Tektronix AM700 - Manual

Tektronix AM700

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Table of Contents:

  • Page 3 – AM700 Audio Measurement Set Programmer Manual; Table of Contents; Preface; Getting Started
  • Page 4 – SCPI Conformance Information
  • Page 6 – Examples
  • Page 7 – List of Figures
  • Page 9 – SCPI Command List
  • Page 14 – HCOPY
  • Page 22 – STARt
  • Page 23 – Manual Content
  • Page 27 – GPIB and RS-232C Remote Operation; The following accessories are needed or recommended:; GPIB Cable: double shielded in various lengths (user supplied)
  • Page 28 – The instrument may be controlled from the following sources:; IEEE 488.1 Interface Functions; The GPIB interface function set implemented in; Control Ports
  • Page 29 – Table 1–1: IEEE 488.1 interface functions implemented in the AM700; Clear Status Command; Commands
  • Page 30 – Service Request Enable Query; Table 1–3: Internal operation commands; Identification Query
  • Page 31 – Table 1–4: Synchronization commands; Operation Complete Query; Table 1–5: Serial port protocol; Connector; Baud Rate
  • Page 32 – Signal Bits
  • Page 33 – Rear Panel I/O Connectors; Figure 1–2: GPIB Connector; GPIB
  • Page 34 – Figure 1–3: COM1 and COM2 serial ports; COM1 and
  • Page 35 – REMOTE; Figure 1–4: Remote contact-closure connector; Remote connector; Control Type
  • Page 36 – Pin 5 to Pin 9; System Communication
  • Page 37 – Figure 1–5: Configure system setup communicate menu; Connecting Printers; Connecting
  • Page 38 – Making Your Own LQ Cable.; If the correct printer cable is not readily available,; shield ground; Setting Up The AM700.; Set the selected port’s Baud Rate to 9600, Flow Control to; Setting Up The LaserWriter.; Set the rear panel switch to the 9600 position.
  • Page 39 – Table 1–8: Apple LaserWriter connections; shield GND; Setting up the AM700.; In Configure menus under System Setup Copy set the Copy
  • Page 40 – Table 1–9: HP LaserJet cable connections; Hardcopy Output; NOTE
  • Page 41 – Copy output format; Figure 1–6: The copy configuration menu
  • Page 43 – Figure 1–7: Hard Copy output file selector; AM700 SCPI Control Model; Copy Styles
  • Page 44 – Figure 1–8: AM700 SCPI systems for measurements; AM700 Analog Signal Path
  • Page 45 – Figure 1–9: Analog hardware SCPI system subsystems
  • Page 46 – Figure 1–10: AM700 signal routing to CSTReam; AM700 Signal Selection and Routing
  • Page 47 – ROUTe
  • Page 48 – or; INPut
  • Page 50 – SENSe
  • Page 51 – CSTReam
  • Page 52 – FFT Analyzer SCPI Commands.; In the FFT Analyzer, the calculate blocks are; Figure 1–11: FFT CALCulate subsystem block
  • Page 53 – Figure 1–12: Switching Between FFT and Multitone
  • Page 54 – FFT and the AMEasure Subsystem.; AMEasure
  • Page 55 – DISPlay
  • Page 57 – NSEL
  • Page 58 – AM700 File Structure.; The upper level of the AM700 files comprise ROM, NVRAM,; Moving Between Directories.; Changing directories is done using the MMEMe-
  • Page 59 – PROGram
  • Page 60 – GCONtrol MODE Commands.; The following commands control the generator
  • Page 61 – Figure 1–13: GCONtrol subsystem for the AM700 generator; The Output subsystem commands control
  • Page 62 – SOURce Subsystem Commands.; Commands in the source subsystem control the
  • Page 65 – SCPI Command Subsystems Implemented in the AM700; Table 2–1: SCPI subsystems implemented in the AM700
  • Page 66 – Table 2–2: New command subsystems implemented in the AM700
  • Page 67 – SCPI Background Information; SCPI Goal
  • Page 73 – IEEE Mandated Commands; Table 3–1: IEEE mandated commands
  • Page 74 – Required Commands; The following commands are required in all SCPI instruments:; Table 3–2: SCPI required commands; Optional Commands
  • Page 75 – Table 3–3: SCPI command syntax symbols; Encloses a SCPI–defined parameter.
  • Page 76 – Command Notation in this Manual; The complete path for a command is given
  • Page 79 – AMEasure Subsystem; Enables the AMEasurement for the designated AME.
  • Page 80 – returns the operation mode of the designated AME.
  • Page 81 – returns 0 for no valid reference or 1 if there is a
  • Page 83 – Units of the numeric value depend on the setting of
  • Page 85 – Sets the number of points in a regulation sweep to 10.
  • Page 87 – returns
  • Page 88 – returns the setting of the global resolution for
  • Page 89 – returns the global setting for IMD tolerance for
  • Page 90 – returns the minimum level in volts of data to be
  • Page 91 – returns the global setting for phase difference
  • Page 92 – returns the global setting of tolerance used for the
  • Page 93 – returns the global settling resolution setting of the
  • Page 94 – Sets or queries the settling type selected for the designated AME.
  • Page 98 – returns the measurement function attached to the
  • Page 102 – AMEasure Subsystem (Digital Interface Tester)
  • Page 103 – returns 0 for off and 1 for on for the designated
  • Page 104 – Scope Channel 1
  • Page 105 – FFT View 1 and Digital Interface Tester Jitter View.
  • Page 106 – returns the current setting for the designated
  • Page 107 – ”CSTM”
  • Page 108 – returns the span
  • Page 109 – Hz
  • Page 111 – CALibration Subsystem; No change
  • Page 112 – Volts
  • Page 117 – The power on default for CMODe is FFT.
  • Page 118 – command
  • Page 120 – *rst value is CSTatus. The indicated cstatus rate is believed.; Sets Sound State off.
  • Page 121 – Sets the trigger level for the Audio Monitor trigger system.
  • Page 122 – returns the trigger slope setting.
  • Page 123 – CSTReam Subsystem
  • Page 125 – DISPlay Subsystem
  • Page 126 – returns 1 for ON or 0
  • Page 127 – AMEasure2
  • Page 129 – THIS IS A TEXT STRING
  • Page 130 – Clears text from the dialog box, WINDow99.
  • Page 131 – Character data values are:
  • Page 132 – returns the setting as
  • Page 135 – returns the center point value for
  • Page 137 – The TRACe suffixes for the y-axis are the same as for the x-axis.
  • Page 139 – returns the type string for the designated window.
  • Page 140 – FORMat Subsystem; Set FORMat to CHARacter.
  • Page 141 – GCONtrol Subsystem; Set the low distortion mode to OFF.
  • Page 143 – HCOPy Subsystem; and
  • Page 144 – The following data handles are legal:
  • Page 146 – ELQuality
  • Page 147 – INPut Subsystem
  • Page 148 – Entering a
  • Page 149 – INSTrument Subsystem; INST:LSEL ”Digital Interface Tester”
  • Page 152 – selects the Audio Analyzer application to run.
  • Page 153 – MMEMory Subsystem; msus
  • Page 154 – The device and path portions are optional and not needed if the; Structure
  • Page 157 – Closes the file specified in
  • Page 158 – filename
  • Page 159 – ”hcopy”
  • Page 160 – hcopy
  • Page 161 – OUTPut Subsystem
  • Page 164 – returns “FLOAT” or “GROUND”.
  • Page 165 – PROGram Subsystem; parameter is required for all EXPLicit
  • Page 166 – returns a comma separated list of the defined functions. Each
  • Page 167 – returns the contents of the explicitly
  • Page 170 – returns the contents of the program named by the
  • Page 172 – CLEar
  • Page 173 – returns a 1 only if the selected function name is
  • Page 174 – ROUTe Subsystem
  • Page 175 – returns 1 or 0 for closed or open.
  • Page 176 – SENSe Subsystem
  • Page 179 – Query only. returns the voltage of the digital
  • Page 180 – SOURce:DAUDio Subsystem; returns the identifier for the currently
  • Page 181 – returns the setting for the number of bytes
  • Page 183 – command is set to FILE.
  • Page 184 – SOURce:FOLLow Subsystem
  • Page 185 – SOURce:FREQuency Subsystem
  • Page 186 – returns the operating mode of a designated
  • Page 187 – SOURce:FUNCtion Subsystem
  • Page 188 – At *RST the shape is a sinusoid CW signal of 1 kHz at 0 dBu.
  • Page 189 – Frequency of the jitter signal in Hz.
  • Page 191 – Cycles
  • Page 194 – Center Frequency
  • Page 200 – SOURce:LIST Subsystem
  • Page 201 – returns a comma separated list of the point
  • Page 203 – SOURce:MTONe Subsystem
  • Page 204 – SOURce:STATe Subsystem
  • Page 205 – SOURce:SWEep Subsystem
  • Page 208 – SOURce:USER Subsystem
  • Page 209 – for the designated
  • Page 210 – SOURce:VOLTage Subsystem
  • Page 212 – STATus Subsystem; OPERation; Status
  • Page 215 – Enables the Error Queue list.
  • Page 217 – for all 16 register bits (0 through 15) are
  • Page 222 – Table 3–7: Trigger conditions used by the FFT application; Awaiting Mtone on Ch 1; Table 3–8: Trigger conditions used by the Scope application; Triggered on Ch 1
  • Page 223 – Table 3–9: TRIGger subsystem layer-change events; Condition definition; Save selected state
  • Page 224 – Table 3–11: System conditions
  • Page 225 – Keyboard Present
  • Page 226 – Status Questionable Registers
  • Page 228 – Status Questionable Input Registers; Condition Definition; Analog A
  • Page 229 – The status bits are the following:
  • Page 230 – Status Questionable Input Summary Registers
  • Page 231 – STATus:QUEStionable Registers Conditions; Too hot. Set when over temperature is sensed.
  • Page 232 – SOURce Summary
  • Page 233 – INSTrument Conditions; Table 3–15: INSTrument conditions
  • Page 235 – User Modifiable Conditions and Events; Table 3–17: User modifiable conditions
  • Page 236 – User modifiable 7
  • Page 237 – Status Questionable Instrument Registers
  • Page 238 – Status Questionable Source Registers
  • Page 239 – Status Questionable Source Summary Registers
  • Page 240 – SYSTem Subsystem; Sets the GPIB address of the AM700.; returns the GPIB address of the AM700.
  • Page 241 – HCOPy
  • Page 246 – returns three number fields separated by commas.
  • Page 247 – TRACe Subsystem; Frequency; Monitor Trace Data
  • Page 252 – sets a particular point in a trace. The first argument is
  • Page 253 – TRiGger Subsystem
  • Page 254 – UNIT Subsystem; the Unit
  • Page 255 – PCT
  • Page 256 – dBv is a voltage ratio between the measured voltage and 1 V.
  • Page 259 – Writing a Function; Precede all SCPI commands with the string “scpi ”.
  • Page 261 – Figure 4–1: Sample of a SCPI function
  • Page 262 – Running a
  • Page 263 – The; Timed
  • Page 264 – TCATalog; Tcl
  • Page 265 – wait
  • Page 266 – cp
  • Page 267 – Index
  • Page 268 – Connecting Printers, 1–11
  • Page 269 – logical instruments, 3–77
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AM700
Audio Measurement Set

070-9001-01

Programmer Manual

This document applies to firmware version 1.04
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Summary

Page 3 - AM700 Audio Measurement Set Programmer Manual; Table of Contents; Preface; Getting Started

AM700 Audio Measurement Set Programmer Manual i Table of Contents Preface xxi . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Manual Content xxi . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Getting Started GPI...

Page 4 - SCPI Conformance Information

Table of Contents ii AM700 Audio Measurement Set Programmer Manual ROUTe Subsystem 1–21 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . INPut Subsystem 1–22 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . SENSe Subsystem 1–24 . . . . . . ...

Page 6 - Examples

Table of Contents iv AM700 Audio Measurement Set Programmer Manual Status Questionable Registers 3–154 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Status Questionable Input Registers 3–156 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Status Questionable Input Summa...

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