta tus 9-104
      233
  - Over ride
    1
    - Bus Arm 9-8
      137
- P
  272
  - Packed
    1
    - Data for mat 9-95
      224
  - Par al lel poll, 1-6
    11
  - Pa ram e ter list 3-12
    31
  - Pa ren the sis 3-12
    31
  - Parser 3-4
    23
  - Peak-to-Peak
    1
    - Volt age 9-68
      197
  - Pe riod mea sure ments 9-67
    196
    - Back-to-back 7-9
      106
  - Phase 9-67
    196
  - Pmt 3-7,3-10
    26
  - PON-bit 6-21,9-121
    88
  - Pos i tive slope 9-51
    180
  - Power On 6-21,9-121
    88
    - Sta tus Clear 9-126
      255
  - Pre set 2-3,9-109
    14
    - Sta tus at power on 9-126
      255
    - Sta tus reg is ters 9-103
      232
  - Pre set Time, totalize X-Y Dur ing a 9-73
    202
  - PRF 9-62
    191
    - Syn chro ni za tion (PM6685) 9-96
      225
  - Pro gram mes sage ter mi na tor 3-7,3-10
    26
  - Pro gram mes sages 3-7
    26
  - Pro tected User Data 9-127
    256
  - Pulse
    1
    - Rep e ti tion Fre quency 9-62
      191
    - Width 9-65,9-91
      194
  - Purge Macro 9-126
    255
- Q
  273
  - QUE 9-130 - 9-131
    259
  - Query
    1
    - Er ror 3-4 - 3-5,3-18,6-21,8-12,9-121
      23
    - Mul ti ple 3-9
      28
  - Ques tion able Data/sig nal 9-130
    259
    - Con di tion 9-104
      233
    - En able 9-105
      234
    - Event 9-105
      234
    - Sta tus group 6-24
      91
  - Quotes 3-12
    31
  - QYE-bit 6-21,9-121
    88
- R
  273
  - Ra tio 9-63
    192
  - Read 5-6,7-5 - 7-6
    67
    - Ar ray 9-83
      212
    - Func tion 9-81
      210
    - One Re sult 9-82
      211
    - Sca lar 9-82
      211
  - Read or Send Set tings 9-110
    239
  - Real
    1
    - Data for mat 7-8,9-38,9-95
      105
  - Re cal cu late Data 9-16
    145
  - Re call 2-5,7-5,9-58,9-127
    16
  - Ref er ence
    1
    - Se lec tion 9-96
      225
  - RE MOTE 1-5
    10
  - Re mote op er a tion 3-6
    25
  - Re mote/lo cal 1-6
    11
  - Re move
    1
    - All mac ros 9-126
      255
    - One macro 9-76,9-128
      205
  - Rep e ti tion 1-3
    8
  - Re quest Con trol (RQC) 6-21,9-121
    88
  - Re quest Ser vice 9-130
    259
  - Re set 2-3,3-19,9-109,9-128
    14
  - Res o lu tion 7-8,9-90
    105
  - Re sponse
    1
    - Data 3-9
      28
    - Data For mat 9-39,9-43
      168
    - Data Type 6-7 - 6-8,9-38
      74
    - Mes sage 3-5
      24
    - Mes sage ter mi na tor 3-9
      28
    - Mes sages 3-7
      26
  - Re sult
    1
    - Fetch one 9-34
      163
    - Read ing 9-82
      211
  - Re trieve
    1
    - Front panel set ting 9-127
      256
    - Mea sure ment data 7-4
      101
    - Mea sure ment re sult 9-34
      163
  - Rise Time 9-91
    220
    - Mea sure ments 9-68
      197
    - Trig ger lev els 9-49
      178
  - Rmt 3-9
    28
  - Root level 3-8
    27
  - Root node 3-8
    27
  - RQC-bit 6-21,9-121
    88
  - RQS 9-130
    259
  - RST 3-20
    39
- S
  274
  - Sam ple Size for Av er age 9-91
    220
  - Sam ple Size for Sta tis tics 9-14
    143
  - Save 2-5,9-129
    16
  - Scaling Fac tor
    1
    - An a log Out put 6-11,9-80
      78
  - SCPI 3-2
    21
    - Com pli ance of in stru ment 9-112
      241
  - SDC 3-19
    38
  - SDEV 9-15
    144
  - Se lect Math e mat i cal Ex pres sion 9-20 - 9-21
    149
  - Se lec tive de vice clear 3-19
    38
  - Self Test
    1
    - Ac ti vate 9-132
      261
    - Se lect 9-114
      243
  - Semi co lon 3-8
    27
  - SEND 1-4
    9
  - SENSe block 5-3
    64
  - Sense Com mand Sub sys tem 9-85
    214
  - Sen si tiv ity 9-45
    174
    - Trig ger level 9-45
      174
  - Se quen tial com mands 3-5
    24
  - Ser vice Re quest 3-17
    36
    - Ca pa bil ity 1-6
      11
    - En able 9-130
      259
  - Set
    1
    - Lower Limit 9-17
      146
    - Up per Limit 9-18
      147
  - Set tings
    1
    - Read ing 9-110
      239
  - Short form 3-8
    27
  - Sig nal De tec tion 9-109
    238
  - Sin gle 2-4
    15
    - Mea sure ments 9-90
      219
    - On/Off 9-92
      221
    - Or Av er age? 9-92
      221
  - Sin gle quotes 3-12
    31
  - Slope 2-2,9-51
    13
    - Arming start 9-9
      138
    - Stop arm ing 9-11
      140
  - Source
    1
    - Start arm ing 9-9
      138
    - Stop arm ing 9-11
      140
  - Speed
    1
    - Autotrigger 9-92
      221
    - In di vid ually sync. meas. 7-6
      103
    - Res o lu tion 9-90
      219
    - Sum mary 7-11
      108
    - Volt age mea sure ments, high 9-92
      221
  - Stan dard de vi a tion 9-15
    144
  - Stan dard Event Sta tus
    1
    - En able 9-121
      250
  - Stan dard event sta tus reg is ter 6-21
    88
  - Stan dard ized De vice spe cific er rors 8-11
    124
  - Stan dard ized Er ror num bers 3-17,8-2
    36
  - Start arm ing
    1
    - De lay 9-7,9-10
      136
    - De lay by events 9-7,9-10
      136
    - Ex ter nal Events be fore 9-7,9-10
      136
    - Slope 9-9
      138
  - Start mea sure ment 9-42
    171
    - Sync. 7-2
      99
  - Start source
    1
    - Arming 9-9
      138
  - Start/stop
    1
    - Totalize 9-97
      226
  - Start/stop by Y, totalize X 9-72
    201
  - Sta tis tics 2-5
    16
    - En able 9-14
      143
    - Re cal cu lating data 9-16
      145
    - Sam ple size 9-14
      143
    - Type 9-15
      144
  - Sta tus
    1
    - Clear 9-118
      247
    - Clear data struc tures 3-20
      39
    - En able re port ing 9-103
      232
    - En abling Stan dard Event Sta tus 9-121
      250
    - Event Sta tus Reg is ter 9-122
      251
    - Limit mon i tor 9-100
      229
    - Mea sure ment started 9-102
      231
    - Mea sure ment stopped 9-102
      231
    - Op er a tion event 9-103
      232
    - Over flow 9-104
      233
    - Pre set 9-103
      232
    - Ques tion able Data/sig nal 9-104
      233
    - Ques tion able Data/sig nal, Event 9-105
      234
    - Reg is ter struc ture 3-16
      35
    - Sub sys tem 9-99
      228
    - Time out 9-104
      233
    - Un ex pected pa ram e ter 9-104
      233
    - Using the re port ing 3-16,6-14
      35
    - Waiting for bus arm ing 9-102
      231
    - Waiting for trig ger ing 9-102
      231
  - Sta tus byte 3-16,6-14
    35
    - Bit 0 9-100
      229
    - Bit 2 6-16
      83
    - Bit 3 9-104 - 9-105
      233
    - Bit 5 9-121 - 9-122
      250
    - Bit 6 9-131
      260
    - Bit 7 9-101 - 9-103
      230
    - Query 9-131
      260
    - Read ing 6-16,9-131
      83
  - Sta tus re port ing 3-16,6-14
    35
  - Stop Arming
    1
    - Slope 9-11
      140
    - Source 9-11
      140
  - Stop Mea sure ment 7-4
    101
    - Sync. 7-2
      99
  - Store
    1
    - Front panel set tings 9-129
      258
  - String data 3-12
    31
  - Subnodes 3-8
    27
  - Suf fixes 3-11
    30
  - Sum mary
    1
    - In stru ment states 7-3
      100
    - Mea sure ment com mands 6-10
      77
    - Of com mand syn tax 3-14
      33
    - Of in put am pli fier set tings 6-7 - 6-8
      74
    - Speed 7-11 - 7-16
      108
  - Swap A-B 2-2
    13
  - Syn chro ni za tion 7-2,7-6
    99
  - Syn tax
    1
    - and Style 3-7
      26
    - Sum mary 3-14
      33
  - Sys tem Sub sys tem 9-107
    236
  - Sys tem Ver sion 9-112
    241
- T
  275
  - Talker func tion 1-5
    10
  - tatus
    1
    - See Mes sage Data Type
      1
  - Ter mi nate
    1
    - Mea sure ment 7-4,9-4
      101
  - Ter mi na tor 3-8
    27
    - 50ohms/1Mohm 9-47
      176
  - Test
    1
    - Ac ti vating 9-132
      261
    - Se lecting in ter nal self-test 9-114
      243
    - sig nal 9-114
      243
    - Sub sys tem 9-113
      242
  - Time
    1
    - Hold Off 9-89
      218
    - In ter val 9-69,9-91
      198
    - Mea sure Rise 9-68
      197
    - Read Elapsed 9-110
      239
    - Rise/fall 9-91
      220
    - Se lecting Mea sure ment Time 9-87
      216
    - Totalize X-Y Dur ing a Pre set 9-73
      202
  - Time out
    1
    - For mea sure ment (TIO) 6-24
      91
  - Timebase
    1
    - Ex ter nal/in ter nal 9-96
      225
  - Time out 7-2
    99
    - On/Off 9-111
      240
    - Range 9-111
      240
    - Set 9-111
      240
    - Sta tus 9-104
      233
  - TIO-bit 6-24
    91
  - Totalize
    1
    - X-Y Manually 9-71
      200
    - Gate On/Off 9-97
      226
    - Start/stop 2-3
      14
    - X gated by Y 9-72
      201
    - X gated by Y, ac cu mu lated 9-70
      199
    - X start/stop by Y 9-72
      201
  - Tran si tion time 9-91
    220
  - Trig ger 6-29
    96
    - See Also Com mand: *TRG
      1
    - No. of, on ext arm start 9-116
      245
    - Slope 9-51
      180
    - Sub sys tem 9-14,9-115
      143
  - Trig ger level 2-2
    13
    - Auto 9-49
      178
    - Fixed 9-45,9-47 - 9-48
      174
    - Set 9-45,9-48
      174
  - Trun ca tion rules 1-3
    8
  - Type, Sta tis ti cal 9-15
    144
- U
  276
  - UEP-bit 6-24,9-104
    91
  - Un ex pected pa ram e ter (UEP) 6-24
    91
    - Sta tus 9-104
      233
  - Unit sep a ra tor 3-8
    27
  - Unprotect 9-112
    241
  - Unterminated 3-5
    24
  - Up per case 3-8
    27
  - Up per Limit
    1
    - Check 9-19
      148
    - Fail 9-17
      146
    - Set 9-18
      147
  - URQ-bit 6-21,9-121
    88
  - User data 9-112
    241
  - User re quest (URQ) 6-21,9-121
    88
- V
  276
  - Vari able hys ter esis
    1
    - Auto lev els 9-49
      178
  - Volt
    1
    - Gated Mea sure ments 9-97
      226
    - High Speed Mea sure ments 9-92
      221
    - Neg a tive Peak 9-64
      193
    - Peak 9-64
      193
    - Peak-to-Peak 9-68
      197
- W
  276
  - WAI 5-4
    65
  - Wait for bus arm ing (WFA) 6-23
    90
  - Waiting for bus arm ing
    1
    - Sta tus 9-102
      231
  - Waiting for trig ger and/or ext. arm ing (WFT) 6-23
    90
  - Waiting for trig ger ing
    1
    - Sta tus 9-102
      231
  - Wait-to-continue 9-132
    261
  - Wave form com pen sa tion 9-48
    177
  - WFA-bit 6-23
    90
  - WFT-bit 6-23
    90
- X
  276
  - X 3-8
    27
  - X gated by Y, ac cu mu lated, totalize 9-70
    199
  - X gated by Y, totalize 9-72
    201
  - X start/stop by Y, totalize 9-72
    201
  - X1/X10 at ten u a tion 9-44
    173
  - Xn-1 2-5
    16
  - XOLD 9-21
    150
  - X-Y Dur ing a Pre set Time, totalize 9-73
    202
- Y
  276
  - Y, ac cu mu lated, totalize X gated by 9-70
    199
  - Y, totalize X gated by 9-72
    201
  - Y, totalize X start/stop by 9-72
    201

Size:

2.56 MB
Pages:

276
Language:

English