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AMETEK Programmable Power MX / RS Series SCPI Programming Manual
12 MX / RS Series
the IEEE-488 address programmatically since the next statement sent to the source must
reflect the new address.
1.4.2
USB Capabilities of the AC source
All AC source functions are programmable over the USB interface. The USB capabilities of
the AC source are listed in Chapter 2 of the User's Manual. Some capabilities support on
the GPIB interface such as ATN, GET and SRQ interrupts do not apply to the USB interface.
The USB interface operates internally at a fixed baudrate of 460800 baud but USB 2.0 burst
transfer rates are supported.
To set up the USB interface on a Windows XP PC, refer to section 3.4, “USB Interface”.
The USB interface may be used to install updated firmware for the controller if needed.
Firmware updates and a Flash Loader utility program and instructions are available from the
AMETEK Programmable Power website for this purpose. (
www.programmablepower.com )
Multiple USB connections to same PC:
The Windows driver used to interface to the power source’s USB port emulates a serial com
port. This virtual com port driver is unable to reliable differentiate between multiple units
however so the use of more than one AC power source connected to the same PC via USB
is not recommended. Use of the GPIB interface is recommended for these situations.
1.4.3
LAN Capabilities of the AC source
All AC source functions are programmable over the LAN (Ethernet) interface if the –LAN
option is installed. The LAN capabilities of the AC source are listed in Chapter 2 of the
User's Manual. Some capabilities support on the GPIB interface such as ATN, GET and
SRQ interrupts do not apply to the LAN interface. The LAN interface operates internally at a
fixed baudrate of 460800 baud but autodetection of 10Base-T, 100Base-T and 1000Base-T
is supported.
To set up the LAN interface on a Windows XP PC, refer to section 3.5, “LAN Interface
Option”.
1.4.4
RS232C Capabilities of the AC source
All AC source functions are programmable over the RS232C interface. The RS232C
capabilities of the AC source are listed in Chapter 2 of the User's Manual. Some capabilities
support on the GPIB interface such as ATN, GET and SRQ interrupts do not apply to the
RS232C interface. Baudrates from 9600 to 115200 are supported on units that have both
USB and RS232. For units with only RS232, the maximum baudrate is 38400.
To set up the RS232C interface, refer to section 3.3, “RS232C Interface”.
The RS232C interface may be used to install updated firmware for the controller if needed.
Firmware updates and a Flash Loader utility program and instructions are available from the
AMETEK Programmable Power website for this purpose. (
www.programmablepower.com )
- MX / RS Series 1
- SCPI Programming Manual 1
- 2 MX / RS Series 2
- MX / RS Series 5 5
- SAFETY SYMBOLS 5
- Warranty Period: 1 Year 6
- WARRANTY TERMS 6
- PRODUCT RETURN PROCEDURE 6
- Table of Contents 7
- MX / RS Series 9 9
- Introduction 10
- External References 11
- Introduction to Programming 11
- Introduction to SCPI 13
- Types of SCPI Messages 14
- The SCPI Command Tree 14
- Using Queries 16
- Structure of a SCPI Message 16
- The Message Unit 16
- Combining Message Units 17
- Headers 18
- Query Indicator 18
- Message Unit Separator 18
- Root Specifier 19
- Message Terminator 19
- SCPI Data Formats 20
- Numerical Data Formats 20
- Character Data 20
- GPIB Controllers 21
- Agilent 82350 Driver 21
- RS232C Interface 23
- Serial Cable Diagram 24
- USB Interface 25
- USB Driver Installation 25
- MX / RS Series 31 31
- USB Interface Use 33
- LAN Interface Option 34
- MAC Address 34
- Setting the TCP/IP Address 34
- Socket Port Number 36
- IP Ping 36
- SCPI Command Reference 37
- Calibration Subsystem 38
- [:SOURce] 39
- :HRANge 39
- :IMPedance 39
- Password 40
- Current Measurement 41
- Voltage Measurement 43
- Output Phase 45
- Output - AC Voltage 46
- Output - DC Voltage 48
- Display Subsystem 50
- Instrument Subsystem 52
- Current Array Data 55
- 58 MX / RS Series 58
- Voltage Array Data 59
- Phase Measurement Subsystem 66
- Power Measurement Subsystem 67
- Output Subsystem 72
- Output Relay 72
- Output Protection 73
- Output Remote Inhibit Modes 73
- External Trigger Output 75
- Source Subsystem - Current 78
- Source Subsystem - Frequency 80
- Source Subsystem - Limit 85
- Source Subsystem - List 89
- List - Count 90
- List - Dwell 90
- List - Frequency 91
- List - Repeat 93
- List - Step 93
- List:TTL Trigger Out 94
- List:Voltage 95
- Source Subsystem - Mode 97
- Source Subsystem - Phase 98
- Source Subsystem - PONSetup 99
- Source Subsystem - Pulse 103
- Source Subsystem - Voltage 106
- Status Subsystem Commands 111
- System Commands 115
- Trigger Subsystem 123
- Common Commands 128
- 5.1 *CLS 129
- 5.2 *ESE 130
- 5.3 *ESR? 130
- 5.4 *IDN? 131
- 5.5 *OPC 131
- 5.6 *OPT? 132
- 5.7 *PSC 133
- 5.8 *RCL 133
- 5.9 *RST 134
- 5.10 *SAV 135
- 5.11 *SRE 135
- 5.12 *STB? 136
- 5.13 *TRG 137
- 5.14 *WAI 137
- Programming Examples 138
- Programming the Output 139
- Power-on Initialization 139
- Enabling the Output 139
- AC Voltage and Frequency 139
- Programming the Output Phase 141
- Current Limit 141
- Waveform Shapes 142
- Individual Phases 143
- Coupled Commands 144
- FIXED mode 146
- STEP mode 146
- PULSE mode 146
- LIST mode 146
- Step and Pulse Transients 147
- List Transients 148
- Triggering Output Changes 150
- Trigger System Model 150
- Generating Triggers 152
- Acquiring Measurement Data 153
- Power Measurements 154
- Frequency Measurements 154
- Harmonic Measurements 155
- Triggering Measurements 156
- TRIGGER RECEIVED 157
- INIT[:IMM]:ACQ 157
- 4096 DATA POINTS 160
- Trigger System Summary 161
- Status Registers 162
- Questionable Status Group 165
- Standard Event Status Group 166
- Status Byte Register 166
- Examples 167
- SCPI Command Completion 168
- Option Commands 169
- IEC 1000-4-11 (-411) 170
- IEC 1000-4-13 (-413) 174
- IEC 1000-4-13 Subsystem 174
- Interharmonics Subsystem 185
- RTCA/DO-160D (-160) 187
- VOLTAGE SURGE, for detail 189
- VOLTAGE UNDER 189
- MIL-STD 704E (-704) 194
- AC System 194
- DC System 195
- Programming Considerations 195
- OMNI Reference Impedance 197
- Watt Hour Meter (-WHM) 198
- Current Sink Option (-SNK) 199
- 202 MX / RS Series 202
- MX / RS Series 209 209
- SCPI Version 209
- Appendix C: Error Messages 210
- MX / RS Series 211 211
- 212 MX / RS Series 212
- MX / RS Series 213 213
- 214 MX / RS Series 214
- MX / RS Series 215 215
- Table 8-4 : Error Messages 215
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