Standard event registers, Ese Ese? | VXI 3002 specification

STATUS BYTE

Standard event registers

This register is defined by IEEE 488.2 and each bit has the meaning shown below:-

Condition	d7	d6	d5	d4	d3	d2	d1	d0
Register

Register

Read/Write

Commands

<pon> <urq> <cme> <exe> <dde> <qye>

<rqc> <opc>

Transition Filter #

<pon> <urq> <cme> <exe> <dde> <qye>

<rqc> <opc>

Status Register

*ESR?

<pon> <urq> <cme> <exe> <dde> <qye>

<rqc> <opc>

OR

*ESE

*ESE?

&

&

&

&

&

&

&

&

Enable

Register

	e7	e6	e5	e4	e3	e2	e1	e0

<esb>	# Positive transition sets status.	C0069
<pon>	power on
<urq>	user request - not implemented in this product
<cme>	command error
<exe>	execution error
<dde>	device dependent error
<qye>	query error
<rqc>	request control - not implemented in this product
<opc>	operation complete - set in response to the *OPC command for
	synchronization.
<esb>	standard event register summary bit

3-32

Image 62

VXI 3002 manual Standard event registers, Ese Ese?

Contents

3002 3002 Document conventions Intended audienceStructure Chapter Contents Preface Patent protection General conditions of use SymbolsSymbol Description Electrical hazards DC supply voltage Beryllia Fire hazardToxic hazards Beryllium copper Installation Suitability for use Conditions générales d’utilisation Symboles signalant un risqueSymbole Nature du risque Sécurité électrique tension d’alimentation continue Bronze au béryllium Risque lié au feuLe Béryllia UtilisationPage Allgemeine Hinweise zur Verwendung GefahrensymboleSymbol Gefahrenart Elektrische Schläge Gleichspannungsversorgung Beryllium Oxid BrandgefahrWarnung vor giftigen Substanzen Beryllium Kupfer Pericoli da elettricità alimentazione a c.c Simboli di pericoloCondizioni generali d’uso Simbolo Tipo di pericolo Berillio Pericolo dincendioPericolo sostanze tossiche Rame berillio Caratteristiche d’uso Nivel peligroso de electricidad tensión de alimentación DC Símbolos de peligroCondiciones generales de uso Símbolo Naturaleza del peligro Berilio Peligro de incendioAviso de toxicidad Berilio-cobre Idoneidad de uso Chapter ContentsMain features Introduction Memory IncrementingFrequency sweep Triggers Performance data FSK Phase ModulationFrequency Modulation Pulse Modulation External Modulation Input Sweep ModeInternal LF Generator Frequency Standard Electromagnetic Versions, options and accessoriesSafety Compatibility Reference No Title SafetyCertificate Ref. No. DC230 Qualifying Notes Initial visual inspection Setting logical addressList of figures Ventilation requirements Visual inspection Installing in VXI mainframeRoutine safety testing and inspection Rectification Putting into storage CleaningFront panel connectors and indicators Switching on Disk installation/loading instructions Device talking elements IntroductionDevice listening elements Compound headers ProgrammingProgram messages Message exchange protocol Common commands and queries IeeeProgram data Mnemonic Device dependent commands OPC Default settings Instrument default settings CFRQ? Carrier frequencyCfrq RF level Rflv RFLVOFFS? RFLV?RFLVLIMIT? OUTPUT? Output controlOutput Mode Modulation modeValid Mode Combinations Table MODE? MOD? Modulation controlMOD Frequency modulation and FSK FM or FM1 or FM2 Dcfmnl FMMODF? or FM1MODF? or FM2MODF? Phase modulation PM or PM1 or PM2 PMMODF? or PM1MODF? Amplitude modulation AM or AM1 or AM2 AM? or AM1? or AM2? PULSE? Pulse modulationPulse Carrier store Memory storesMemory store Full store Recalling default settings Memory-recall Memory erase Memory sequencing Mtrig Memory triggeringMemory protection MTRIG? SWEEPCFRQ? Sweep operationSweep Sweep mode SWEEP? Halt Cont Reset Retn Xfer Sweep control Trigger Trigger sourceSources TRIGGERSOURCE? Attenuator lock ranges RF level Atten. lock Setting dBm Min. dBm Max. dBm FromAttenuator hold Atten Power-up options Reverse power protection Frequency standard selection Reading error messagesOperating hours Status byte Status data structure register model Standard event registers ESE ESE? Hardware event registers HSE? Coupling event registers CSE? Instrument event registers SSE SSE? Error Queue Queue flag details Status byte when read by *STB? SRE SRE? Status byte when read by serial poll Service Request Generation Service Request Enable Register# Summary of status reporting commands and queries Foreground errors Error handlingBackground errors Error queue Error Messages Background errors 500 599 in priority order Foreground errors 0 Ieee 488.2 errors 400 Control ModulationFrequency generation Block schematic diagram Acceptance Testing Test precautions Recommended test equipment Executable soft front panel software RF output SpecificationDescription Minimum specification Example Test equipment ALC linearity Test procedureRF level frequency response Attenuator accuracy Measuring Carrier frequency accuracy Counter Spectrum analyzer Spectral purityHarmonics Non-harmonics Residual FM SSB phase noise SSB phase noise test set-up Internal FM FM deviation and distortion FM scale shape Hz to 100 kHz Carrier errorExternal FM frequency response ALC off, DC coupled External FM frequency response ALC on Hz DC Phase modulation Phase modulation flatness AM depth and distortion Figure recorded in 5 20 log10 Figure recorded External AM frequency response ALC off, DC coupled Test procedure Hz to 30 kHzAM scale shape DVM Pulse modulation RF level frequency response 10 Pulse modulation test set-up Pulse modulation on/off ratio Function generator Modulation oscillator Pulse modulation rise and fall time Modulation oscillator frequencies Modulation oscillator distortion and LF output flatness External frequency standard input 15 External standard test set-up For 3002 Signal Generator, serial number RF output at −4 dBm RF output at +7 dBm RF output at +25 dBm +19 dBm ALC linearity at 2.5 MHz RF level dBm RF level min DBm Result dBm RF level max ALC linearity at 950 MHz ALC linearity at 1200 MHz ALC linearity at 1900 MHz ALC linearity at 2400 MHz Attenuator test at 2.6 MHz RF level dBm RF level min Result dBm RF level max DBm 10 Attenuator test at 480.1 MHz 11 Attenuator test at 1199 MHz 12 Attenuator test at 1875.1 MHz 13 Attenuator test at 2399 MHz 14 Carrier frequency tests Frequency MHz Frequency min Result MHz Frequency max 15 Carrier harmonic tests at −4 dBm 16 Carrier harmonic tests at +7 dBm 17 Carrier harmonic tests at +13 dBm 18 Carrier harmonic tests at +19 dBm 20 Residual FM test 21 SSB phase noise test19 Carrier non-harmonic tests Carrier frequency Residual FM Measured value Hz RMS 23 FM scale shape tests at 15 MHz carrier FM deviation kHz Result kHz Min. kHz Max. kHz 24 Carrier error test at 1.2 GHz, FM deviation 100 kHz Carrier error Result kHz 10.5 31 Internal AM depth and distortion tests at +7 dBm 29 Internal ΦM flatness test30 Internal AM depth and distortion tests at −4 dBm 32 Internal AM depth and distortion tests at +13 dBm 33 Internal AM depth and distortion tests at +19 dBm 34 AM scale shape test AM depth % AM depth min Result % Max. % 38 Pulse modulation RF output at −7 dBm 39 Pulse modulation RF output at +4 dBm 40 Pulse modulation RF output at +14 dBm Pulse modulation on/off ratio test 45 External frequency standard tests Modulation oscillator frequency tests44 Modulation oscillator distortion and LF output tests General description Acceptance testingAnnex a Operation Test procedure Spectrum analyzer Annex-A-3 Table A-1 Pulse mod. RF output at −7 dBm Table A-2 Pulse mod. RF output at +0 dBm Table A-3 Pulse mod. RF output at +16 dBm Result ns Table A-4 Pulse modulation on/off ratio testTable A-5 Pulse modulation rise and fall time test Software Licence and Warranty Indemnity UK Stevenage Email info-test@aeroflex.comChina Shanghai China Beijing