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Programming Manual Lx \ Ls Series II
180
8.2.13 APE Message Separators
A complete message consists of a header and an argument. Since more than one message can be
sent in a setup string, message separators included in the string between the message will make it
more readable to the human operator. Three message separators are recognized: the comma (,),
semicolon (;) and a space. Since these separators are ignored, they may be dispersed throughout a
setup string.
The following are two examples of ASCII strings with separators:
PHZA90;FRQ60;AMP115
CRL,90;FRQ50;AMP,120
8.2.14 Service Requests
After power-up the GPIB Service Request (SRQ) will be generated after any error (example. syntax,
output fault, etc.) as long as the Ls Unit is in APE mode. This SRQ output can be inhibited by the
SRQ header followed by the single digit "0". The SRQ can be re-enabled by the SRQ header
followed by 1. Sending SRQ2 causes an SRQ to be generated after the execution of a setup string
or when data is available after a measurement query. The setup string can be of any type: ramp,
calibration, etc.
The following example disables the GPIB SRQ.
SRQ0
8.2.15 Serial Poll Status Byte – Error Messages
Once the bus controller has detected the SRQ, it must determine the instrument needing service by
the Serial Poll. During the polling routine the instrument needing service will return a Status Byte
(STB) greater than decimal 63. The Status Byte values for various faults are given in Table 8-6.
Table 8-6.shows all of the possible error messages that can be generated by the AC Power
System. The equivalent error messages used in SCPI mode will be displayed on the front panel
of the AC Power System.
SRQ 1
SRQ 1
Reported Message
Cause
64
0
AMP A FAULT
Overload or sense line fault
65
1
AMP B FAULT
Overload or sense line fault
66
2
AMP AB FAULT
Overload or sense line fault
67
3
AMP C FAULT
Overload or sense line fault
68
4
AMP AC FAULT
Overload or sense line fault
69
5
AMP BC FAULT
Overload or sense line fault
70
6
AMP ABC FAULT
Overload or sense line fault
71
7
CRL FAULT
Output current exceeds program value
72
8
TEMP A FAULT
Amplifier over temperature
73
9
TEMP B FAULT
Amplifier over temperature
74
10
TEMP AB FAULT
Amplifier over temperature
75
11
TEMP C FAULT
Amplifier over temperature
76
12
TEMP AC FAULT
Amplifier over temperature
77
13
TEMP BC FAULT
Amplifier over temperature
78
14
TEMP ABC FAULT
Amplifier over temperature
- Lx \ Ls Series II 1
- AC Power Source 1
- Programming Manual 1
- SAFETY SYMBOLS 7
- Table of Contents 9
- Table of Figures 11
- Table of Tables 11
- 1. Introduction 12
- 1.2.1 Firmware differences 13
- 1.2.2 Hardware differences 13
- 2. Introduction to SCPI 16
- 2.2.3 The SCPI Command Tree 17
- 2.3 Using Queries 19
- 2.4 Coupled Commands 19
- 2.5.3 Headers 20
- 2.5.4 Query Indicator 21
- 2.5.6 Root Specifier 21
- 2.5.7 Message Terminator 21
- 2.6 SCPI Data Formats 22
- 3. System Considerations 24
- 3.2 USB Interface 25
- 3.2.2 USB Interface Use 31
- 3.3 LAN Option 32
- 3.3.5 Socket Port Number 36
- 3.4 RS232C Serial Interface 37
- 4. SCPI Command Reference 39
- 4.2 Subsystem Commands 40
- 4.3 Calibration Subsystem 41
- 4.4 Diagnostic Subsystem 43
- 4.5 Display Subsystem 44
- 4.6 Instrument Subsystem 46
- 4.7 Limit Subsystem 47
- 4.13 Output Subsystem 66
- 4.14 Power On Subsystem 71
- 4.24 System Commands 109
- 4.26 Trigger Subsystem 117
- (default) 118
- 5. Common Commands 122
- 5.1 *CLS 123
- 5.2 *ESR? 123
- 5.3 *IDN? 124
- 5.4 *OPC 124
- 5.5 *OPT? 124
- 5.6 *PSC 124
- 5.7 *RCL 125
- 5.8 *RST 126
- 5.9 *SAV 127
- 5.10 *SRE 127
- 5.11 *STB? 127
- 5.12 *TRG 128
- 5.13 *TST? 128
- 5.14 *WAI 129
- 6. Programming Examples 130
- 6.2.1 Waveform Shapes 132
- 6.2.2 Individual Phases 133
- 6.3 Coupled Commands 134
- FIXED mode 136
- STEP mode 136
- PULSE mode 136
- LIST mode 136
- 6.6 List Transients 138
- INIT[:IMM] 140
- 6.7.7 Generating Triggers 142
- 6.8 Making Measurements 143
- 6.8.2 Power Measurements 144
- 6.8.3 Harmonic Measurements 144
- Offset = 151
- 0 to 2^9 151
- Offset = - 4096 151
- Offset = - 2048 151
- Offset = 0 151
- 6.10.2 Download Sample 152
- 7.1 Power-On Conditions 154
- 7.2 Operation Status Group 154
- 151 155
- 7.6 Status Byte Register 160
- 7.7 Examples 161
- 7.8.1 Remote Inhibit (RI) 164
- 7.9 SCPI Command Completion 165
- 8. Option Commands 166
- 8.2.1 Introduction 167
- 8.2.3 GPIB Address 170
- 8.2.4 APE over RS232 170
- 8.2.5 Message Format 171
- 8.2.6 Numeric Data Field 171
- 8.2.7 Program Headers 172
- 8.2.9 APE Program Headers 174
- 8.2.14 Service Requests 184
- 181 185
- 8.3.1 Introduction 187
- 8.3.2 ABLE Language details 187
- 8.3.3 Language Extension 191
- 8.4 RTCA/DO-160D (-160) 192
- VOLTAGE SURGE, for details 194
- 8.6.1 Command Tree 200
- 8.7.1 Command Tree 207
- 219 223
- 220 224
- 221 225
- 222 226
- SCPI Version 227
- SCPI Confirmed commands 227
- 225 229
- PONS:SYNC[:SOUR] 229
- Appendix C: Error Messages 230
- 227 231
- 228 232
- 229 233
- 230 234
- 231 235
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