Anritsu ME7840A Dokumentacja

Do not exceed the operating input power level,voltage level, current level, and signal type that isappropriate for the instrument being used. Refer to

7. Handle PCBs only by their edges.Do not handle by the edge connectors.8. Lift & handle solid state devices bytheir bodies—never by their leads.9

4-7 MARKER KEY MENUS This key provides entry to marker functions.Menu Name Function Description GPIB MnemonicALL DISPLAYEDCHANNELSACTIVE MARKER XX Sel

Menu Name Function Description GPIB MnemonicALL DISPLAYEDCHANNELS(Power Sweep)ACTIVE MARKER XX Selects the active marker on all channelsMARKER TO PEAK

Menu Name Function Description GPIB MnemonicCHx-SXXREFERENCEPLANE X.XXXXmm(Power Sweep)SELECT DREF XX Selects the reference marker (1-12)DREF FREQXXX.

Menu Name Function Description GPIB MnemonicCHx-SXXREFERENCEPLANE X.XXXXmm(Power Sweep)SELECTDREF XXSelects the reference marker (1-12)DREF FREQXXX.XX

Menu Name Function Description GPIB MnemonicCHx-SXXREFERENCEPLANE X.XXXXmm(Power Sweep)SELECT∆REF XXSelects the reference marker (1-12)∆REF FREQXXX.XX

Menu Name Function Description GPIB MnemonicCHx-SXXREFERENCEPLANEX.XXXX mmREFERENCE PLANEX.XXXX mmDisplays the reference plane distance RDD?5: XXX.XXX

Menu Name Function Description GPIB MnemonicCHx-SXXREFERENCEPLANEX.XXXX mm 6REFERENCE PLANEX.XXXX mmDisplays the reference plane distance RDD?9: XXX.X

Menu Name Function Description GPIB MnemonicFILTER SETUPBANDWIDTH LOSSVALUE XX.XXX dBA loss is a positive number. A value of 0 to999.999 dB may be ent

Menu Name Function Description GPIB MnemonicMARKERS(Power Sweep)READOUTMARKERSChanges the soft-key display to one of theREADOUT MARKER menu.NoneMARKER

Menu Name Function Description GPIB MnemonicMARKERREADOUTFUNCTIONS(Power Sweep)MARKERS ONACTIVE CHANNELSelects normal markers on active channel marker

Narrative Table of ContentsChapter 1 — General InformationThis chapter provides a general description of the Anritsu Model MS462XX Vector Network Meas

Menu Name Function Description GPIB MnemonicSEARCHVALUE XX.XX dB Target search value. A value from -999.999 to999.999 dB may be entered.SRCH; SRCH?SET

Menu Name Function Description GPIB MnemonicSEARCH(X-AXIS)Y VALUEXX.XXX DBEnters the marker search Y-value. SRCH; SRCH?X VALUEXX.XXX DBMDisplays the m

4-8 FREQ KEY MENUS This key provides entry to frequency functions.Menu Name Function Description GPIB MnemonicDISCRETE FILLSTART FREQXXX.XXXXXXXX GHzE

Menu Name Function Description GPIB MnemonicFREQUENCY(In SegmentedSweep FrequencyMode)(MODELS WITHOPTION 24 ONLY)STARTXXX.XXXXXXXX MHZEnter the start

Menu Name Function Description GPIB MnemonicINDIVIDUALFREQ INSERTNEXT FREQUENCYXXX.XXXXXXXX GHzEnter the individual frequency, in GHz. DFQ; DFQ?INSERT

4-9 SWEEP KEY MENUS This key provides entry to frequency sweep functions.Menu Name Function Description GPIB MnemonicAPPLYSEGMENTEDSWEEP(MODELS WITHOP

Menu Name Function Description GPIB MnemonicDEFINESEGMENTEDSWEEP 2(MODELS WITHOPTION 24 ONLY)SEGMENT ON/OFF1Toggles the define sweep segment on or off

Menu Name Function Description GPIB MnemonicSEGMENTEDSWEEPDISCRETE FILL(MODELS WITHOPTION 24 ONLY)START FREQXXX.XXXXXXXX MHZEnters the discrete fill s

Menu Name Function Description GPIB MnemonicSEGMENTEDSWEEP LOG(MODELS WITHOPTION 24 ONLY)PRINT LOG Sends the segmented sweep log to a printer. PSGLOGS

Menu Name Function Description GPIB MnemonicTRIGGERSMEASUREMENT NoneINTERNAL Selects internal sweep trigger. TIN; TXX?EXTERNAL Selects external sweep

Chapter 11 — Calibration KitsThis chapter provides a description and listing of components for the calibration kits.Appendix A — Sequence OperationThi

4-10 POWER KEY MENUS This key provides entry to power functions.Menu Name Function Description GPIB MnemonicCLEAR ALLEXTD. RCVR(MODELS WITHOPTION 24)C

Menu Name Function Description GPIB MnemonicFLAT TEST PORTPOWERCALIBRATIONFLAT POWERCALIBRATIONNoneCALIBRATING TESTPORTNonePRESS <CLEAR> TOABORT

Menu Name Function Description GPIB MnemonicPOWER 2(Power Sweep)SELECT SOURCEXSelect source. PSRC; PSRC?CENTERXXX.XXXXXXXX dBmEnter the center power i

Menu Name Function Description GPIB MnemonicRECEIVERCALIBRATIONCONNECT ATHROUGH LINEBETWEEN TESTPORTSNoneRECEIVER TYPETEST/REFERENCE*Selects the recei

Menu Name Function Description GPIB MnemonicRECEIVERSETUPRECEIVER CAL Changes the soft-key display to the RECEIVERCALIBRATION menu.NoneRECEIVER TYPETE

Menu Name Function Description GPIB MnemonicSOURCE 1SETUPSOURCE 1 POWERXX.XX dBm(5 TO -15 dB)Enter and display the power level, in dBm, of theSource 1

Menu Name Function Description GPIB MnemonicSOURCE 4SETUPSOURCE 4 POWERXX.XX dBmSets external Source 4 power level. PW4; PW4?RETURN Returns to the pre

4-11 CONFIG KEY MENUS This key provides entry to configuration functions.Menu Name Function Description GPIB Mnemonic2 PORT DUTEMBEDDINGDE-EMBEDDINGSE

Menu Name Function Description GPIB Mnemonic(ADDON/MODIFY)ADDON/MODIFY Informational text NoneEMBEDDING/DE-EMBEDDINGLC CKT TYPECIRCUITTOPOLOGY(ADDON/M

Menu Name Function Description GPIB MnemonicDATA POINTS1601 MAX POINTS Selects measurement data points to be 1601. NP1601; FHI; ONP801 MAX POINTS Sele

Table of ContentsChapter 1 General Information1-1 SCOPE OF MANUAL ...1-31-2 INTRODUCTION ...

Menu Name Function Description GPIB MnemonicEMBEDDINGDE-EMBEDDINGLOG (PORT X)PRINT LOG Prints the embedding/de-embedding log. OEDELOGSAVE LOG TOFLOPPY

Menu Name Function Description GPIB MnemonicHOLDHOLD FUNCTIONHOLD/ Causes the hold key (button) to alternately stop andcontinue the sweep from the sto

Menu Name Function Description GPIB MnemonicLC CIRCUIT(ADDON/MODIFY)For 2-port device.SELECT LC CIRCUITTYPE (XXXX)Changes the soft-key display to the

Menu Name Function Description GPIB MnemonicNTWKEMBEDDINGDE-EMBEDDINGEMBEDDING/DE-EMBEDDINGON/OFFTurns EMBEDDING/DE-IMPEDDING On or Off. EDE0; EDE1; E

Menu Name Function Description GPIB MnemonicSAVE/RECALLSETUPSAVE SETUP ONHARD DISK Saves setup to hard drive. NoneFLOPPY DISK Saves setup to floppy dr

Menu Name Function Description GPIB MnemonicSOURCECONFIGURATIONSOURCE 1 Changes the soft-key display to the SOURCE 1CONFIGURATION menu.NoneSOURCE 2 Ch

Menu Name Function Description GPIB MnemonicT-LINE SECTION(ADDON/MODIFY)IMPEDANCEXXXXXXXXXXXXSets the impedance of the T-line section. EDEIMP; EDEIMP?

4-15 START PRINT KEYMENUSThis key provides entry to printer, plotter, or disk file functions.Menu Name Function Description GPIB MnemonicSELECT FILE T

4-16 UTILITY KEY MENUS This key provides entry to utility functions.Menu Name Function Description GPIB MnemonicAUTOCALASSURANCEPORT CONFIG(1X2A3B4C O

Menu Name Function Description GPIB MnemonicAUTOCALASSURANCELIMITS 2Displays with a 2-port AutoCal box.LOAD MATCHDC - 2 GHZ37.0 DB2-6 GHZ37.0 DBChange

2-9 PREPARATION FOR STORAGE AND/OR SHIPMENT...2-7Preparation for Storage ...2-7Preparation for Shipment ...

Menu Name Function Description GPIB MnemonicAUTOCALASSURANCELIMITSDisplays in MS4623X with a 4-port AutoCal box.DIRECTIVITYDC - 3 GHZ40.0 DB3-6GHZ35.0

Menu Name Function Description GPIB MnemonicAUTOCALASSURANCELIMITSDisplays in MS4624X with a 4-port AutoCal box.DIRECTIVITYDC - 3 GHZ40.0 DB3-6GHZ35.0

Menu Name Function Description GPIB MnemonicAUTOCALASSURANCEMANUALCONTROLSELECT BOX TYPE2 PORT/4 PORTToggles between AutoCal box types, 2 or 4-port. A

Menu Name Function Description GPIB MnemonicAUTOCAL CHAR-ACTERIZATIONDisplayed for a model MS4622X with a 4-port AutoCal.(1X2C)CONNECT AUTOCALPORT C T

Menu Name Function Description GPIB MnemonicCLOCK SETUPYEAR XXXX Sets the YEAR. DATE; DATE?MONTH XX Sets the MONTH. DATE; DATE?DAY XX Sets the DAY. DA

Menu Name Function Description GPIB MnemonicCOMMAND LINEABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789()-!#$%’@^_’{}~*?:\.SPEnter a DOS command line using the r

Menu Name Function Description GPIB MnemonicFLOPPY DISKUTILITIESDISPLAY DIRECTORY Directory displays in the screen data area. DIRDELETE FILES Change t

Menu Name Function Description GPIB MnemonicH/WCALIBRATIONDISKOPERATIONSRECALL FROM HARDDISKChanges the soft-key display to the SELECT FILETO READ men

Menu Name Function Description GPIB MnemonicINSTRUMENTSTATEPARAMETERSSYSTEM Displays all of the system parameters. DGSCALIBRATION Displays the calibra

Menu Name Function Description GPIB MnemonicPERIPHERALTESTSLCD DISPLAY Provides a graphic display for evaluating screencolors and linearity.DGT1; DGT2

Chapter 5 Error and Status Messages5-1 INTRODUCTION ...5-35-2 ERROR MESSAGES...5-3Chapt

Menu Name Function Description GPIB MnemonicREAR PANEL TTLOUTPUT MODESELECT PORT None1 Selects Port 1. RVTP1; RVTPX?2 Selects Port 2. RVTP2; RVTPX?3 S

Menu Name Function Description GPIB MnemonicSELECT FILE TODELETEFILE 1 Selects FILE 1 data to be deleted. NoneFILE 2 Selects FILE 2 data to be deleted

Menu Name Function Description GPIB MnemonicTROUBLESHOOTING 2(SERVICE USEONLY)HET OSCILLATORVOLTAGESelects HET OSCILLATOR VOLTAGE. TSHETOSOURCE 1 Chan

Menu Name Function Description GPIB MnemonicTROUBLE-SHOOTINGEXTENDEDFLASH MEMORY!!!WARNING!!!THIS TEST TAKESABOUT 4 MINUTES ANDDESTROYS THEINSTRUMENT’

Menu Name Function Description GPIB MnemonicTROUBLESHOOTINGSOURCE 1DDS REFERENCECLOCK VOLTAGESelects DDS REFERENCE CLOCK VOLTAGE forSOURCE 1.TSDDSS1OF

Menu Name Function Description GPIB MnemonicTROUBLESHOOTING SRAMDISK!!!WARNING!!!THIS TEST DESTROYSTHE HARMONIC CALCOEFFICIENTS THEHARD DISK ISCORRUPT

Menu Name Function Description GPIB MnemonicTYPE OF FILESTO COPYFRONT PANEL SETUPAND CAL DATAChanges the soft-key display to the SELECT FILETO COPY me

Menu Name Function Description GPIB MnemonicUTILITYINSTRUMENT STATEPARAMETERSChanges the soft-key display to the INSTRUMENTSTATE PARAMETERS menu.NoneR

4-17 HARD COPY KEYMENUSThis key provides entry to hard copy functions.Menu Name Function Description GPIB MnemonicDISK FILEOPTIONSDESTINATION NoneHARD

Menu Name Function Description GPIB MnemonicM3P SETUPSELECTBALANCEDPORT PAIR(MODELS WITHOPTION 24)(1:2)/(2:1) Selects Ports 1:2 or 2:1 as the balanced

7-4 MEASUREMENT CALIBRATION—SLIDING TERMINATION ...7-137-5 STANDARD 2-PORT (OSL) CALIBRATION PROCEDURE ...7-197-6 TRANSMISSION AND REFL

Menu Name Function Description GPIB MnemonicM4P SETUPSELECT 2NDPAIR(1:2)/(2:1) Selects Ports 1:2 or 2:1 as the balanced port pair forthe M4P setup.M4P

Menu Name Function Description GPIB MnemonicOUTPUTHEADERS SETUP3DATE ON/OFF Toggles date on or off. LDT1; LDT0SEQ HELP MESSAGEON/OFFToggles the Sequen

Menu Name Function Description GPIB MnemonicPLOT SETUPFULL PLOT The plotter will plot everything displayed on thescreen (data traces, graticule, menu

Menu Name Function Description GPIB MnemonicPRINTER SETUPGRAPHICALDATAHEADER ON/OFF Toggles printing of header on or off. HD1; HD0; HDX?SCREEN AREA TO

Menu Name Function Description GPIB MnemonicSNP OPTIONSPORT 1 Select S1P format for Port 1. OS1P1PORT 2 Select S1P format for Port 2. OS1P2PORT 3 Sele

4-18 DEFAULT KEY MENUS This key provides entry to default functions.Menu Name Function Description GPIB MnemonicDEFAULTCONTINUE Erases current instrum

4-19 SAVE/RECALL KEYMENUSThis key provides entry to save and recall functions.Menu Name Function Description GPIB MnemonicRECALLFRONT PANEL SETUPIN IN

Menu Name Function Description GPIB MnemonicRECALL FRONTPANEL SETUPFROM INTERNALMEMORYMEMORY 1 * Causes the current front panel setup to be recalledfr

Menu Name Function Description GPIB MnemonicSAVELINEAR CAL NoneON HARD DISK Changes the soft-key display to the SELECT FILETO READ menu.SAVEON FLOPPY

Menu Name Function Description GPIB MnemonicSAVE FRONTPANEL SETUP TOINTERNALMEMORYMEMORY 7 * Same as above, except the setup saves to memorylocation 7

10-5 MS462XA/B NON-RATIO PARAMETERS TEST...10-510-6 MS462XA/B HIGH LEVEL NOISE TEST ...10-1010-7 MS462XC SYSTEM DYNAM

Menu Name Function Description GPIB MnemonicSELECT FILE-NAMEABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789()-!#$%’@^_’{}~*?:\.SPName your filename using the rot

4-12 SEQ KEY MENUS This key provides entry to sequence functions.Menu Name Function Description GPIB MnemonicCONDITIONSTATEMENTIF LIMIT TEST PASS Chan

Menu Name Function Description GPIB MnemonicDELETESEQUENCESEQUENCE 1XXXXXRemove sequence 1 from SRAM. SEQDEL1SEQUENCE 2XXXXXRemoves sequence 2 from SR

Menu Name Function Description GPIB MnemonicENTER ASEQUENCEOPERATORMESSAGEor(ENTER ASEQUENCECOMMENT)(Message or comment) Display the message text. Non

Menu Name Function Description GPIB MnemonicGOSUBSEQUENCESEQUENCE 1XXXXXSelects sequence 1 to be called during sequenceexecution; the corresponding st

Menu Name Function Description GPIB MnemonicRENAMESEQUENCESEQUENCE 1XXXXXChanges the soft-key display to the RENAME ASEQUENCE menu.SEQNAM1; SEQNAM1?SE

Menu Name Function Description GPIB MnemonicSAVE SEQUENCESEQUENCE 1XXXXXSelects sequence 1 to save on hard/floppy disk; astatement is added to the seq

Menu Name Function Description GPIB MnemonicSELECT FILE TOREADFILE 1 SEQ Displays the data stored in file number 1. NoneFILE 2 SEQ Displays the data s

Menu Name Function Description GPIB MnemonicSEQUENCENAME(Name) Display the name. NoneABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789()-!#$%&’@^_’{}-*?:\.SPNa

4-13 CAL KEY MENUS This key provides entry to calibration functions.Menu Name Function Description GPIB Mnemonic2 PORTCALIBRATION(MODELS WITHOPTION 24

A-18 TTL OUTPUT FOR CONTROLLING PERIPHERALS ...A-18A-19 TTL INPUT CONTROL STATEMENT ...A-19A-20 BNC TTL OUTPUT CONTROL

Menu Name Function Description GPIB Mnemonic3 PORTCALIBRATIONCONNECTCALIBRATION DEVICENoneSLIDE LOAD TOPOSITION xSlide the load to the indicated posit

Menu Name Function Description GPIB Mnemonic4 PORTCALIBRATION(SOLT/SOLR)CONNECT ARECIPROCALBETWEEN PORTX AND YWhen a 3 Port calibration is already com

Menu Name Function Description GPIB Mnemonic4 PORTCALIBRATIONCONNECTCALIBRATION DEVICENonePORT 3: OPENPORT 4: SHORTConnect specified open to Port 3 an

Menu Name Function Description GPIB Mnemonic4 PORTCONFIRMCALIBRATIONPARAMETERS(SOLT/SOLR)PORT 3 CONNXXXXXXXXXXDisplays the current connector type and

Menu Name Function Description GPIB Mnemonic4 PORTTHROUGHLINEOFFSET LENGTH(TRX)PORT 1, 3XXX mmEnter Port 1, 3 THROUGH offset length for 4 portcalibrat

Menu Name Function Description GPIB Mnemonic4 PORTSELECT TYPE OFLOADBROADBANDFIXED LOADSelects a broadband load for calibration and changessoft-key di

Menu Name Function Description GPIB MnemonicADAPTERREMOVAL12-TERM CAL X AND YMUST EXIST IN THECURRENT DIRECTORYNoneELECTRICAL LENGTHOF THE ADAPTERXXX.

Menu Name Function Description GPIB MnemonicAUTOCAL 4SELECT CALIBRATIONTYPENoneFULL 2 PORT Selects a traditional 2-portShort-Open-Load-Thru(SOLT) cali

Menu Name Function Description GPIB MnemonicAUTOCAL PORTCONFIGURATION(FULL 2 PORT CAL/2 PORT REFLEC-TION/ADAPTERREMOVAL)PORT CONFIG.1L2R/1R2LToggles b

Menu Name Function Description GPIB MnemonicAUTOCAL PORTCONFIGURATION(FULL 3 PORT CAL)SELECT VNA PORTFOR AUTOCAL PORT X1/2/3This menu displays for a 4

Table of Contents1-1 SCOPE OF MANUAL ...1-31-2 INTRODUCTION ...1-31-3 SERIAL NUMBER...

Menu Name Function Description GPIB MnemonicAUTOCAL PORTCONFIGURATION(FULL 4 PORT CAL)SELECT VNA PORTFOR AUTOCAL PORT X1/2/3/4This menu displays for a

Menu Name Function Description GPIB MnemonicAUTOCAL SETUP(FULL 4 PORT CAL)PORT CONFIG.(1X2A3B4C)Displays only if connected to a 4-port AutoCal box.Cha

Menu Name Function Description GPIB MnemonicAUTOCAL SETUP(ADAPTERREMOVAL)PORT CONFIG.(1X2A)Displays if selected box type is a 4-port AutoCal.Changes t

Menu Name Function Description GPIB MnemonicBEGIN 2 PORTCALIBRATION(12-TERMS)KEEP EXISTING CALDATAChanges the soft-key display to the FREQUENCYmenu.KE

Menu Name Function Description GPIB MnemonicCAL FREQ RANGESTARTXXX.XXXXXXXXXGHzEnter the sweep-start frequency for calibration. Ifdesired; frequency c

Menu Name Function Description GPIB MnemonicCALIBRATIONCOMPONENTUTILITIESINSTALL KIT INFOFROM FLOPPY DISKInstalls the information from the calibration

Menu Name Function Description GPIB MnemonicCALIBRATIONSEQUENCE2CONNECT THERECIPROCALXXXXXX mmBETWEENTEST PORTSNoneMEASURE FORWARD((NO) CAL EXISTS)Mea

Menu Name Function Description GPIB MnemonicCHANGE CALMETHOD AND LINETYPECAL METHOD NoneSTANDARD(NOT USED FORWAVEGUIDE)or with Option 24:SOLT/SOLR(NOT

Menu Name Function Description GPIB MnemonicCHANGE LRL/LRMPARAMETERS2CHARACTERIZECAL DEVICESNoneDEVICE 1LINE 1 (REF)X.XXXX mmEnter length of line 1. L

Menu Name Function Description GPIB MnemonicCHANGEPARAMETERS2CHARACTERIZECAL DEVICESNoneDEVICE 1 P3-P1LINE LENGTHX.XX mmSets device 1 line length. LL1

Figure 1-1. Model MS462XX Vector Network Measurement System

Menu Name Function Description GPIB MnemonicCONFIRMCALIBRATIONPARAMETERS2(STANDARDMICROSTRIP)PORT 1OPEN/SHORTChanges the soft-key display to the PORT

Menu Name Function Description GPIB MnemonicCONFIRMCALIBRATIONPARAMETERS4(OPEN SHORTMICROSTRIP)OFFSET LENGTHSOF SHORTSChanges the soft-key display to

Menu Name Function Description GPIB MnemonicCONFIRMCALIBRATIONPARAMETERS7(LRL/LRMMICROSTRIP)LRL/LRM PARAMETERS Changes the soft-key display to the CHA

Menu Name Function Description GPIB MnemonicCUSTOMIZE CAL(FULL 2 PORT CAL)SET ALL ON Toggles all S-parameter selections on. FXSONSET ALL OFF Toggles a

Menu Name Function Description GPIB MnemonicCUSTOMIZE CAL 2(FULL 4 PORT CAL)S13, TRANS ON/OFF Toggles the S13 selection on or off. FXS13T0;FXS13T1; FX

Menu Name Function Description GPIB MnemonicDATA POINTS1601 MAX POINTS Provides 1601 data points across selected frequencyrange.FHI; NP1601; ONP801 MA

Menu Name Function Description GPIB MnemonicDISPLAYINSTALLED TESTPORT CONNECTORINFO 2GPC - 3.5 (M) Displays coefficient data for the GPC-3.5 malecompo

Menu Name Function Description GPIB MnemonicDISPLAYINSTALLED TESTPORT CONNECTORINFO 5SPECIAL (M) Displays coefficient data for the SPECIAL connectorma

Menu Name Function Description GPIB MnemonicENTER THETHROUGH LINEPARAMETERSOFFSET LENGTHXX.XX mmEnter offset length of throughline device. TOL; TOL?TH

Menu Name Function Description GPIB MnemonicFULL TERM CAL(FULL -PORT CAL)PORT 1 ONPORT 2 ONDisplayed when a 12-term cal exists.Toggles port 1 selectio

Chapter 1General Information1-1 SCOPE OF MANUAL This manual provides general information, installation, and operatinginformation for the MS4622, MS462

Menu Name Function Description GPIB MnemonicGAINCOMPRESSIONCALIBRATIONCALIBRATE FORFLATNESS((NO) CAL EXISTS)Changes the soft-key display to the SOURCE

Menu Name Function Description GPIB MnemonicHARMONICENHANCEMENTCALIBRATIONCONNECT ATHROUGHLINEBETWEEN TESTPORTSNoneABORT CAL Changes the soft-key disp

Menu Name Function Description GPIB MnemonicHARMONIC PHASECALIBRATIONCONNECT STANDARDEXTERNAL DEVICEBETWEEN TESTPORTSNoneABORT CAL Changes the soft-ke

Menu Name Function Description GPIB MnemonicIMDCALIBRATION 2CONNECT ATHROUGHLINEBETWEEN SOURCEPORT AND RECEIVERPORT (PORT 2)NoneABORT CAL Aborts the c

Menu Name Function Description GPIB MnemonicNETWORKEXTRACTIONTHE ‘OUTER’ AND‘INNER’ CALIBRATIONFILES MUST EXIST INTHE CURRENTDIRECTORYGENERATE S2P FIL

Menu Name Function Description GPIB MnemonicNOISE FIGURECALIBRATION3RESTARTMEASUREMENTChanges the soft-key display to the NOISE FIGURECALIBRATION 2 me

Menu Name Function Description GPIB MnemonicPORT XOPEN DEVICEENTER THECAPACITANCECOEFFICIENTSNoneTERM 1-C0P/MXXX.XXe-15Enter the term 1 coefficient va

Menu Name Function Description GPIB MnemonicRECEIVERCALIBRATION(SWEPT POWER/FREQUENCY GAINCOMPRESSIONAPPLICATIONS)CONNECT A THROUGHLINE BETWEEN TESTPO

Menu Name Function Description GPIB MnemonicSELECT1 PATH 2 PORTCALIBRATIONTYPEFORWARD PATH(S11, S21)Corrects the forward transmission and reflection e

Menu Name Function Description GPIB MnemonicSELECT DEVICETYPE(4 PORT CAL WITHEXISTING 3 PORTCAL)1,4 DEVICE TYPETHRU/RECIPROCALSelect the device type f

1-6 SYSTEM DESCRIPTION The MS462XX Vector Network Measurement System (VNMS)(Figure 1-1) is a single-instrument system that contains a built-insource,

Menu Name Function Description GPIB MnemonicSELECT DEVICETYPE(4 PORT CALWITHOUT EXISTING3 PORT CAL)1,3 DEVICE TYPETHRU/RECIPROCALSelect the device typ

Menu Name Function Description GPIB MnemonicSELECT DEVICETYPE(4 PORT CALWITHOUT EXISTING3 PORT CAL)2,4 DEVICE TYPETHRU/RECIPROCALSelect the device typ

Menu Name Function Description GPIB MnemonicSELECT PORT XCONNECTORTYPE3TNC (M) Sets port x to be male TNC connector. CMC; P1C?; P2C?TNC (F) Sets port

Menu Name Function Description GPIB MnemonicSELECTTRANSMISSIONFREQ RESPONSECALIBRATIONTYPEFORWARD PATH (S21) Changes the soft-key display to the SELEC

Menu Name Function Description GPIB MnemonicSOURCE 1 FLATTEST PORTPOWERCALIBRATIONXXXX POINTSMEASURE 1 PWRPOINT EVERY XXPOINT(S)Displays the number of

Menu Name Function Description GPIB MnemonicTHRUASSIGNMENT(FULL 3 PORT CAL)THRU (1-2)*AUTOCAL/THRULINE LENGTH0.000 mmSelect thru type for port 1-2. En

Menu Name Function Description GPIB MnemonicTHRUASSIGNMENT2(FULL 4 PORT CAL)THRU (2-3)*OMIT/THRULINE LENGTH0.000 mmSelect whether to omit the thru or

Menu Name Function Description GPIB MnemonicTHRU UPDATE(FULL 3 PORT CAL)THRU (1-2)LINE LENGTH0.000 mmSet the line length offset for the true thru betw

Menu Name Function Description GPIB MnemonicTHRU UPDATE 2(FULL 4 PORT CAL)THRU (2-3)OMIT/THRULINE LENGTH0.000 mmSelect whether to omit the thru or sel

Menu Name Function Description GPIB MnemonicTHRU/RECIPROCALPARAMETERS(3 PORTCALIBRATIONWITH OPTION 24)MEASURE PORT 1,3?OMIT/INCLUDESelect whether to i

NOTESThe MS462XC VNMS- Direct Receiver Access versioncannot make system measurements without an externaltest set that couples power into the reference

Menu Name Function Description GPIB MnemonicTHRU/RECIPROCALPARAMETERS(4 PORT CAL WITH3 PORT CAL)MEASURE PORT 1,3?OMIT/INCLUDESelect whether to include

Menu Name Function Description GPIB MnemonicTRANSMISSIONAND REFLECTIONCALIBRATIONDisplayed for MS4624X modelsAPPLY CAL2-PORT(CAL EXISTS)Selects a 2-po

4-14 AVG KEY MENUS This key provides entry to averaging and IF bandwidth functions.Menu Name Function Description GPIB MnemonicAVERAGE 1AVERAGE ON/OFF

Menu Name Function Description GPIB MnemonicAVERAGE 3Displays in the Transmission/Reflection Calibration Mode Only.AVERAGE ON/OFF Toggles the averagin

4-184 MS462XX OMFUNCTION KEYS FRONT PANELTEMPLATE KEY DESCRIPTIONSCtrlAltShiftCtrlAltShiftCh 1 Ch 2 Ch 3 Ch 4Freq SweepPower ConfigSoftkey 1 Softkey 2

Table of Contents5-1 INTRODUCTION ...5-35-2 ERROR MESSAGES...5-3Chapter 5Error and Stat

Chapter 5Error and StatusMessages5-1 INTRODUCTION This chapter lists, describes, and provides corrective action for theerror messages that appear on t

ERROR ERROR AND STATUSMESSAGES MESSAGES5-4 MS462XX OMCode Message Description Corrective ActionLANC BCMP ERROR LANC controller test fail Contact facto

ERROR AND STATUS ERRORMESSAGES MESSAGESMS462XX OM 5-5Code Message Description Corrective ActionSCSI FIFO DMA PARITY BIT ERROR Hard drive controller te

1-8 PRECISION COMPONENTKITSTwo types of precision-component kits are available: calibration andverification. Calibration kits contain components used

ERROR ERROR AND STATUSMESSAGES MESSAGES5-6 MS462XX OMCode Message Description Corrective ActionSKT INVALID DESCRIPTOR Socket has been removedSKT INCOM

ERROR AND STATUS ERRORMESSAGES MESSAGESMS462XX OM 5-7Code Message Description Corrective ActionTOO HIGH TEMP CHANGE Temperature is too high tochange t

ERROR ERROR AND STATUSMESSAGES MESSAGES5-8 MS462XX OMCode Message Description Corrective ActionPOWER RESTORED TO CAL RANGE Power restored is within ca

ERROR AND STATUS ERRORMESSAGES MESSAGESMS462XX OM 5-9Code Message Description Corrective ActionSource Error Codes6129 EXT SRC ERROR6130 EXT SRC LIST E

ERROR ERROR AND STATUSMESSAGES MESSAGES5-10 MS462XX OMCode Message Description Corrective Action7100 FILE MARKED READ ONLY Can't perform a write

ERROR AND STATUS ERRORMESSAGES MESSAGESMS462XX OM 5-11Code Message Description Corrective Action7350 EXT TRIG RATE TOO FAST Pulse rate of the external

ERROR ERROR AND STATUSMESSAGES MESSAGES5-12 MS462XX OMCode Message0002 SRC1 COMM FAIL0003 SRC2 COMM FAIL0005 PWR SUPPLY UP +5V0006 PWR SUPPLY UP +15V0

ERROR AND STATUS ERRORMESSAGES MESSAGESMS462XX OM 5-13/5-14Code Message0327 SRC2 FREQ PATH BAND8 FAIL0328 SRC2 FREQ PATH BAND9 FAIL0329 SRC2 FREQ PATH

Table of Contents6-1 INTRODUCTION ...6-36-2 DISPLAY MODES AND TYPES ...6-3Single Channel Displ

3753RCalibration KitThe 3753R Calibration Kit (Figure 1-4) containsprecision Type N components with characteristicsthat are traceable to the NIST. Use

Chapter 6Data Displays6-1 INTRODUCTION This chapter provides discussion and examples of the various types ofdata displays.6-2 DISPLAY MODES ANDTYPESTh

Dual ChannelDisplay—Ch1and3orCh 2 and 4If you have chosen a dual display of magnitude andphase, the affected area of the LCD screen is subdi-vided int

Four ChannelDisplay—Ch 1, 2, 3, 4From four-to-eight graph types are displayed. Ineach quadrant, the graph type can be any of the pos-sible choices lis

Dual TraceOverlayFor rectilinear graph types, two traces can be dis-played, one overlaid (superimposed) on the other(Figure 6-5). By soft-key selectio

Four ChannelOverlayFor rectilinear graph types, four traces can be dis-played, each one overlaid (superimposed) on another(Figure 6-6). Each trace is

Graph DataTypesThe data types (real, imaginary, magnitude, phase)used in the displayed graph-types reflect the possi-ble ways in which S-Parameter dat

DATA DISPLAY MODESDISPLAYS AND TYPESMS462XX OM 6-9GRAPH TYPELINEAR POLARSMITH CHART(IMPEDANCE)SMITH CHART(ADMITTANCE)GROUP DELAYPOWER OUTSWRMORERETURN

DISPLAY MODES DATAAND TYPES DISPLAYS6-10 MS462XX OMGRAPH TYPELOG MAGNITUDELINEAR MAGNITUDEPHASEREALIMAGINARYLOG POLARMORERETURN90S21 REFLECTIONL0G POL

DATA DISPLAY MODESDISPLAYS AND TYPESMS462XX OM 6-11Figure 6-11. 3 dB Compressed Smith ChartFigure 6-12. 20 dB Expanded Smith Chart

1-9 OPTIONS The following options are available.qOption 1: Rack Mount KitqOption 1A: Rack Mount Kit for use with System ConsoleqOption 2: Time (Distan

6-3 FREQUENCY MARKERS Frequency markers are described below.MarkerAnnotationFigure 6-13 shows how the MS462XX annotatesmarkers for the different graph

above (below) the marker. The delta symbol appearsabove (below) the number.MarkerStatisticsThe marker statistics available in the marker menucalculate

Each channel can produce segmented limits. They allow differentupper and lower limit values to be set at up to ten segments across themeasurement rang

ScaleResolutionEach measurement display is annotated with thescale resolution. For log-magnitude displays resolu-tion ranges from 0.001 to 50 dB per d

6-6 DATA DISPLAYCONTROLData display control is described below.ActiveChannelSelectionFigure 6-16 shows the algorithm that the MS462XXuses to display t

Data DisplayUpdateWhen you change a control panel parameter that af-fects the appearance of the display, the entire dis-play changes immediately to re

change reflects the changes in measurement data atthe marker’s new frequency, using data stored fromthe previous sweep.Display ofMarkersOnce you have

Plotter Output The protocol used to control plotters is HP-GL(Hewlett-Packard Graphics Language). HP-GL con-tains a comprehensive set of vector graphi

HARD COPY DATAAND DISK OUTPUT DISPLAYS6-20 MS462XX OMFigure 6-17. Example of a Plot (MS4622B)

DATA HARD COPYDISPLAYS AND DISK OUTPUTMS462XX OM 6-21/6-22Figure 6-18. Example of a Plot (MS4623A)

1-11 PREVENTIVEMAINTENANCEThe MS462XX VNMS requires periodic cleaning of the cooling fanscreen to prevent an obstruction that could facilitate overhea

Table of Contents7-1 INTRODUCTION ...7-37-2 CONVENTIONS ...7-37-3 MEASUREMENT CALIBRA

NOTEThe MS462XC VNMS- Direct Receiver Access version cannot make systemmeasurements without an external test set that couples power into thereference

Chapter 7Measurement Calibration7-1 INTRODUCTION This section provides discussion and examples for performing ameasurement calibration. It also provid

The use of cables and/or adapters does not effect thefinal measurement result, if they were in place forthe calibration process. The vector error corr

This approach offers two advantages:qIt minimizes wear on the more expensivetest set and cable connectorsqIt provides a simple solution to measuringno

UnderstandingtheCalibrationSystemMeasurement errors must be reduced by a processthat uses calibration standards. The standards mostcommonly used are O

Error modeling and flowgraphs are techniques usedto analyze the errors in a system. Error models de-scribe the errors, while flowgraphs show how these

MEASUREMENT CALIBRATION MEASUREMENTDISCUSSION CALIBRATION7-8 MS462XX OMPORT 1 PORT 2RF INPORT 1 PORT 2PORT 1 PORT 1PORT 2PORT 2PORT 1 PORT 2PORT 1 POR

Measurement calibration using the MS462XX isstraightforward and menu directed. A short timespent in preparation and preplanning will make theprocess s

1-12 CONVENTIONS Throughout this manual, path names may be used to represent thekeystrokes for a desired action or procedure. The pathname beginswith

Ideal Z0terminations must consist of two parts, aperfect connector and an infinite-length perfecttransmission line that absorbs all of the RF energyth

Evaluating theCalibrationThe MS462XX provides an accurate representationof complex data. However, it can only provide accu-racy to the extent of the s

The verification of the kit components is straightforward. The components are first measured withthe MS462XX, then they are compared with thedata reco

7-4 MEASUREMENTCALIBRATION—SLIDINGTERMINATIONSliding terminations (loads) are the traditional Z0calibration-reference devices for Vector Network Measu

Step 2. Push the outer locking ring towards the gauge to ex-pose the center pin.Step 3.Take the 01-210 Ref Flat from the kit.Step 4.While holding the

Step 5. While pressing the Ref Flat against the center pin,check that the pointer aligns with the “0” mark. If itdoes not, loosen the bezel lockscrew

Step 9. Remove the flush short by holding its body and un-screwing its connector.Step 10.Install the gauge onto the end of the slidingtermination.Step

Step 13. Loosen the FINE LOCK ring and turn the FINEADJ ring to position the gauge pointer 2-3 small di-visions on the “–” side of zero.Step 14.Turn t

Step 17. Remove the 01-223 Female Adapter (“F ADAPTERFOR PIN GAUGE”) from the kit.Step 18.Install the female adapter over the center pin andscrew it i

7-5 STANDARD 2-PORT(OSL) CALIBRATIONPROCEDUREThe standard 2-port calibration for the MS462XX Vector NetworkMeasurement System uses an Open, a Short, a

Table of Contents2-1 INTRODUCTION ...2-32-2 INITIAL INSPECTION ...2-32-3 PREPARATION FOR

tion frequency range. C.W.: Data is taken at onepoint. N-DISCRETE FREQUENCIES (2 TO 1601POINTS): This selection lets you specify a discretenumber of f

Step 12.Press LOAD TYPE.The next soft-key set lets you select either of two loadtypes, broadband or sliding. Broadband loads areadequate for all but t

The next soft-key set lets you define the power level ofthe signals at the two test ports.(If you needed to calibrate the test port for powerflatness,

7-6 TRANSMISSION ANDREFLECTION 3-PORTCALIBRATIONOnce the two port calibration has been successfully performed, theuser may select one of presently two

Step 3. Press the Cal (top left) then the following soft keys insequence:PERFORM 3 PORT CALCHANGE CAL METHODTRXNEXT CAL STEPNEXT CAL STEPCHANGE PARAME

Both three port completion steps will start with a two port calibration(first 12 terms) and will use the same isolation measurement steps toget the la

7-7 FOUR-PORTCALIBRATIONCalibration using the Four-Port Calibration technique is available for4-Port D models only. The following procedure calibrates

7-8 LRL/LRM CALIBRATIONPROCEDUREThe LRL/LRM (line-reflect-line/line-reflect-match) calibration* featureprovides an enhanced capability for error compe

When testing microstrip devices it is necessary to launch from coax tomicrostrip. In production testing this launching must be temporary, sothat the d

This soft-key set lets you select the number of fre-quency points at which calibration data is to betaken. The choices: NORMAL: Data is taken at up to

MS462XXVECTOR NETWORK MEASUREMENT SYSTEMOPERATION MANUALP/N: 10410-00203REVISION: NPRINTED: SEPTEMBER 2005COPYRIGHT 2005 ANRITSU CO.490 JARVIS DRIVEl

b.Press DEVICE 2 LINE/MATCH.Here you have another decision to make: whetheryour calibration is to be LRL or LRM. The soft keyacts as a toggle.c.If you

This indicates that your match is a high-band load.This load must have a passband such that it passesall frequencies from the breakpoint to the stop f

(If you needed to calibrate the test port for powerflatness, you would press the FLATNESS CORREC-TION soft key to ON.)Step 22.Press RESUME CAL.Step 23

LRL/LRM Calibration (Coaxial)An LRL cal kit is necessary to perform the coaxial calibration.Calibration kits for GPC-7 are available from Maury Microw

larger absolute difference, are used for the interval [f1, f2]. Data fromthe two lines, which make up the smaller absolute difference, are usedfor the

In each case, considerable time is lost due to reloading a 2-portcalibration between measurements or due to measuring 16 parameterseach time when only

Example Using Flexible CalibrationFigure 7-8 shows a 3-port device consisting of a 1-portresonator/antenna and a 2-port sub-DUT. If leakage is not of

The light trace is the full 3-port calibration result while the dark traceuses the Flexible Calibration method. Aside from some minordifferences due t

Table of Contents8-1 INTRODUCTION ...8-38-2 TIME DOMAIN MEASUREMENTS ...8-38-3 OPERATING TIME DO

Chapter 2Installation2-1 INTRODUCTION This chapter provides information for the initial inspection andpreparation for use of the MS462XX Vector Networ

Chapter 8Time Domain8-1 INTRODUCTION This chapter describes the optional Time Domain feature.8-2 TIME DOMAINMEASUREMENTSThe Option 2, Time Domain feat

The lowpass impulse response displays the location of discontinuitiesas well as information useful in determining the impedance (R, L, orC) of each di

(TDR) you may feel more comfortable with step response, as thedisplays are similar.The lowpass-step response for a resistive impedance is a positive l

Use the bandpass-impulse response to show the location of adiscontinuity in time or distance, as indicated by changes in itsmagnitude. Unlike the lowp

Next, let us look at a complex circuit. A resistive impedance changeR<Z0and a shunt capacitance and series inductance. These impedancechanges are s

8-3 OPERATING TIMEDOMAINTo operate in the time domain mode, press the Appl key (below), thenthe TRANSMISSION AND REFLECTION and DOMAIN soft keys..The

Select SETUP then RANGE SETUP AND and use the START/STOPselections to set the range (Figure 8-12). Alternatively, you can useGATE SETUP and SPAN.TIME

For the lowpass mode select either IMPULSE or STEP Response andset the DC term. The MS462XXdefaults to the IMPULSE Responseand the AUTO EXTRAPOLATE mo

The Marker Range menu allows us to zoom in and display the rangebetween two selected markers (Figure 8-14).TIME OPERATINGDOMAIN TIME DOMAINMS462XX OM

2-4 GPIB SETUP ANDINTERCONNECTIONAll functions of the MS462XX (except power on/off and initialization ofthe hard disk) can be controlled remotely by a

8-4 WINDOWING Windowing is a frequency filter that we apply to the frequency-domaindata when we convert it to time-domain data. This filtering rolls o

8-5 GATING Gating is a time filter that allows for removing unwanted time-domainresponses by gating the desired response. We can view the isolatedresp

8-6 ANTI-GATING Anti-gating is the opposite of gating. Whereby, gating provides forremoving all but the desired response, anti-gating displays all but

Table of Contents9-1 INTRODUCTION ...9-39-2 DESCRIPTION ...9-39-3 CALIBRATIONS...

AUTOCAL MODULEPowerOperateFigure 9-1. AutoCal Module, Power Supply, and CablesPower SupplyAutoCal ModuleCalibration CoefficientsDisk

Chapter 9AutoCal9-1 INTRODUCTIONThis chapter provides a general description of the AutoCalcalibrators, including specifications, setup, and the use of

Test Port Cable Converters (Anritsu series 36583) are used during andafter the calibration process to establish the desired test portconnector type.9-

isolation step requires a manual operation for the AutoCal module. Inorder to achieve high accuracy for the characterization of the leakage,a high ave

9-5 PHYSICAL SETUP See Figure 9-2 for an illustration of the connections necessary toperform an automatic calibration using the AutoCal module.There i

9-6 CHARACTERIZATIONFILESBefore performing an AutoCal on a MS462XX, the CharacterizationFile for the AutoCal Module must be loaded.Insert the AutoCal

2-5 SYSTEM GPIBINTERCONNECTIONThere are two rear panel GPIB IEEE-488 connectors. The IEEE 488.2connector is used to interface the MS462XX to an extern

menus again.CHANGE CAL SETUP lets you set up a new cali-bration, which is what we will do for this example.Step 9.Press the CHANGE CAL SETUP then FULL

Step 13.Ensure the AutoCal module is properly connectedbetween Ports 1 and 2, then press the START CALsoft key (AutoCal main menu).Follow the instruct

9-8 4-PORT AUTOCALThis section describes how to setup and use the 4-Port AutoCalmodule. Once setup, the use of the module is illustrated throughdiscus

NOTEMS462XX firmware version 1.15 or later isrequired for automatic operation.Assurance Assurance is the process of validating a calibration.This is d

frequency ranges will have a lower point densitythan may be desired. The resulting interpolation er-ror is typically very small but if an issue, you c

4-Port AutoCal SetupFigure 9-3 shows the connections necessary for the operation of the4-Port AutoCal module. These include:qPower supply (connect the

The RF cable connections will be dependent on the type of calibrationbeing done and on the port assignments. By default, the connectionsare done as fo

Manual ControlWhile rarely needed, the standards within the AutoCal module can bemanually selected under:Utility/Diagnostics/AutoCal AssuranceThe indi

9-9 PIN DEPTHSPECIFICATIONSThe depth of the center pin on connectors is a critical specification,which if not met, can cause damage to mating connecto

AUTOCAL PIN DEPTH SPECIFICATIONSMS462XX OM 9-17/9-18Example 1:FEMALE MASTER GAUGE BLOCK (protrusion)Desired nominal value: 0.2070Case1 Actual value of

Inappropriate setting of the Default Gateway IP Address will causethe Scorpion system to appear to be locked up at start up. Theinstrument will appear

Table of Contents10-1 INTRODUCTION...10-310-2 CONVENTIONS ...10-310-3 REQUIRED EQUIPME

This equipment can not be repaired by the operator. DO NOT at-tempt to remove the equipment covers or to disassemble internalcomponents. Only qualifie

Chapter 10Operational CheckoutProcedures10-1 INTRODUCTION This chapter provides quick operational checkout procedures that maybe used to ensure that t

10-4 SELF TEST Perform an instrument self test to ensure that the MS462XX isoperating properly.Step 1. Press Power (top left) to On.Step 2. Press Util

10-5 MS462XA/BNON-RATIOPARAMETERS TESTThis test verifies that each individual receiver channel operatesproperly. Measurement calibration of the system

MS462XA/B NON-RATIO OPERATIONAL CHECKOUTPARAMETERS TEST PROCEDURES10-6 MS462XX OMFigure 10-1. Non-Ratioed Parameter Waveform

Step 11. For MS462XA: Press Ch1 (top left) and set resolutionfor 5 dB (use “5” and “X1” Data Entry keys); pressCh3 and set resolution for 5 dB.For MS4

Step 18. After at least one sweep has occurred, verify thatthe maximum-value to minimum-value amplitudeslope (Figure 10-1, page 10-6) meets the specif

3-Port VNMSsStep 20. Connect a Short to Port 3.Step 21. Press Display (top left).Step 22.Press DISPLAY MODE/DUAL CHANNELS 1&3.Step 23. Press Meas

the kit). Orient the handles such that the slotted opening in thehandle mounting plate (Figure 2-1) is toward the bottom of the unit.Step 6. For Optio

10-6 MS462XA/B HIGHLEVEL NOISE TESTThe following test verifies that the high-level signal noise in theMS462XX will not significantly affect the accura

Step 10. For MS462XB, press Meas (top left) then Ch 1(middle left). Select S12.Step 11.Press Display (middle left), TRACE MEMORY/VIEW DATA.Step 12.Aft

Step 16. Press Hard Copy key (top left).Step 17.Select OUTPUT DEVICE then DISK FILE.Step 18.Press RETURN.Step 19.Select OUTPUT SETUP then FLOPPY DISK.

Step 27. Enter the following formula in the cell that followsthe last data point (top left).SORT(SUMSQ(X1:X401)/401)Where X is the column letter in th

MS462XA/B HIGH OPERATIONAL CHECKOUTLEVEL NOISE TEST PROCEDURES10-14 MS462XX OMFigure 10-2. Notepad File ExamplesHeader text is shown highlighted.Heade

OPERATIONAL CHECKOUT MS462XA/B HIGHPROCEDURES LEVEL NOISE TESTMS462XX OM 10-15Figure 10-3. Excel Dialog Boxes.018Select “Delimited” in the first Excel

Step 33. Press Meas (top left).Step 34.For MS462XA, press S11.For MS462XB, press Ch 1 then S11; press Ch 3 thenS22 (middle left).Step 35. Connect a Sh

10-7 MS462XC SYSTEMDYNAMIC RANGETESTThis test verifies the System Dynamic Range of the test channels ofthe MS462XC receiver.Test Setup Set up the equi

Step 7. Select:SOURCE 1 SETUPFLAT TEST PORT POWER CALStep 8. Change POWER TARGET to -10 dBm.Step 9. Zero and calibrate the power meter. Then connectth

Step 22. Allow one full sweep to occur, then press Hold key.Step 23. Verify that the trace is below the REFERENCEVALUE.Step 24. Press Meas key and sel

Use a Suitable ContainerObtain a corrugated cardboard carton with a275-pound test strength. This carton should have in-side dimensions of no less than

Table of Contents11-1 INTRODUCTION...11-311-2 PURPOSE...11-311-3 KIT CONTENTS ...

Chapter 11Calibration Kits11-1 INTRODUCTION This chapter provides illustrations and contents for the Models 3750R,3751R, and 3753R Calibration Kits.11

Model 3750R 3.5 mm Calibration Kit The 3.5 mm Connector kit (Figure 11-1) includes thefollowing items:Index 1. 23LF50 Female ShortIndex 2. 23L50 Male

CALIBRATION KITKITS CONTENTSMS462XX OM 11-5TERMINATION28LF50LFSER. XXXXXXSHORT23LF50SER. XXXXXXTERMINATION28L50LFSER. XXXXXXOPEN24LF50SER. XXXXXXTERMI

Model 3751R GPC-7 Calibration Kit The GPC-7 Connector kit (Figure 11-2) includes thefollowing items:Index 1. 23A50 Male ShortIndex 2. 24A50 Female Ope

CALIBRATION KITKITS CONTENTSMS462XX OM 11-750 TERMINATION28A50LFS/N. XXXXXX23A50SHORTSER. XXXXXX50 TERMINATION28A50LFS/N. XXXXXX24A50OPENSER. XXXXXX12

Model 3753R Type N Calibration Kit The Type N connector kit (Figure 11-3) includes thefollowing items:Index 1. 23NF50 Female ShortIndex 2. 24NF50 Fema

CALIBRATION KITKITS CONTENTSMS462XX OM 11-950 TERMINATION28N50LFSER. XXXXXX23N50SHORTSER. XXXXXX50 TERMINATION28N50LFSER. XXXXXX23N50OPENSER. XXXXXX50

2-10 SERVICE CENTERS A list of Anritsu worldwide Service Centers is provided in Table 2-1.INSTALLATION SERVICECENTERSMS462XX OM 2-9/2-10UNITED STATESA

11-4 PRECAUTIONS FORUSING CONNECTORSThe following are precautionary notes related to the use of connectors.For specific information on setting pin dep

MechanicalShockRF components are designed to withstand years ofnormal bench handling. However, do not drop or oth-erwise treat them roughly. They are

11-5 CLEANINGINSTRUCTIONSConnector interfaces—especially the outer conductors on the GPC-7and SMA connectors—should be kept clean and free of dirt and

CALIBRATION CLEANINGKITS INSTRUCTIONSMS462XX OM 11-13/11-14D o N O T u s e I n d u s t r i a l S o l v e n t s o r W a t e r o n c o n

Table of ContentsA-1 INTRODUCTION ...A-3A-2 DESCRIPTION ...A-3A-3 BASIC FUNCTIONS ...

Appendix ASequence OperationA-1 INTRODUCTION This appendix provides description of the Seq (Sequence) key functionand procedures for its use.A-2 DESCR

limited to approximately 500 statements. A statement consists of akeyword (such as, SAVE AUTOCAL), or a keyword and a value (suchas, START 1.2 GHz), a

SEQUENCE SEQUENCEOPERATIONS CREATIONMS462XX OM A-5Function DescriptionLoad A sequence may be loaded to memory from a floppy disk or hard disk.Delete A

A-7 SEQUENCE CREATION For this example, you will create a program for Sequence 1. You willbe instructed to enter the parameters to setup the measureme

SEQUENCE SEQUENCEOPERATIONS MODIFICATIONMS462XX OM A-7A SEQUENCE OF KEYSTROKES CAN BE STORED IN MEMORY OR DISKFOR LATER PLAYBACK, THUS SAVING TIME ON

A-8 SEQUENCEMODIFICATIONModifying a sequence is described below.Delete a StatementStep 1. Press Seq/EDIT SEQUENCE/SEQUENCE 1.Step 2. Using the rotary

A-9 SEQUENCE EXECUTION There are two types of sequence execution: regular and auto. Aregular execution is initiated by pressing the Seq key and choosi

A-10 DISPLAY MENUDURING A SEQUENCEEXECUTIONThis function turns on the display of menu transitions in the sequencelist, and also causes menu transition

A-11 SEQUENCE REMOVAL This example illustrates a sequence being removed from memory.Step 1. Press Seq/UTILITY.Step 2. Press DELETE SEQUENCE/SEQUENCE 2

A-14 MULTIPLE SEQUENCECASCADINGCascading multiple sequences is done by entering an EXECUTESEQUENCE statement in a sequence. The following steps illust

A-15 SUB-SEQUENCECALLING BY LOOPCOUNTERThe loop counter enables repetition of a sequence multiple times. Thisexample creates a sequence that sets the

A-16 SUB-SEQUENCECALLING BY LIMITTESTINGA sequence can use the result of a limit test to jump to anothersequence or to restart itself. A designated se

Step 6. Enter “1” from the keypad and press the X1 key.Step 7. Press then the following soft keys:TEST LIMITSBEEP ON FAILURE ONLIMIT TESTING ONStep 8.

Table of Contents3-1 INTRODUCTION ...3-33-2 GENERAL DESCRIPTION ...3-3Source Module or Modu

A-17 LOOP COUNTEREMBEDDED IN A DATAFILE NAMEIn a sequence, the loop counter value may be embedded in a data filename. This feature allows separate dat

Step 7. Press Seq then the following soft keys:CONTROL STATEMENTCONDITION STATEMENTLOOP COUNTER - 1IF LOOP COUNTER<>0SELECT EXISTING SEQUENCESEQ

A-18 TTL OUTPUT FORCONTROLLINGPERIPHERALSOn the parallel port, there are eight TTL compatible output lines thatcan be used for controlling external pe

A-19 TTL INPUT CONTROLSTATEMENTOn the parallel port, there are five TTL compatible input lines thatcan be used for controlling the flow of a sequence.

A-20 BNC TTL OUTPUTCONTROLSTATEMENTA BNC TTL output signal can be used to control the test environment.On a two-port instrument, the driven port has t

A-21 GOSUB SEQUENCE The GOSUB sequence capability allows treatment of a sequence as asubroutine. After the subroutine sequence has completed, executio

A-22 NESTING GOSUBSEQUENCESNesting sub-sequences is another method of cascading sequences. Thefollowing example illustrates this.Create Sequence 1 to

Create Sequence 3 (listing appears at left)Step 15.Press Seq/EDIT SEQUENCE/SEQUENCE 3.Step 16.Press Display/AUTOSCALE.Step 17.Press Seq/CONTROL STATEM

A-23 OPERATORMESSAGESAn operator message can be embedded in a sequence to inform theinstrument’s operator to take certain actions. An operator message

Step 2. Press Seq then the following soft keys:CONTROL STATEMENTMESSAGESEQUENCE COMMENTStep 3. Using an external keyboard or the message editingmenu,

WARRANTYThe Anritsu product(s) listed on the title page is (are) warranted against defects in materials andworkmanship for three years from the date o

A-24 DUMP A SEQUENCEIN ASCII TO DISKTo dump a sequence in a readable ASCII code to disk, proceed asfollows:Step 1. Press Seq then the following soft k

Table of ContentsB-1 INTRODUCTION ...B-3B-2 MS462XX REAR PANEL ...B-3B-3 CONNECTOR PINOUT

Appendix BRear Panel ConnectorsB-1 INTRODUCTION This appendix provides descriptions and pinout diagrams for theMS462XX rear panel connectors .B-2 MS46

MS462XX REAR REAR PANELPANEL CONNECTORSB-4 MS462XX OMNoiseInNoise+28VNO OPERATOR SERVICE-ABLE PARTS INSIDE.REFER SERVICING TOQUALIFIED PERSONNEL.WARNI

1.Noise +28: Outputs pulsed 28V supply to drive the noise source.2.Noise In: Routes Noise Source energy to the test set.3.Line Voltage Input: Three-pr

13.SCSI-2: Provides for connecting an external SCSI-2 hard disk drive (Option 4). Figure B-7 provides apinout diagram.14.LPT Line Printer: 25-pin conn

REAR PANEL MS462XX REARCONNECTORS PANELMS462XX OM B-7PIN NAME DESCRIPTION1-4 DIO 1 thru DIO 4 Data Input/Output. Bits are HIGH with the data is logica

MS462XX REAR REAR PANELPANEL CONNECTORSB-8 MS462XX OMPIN NAME DESCRIPTION1 STROBEPrinter Strobe. A low-true pulse that tells the printer valid data ha

REAR PANEL MS462XX REARCONNECTORS PANELMS462XX OM B-9PIN NAME DESCRIPTION1 Limit 1-4 Rtn Return for the Channel 1-4 limit signal2 (TTL Out 0)* Channel

Chapter 3Network Analyzers,A Primer3-1 INTRODUCTION This section provides front panel operating and measurementapplication information and data. It in

MS462XX REAR REAR PANELPANEL CONNECTORSB-10 MS462XX OMPIN NAME DESCRIPTION1 Red Red signal2 Green Green signal3 Blue Blue signal4 Not Used5 Not Used6

REAR PANEL MS462XX REARCONNECTORS PANELMS462XX OM B-11PIN DESCRIPTION1 Gnd2 Collision +3 Transmit +4 Ground5 Receive +6 Gnd7 N.C.8 Gnd9 Collision -10

MS462XX REAR REAR PANELPANEL CONNECTORSB-12 MS462XX OM65PIN DESCRIPTION1CD2 RXD3 TXD4 DTR5 N.C.6 N.C.7RTS8 CTS9 N.C.Figure B-8. Pinout Diagram, Serial

REAR PANEL MS462XX REARCONNECTORS PANELMS462XX OM B-13/B-14PIN DESCRIPTION1 thru 25 GND26 DATA 127 DATA 228 DATA 329 DATA 430 DATA 531 DATA 632 DATA 7

The latest copy of the Vector Network Measurement System TechnicalData Sheet, Anritsu Part Number: 11410-00288, can be downloaded fromthe documents ar

Table of ContentsD-1 INTRODUCTION ...D-3D-2 ORGANIZATION ...D-3D-3 CONVENTIONS...

Data EntryPowerKeyboardPort 3ChannelsEnhancementStimulusSystemPort 1Port 2Probe PowerMS4623BVector Network Measurement System10 MHz-6 GHz1852963-.G/ns

Appendix DSoft-Key Menu MapsD-1 INTRODUCTION This appendix provides menu maps that document the flow of thefront panel soft-key menus.D-2 ORGANIZATION

The MS462XX is a self-contained, fully integrated measurementsystem that includes an optional time domain capability. The systemhardware consists of t

D-3 CONVENTIONS The menu maps in this chapter use the following conventions:D-4 MENU MAPS The menu maps begin with Figure D-2, on the next page.Menu M

MS462XX OM D-5APPENDIX D Appl Key Menu Map (1 of 3)HELP ON / OFFSOURCE SELECTION+ / - xxx.xxxxxxxxx GHzTONE 2 OFFSETxxxxDISPLAY SELECTIONSOURCE / CW R

D-6 MS462XX OMAppl Key Menu Map (2 of 3) APPENDIX DRETURNFREQUENCIESCLEAR ALLFREQUENCYCLEAR SELECTEDxxTO BE CLEAREDFREQUENCY NUMBERFREQUENCYINSERT NEX

MS462XX OM D-7APPENDIX D Appl Key Menu Map (3 of 3)HELP ON/OFFTIME / DISTANCEDISPLAY,TIME,BANDPASSTIME,LOWPASSDOMAINX.XRELATIVE VELOCITYRETURNMOREIMPU

D-8 MS462XX OMMeas Key Menu Map, 2- and 3-port Instruments (1 of 2) APPENDIX DMIXED MODES-PARAMETERMOREEXT ANALOG INb2/a2 / labelS22, REFL/USER 4b1/a2

MS462XX OM D-9APPENDIX D Meas Key Menu Map, 4-port Instruments (2 of 2)1 ( UNITY )MOREa3 (Rc)a4 (Rd)a2 (Rb)a1 (Ra)x/xSxx / USER yNUMERATORS-PARAMETERU

D-10 MS462XX OMDisplay Key Menu Map (1 of 3) APPENDIX DAAACSheet 2BSheet 2DSheet 2CSheet 2BSheet 2CSheet 2CSheet 2BSheet 2CSheet 2CSheet 2BSheet 2CShe

MS462XX OM D-11APPENDIX D Display Key Menu Map (2 of 3)MORESEGMENTED LIMITSTEST LIMITSREALMORELIMITSDISPLAY ON / OFFREADOUT LIMITxx.xxx pULOWER LIMIT

D-12 MS462XX OMDisplay Key Menu Map (3 of 3) APPENDIX DARETURNxREFERENCE LINExx.xx dBREFERENCE VALUExx.xx dB / DIVRESOLUTION- LOG MAGNITUDE -SCALERETU

MS462XX OM D-13APPENDIX D Marker Key Menu Map, Frequency Sweep (1 of 2)ToMarkersFUNCTIONSMARKER READOUTREADOUTMARKERSREF MODE ON / OFFDMARKERSDISPLAY

AnalyzerModuleThe analyzer module down-converts, receives, andinterprets the IF signal for phase and magnitudedata. It then displays the results of th

D-14 MS462XX OMMarker Key Menu Map, Power Sweep (2 of 2) APPENDIX DToMarkersFUNCTIONSMARKER READOUTREADOUTMARKERSREF MODE ON / OFFDMARKERSDISPLAY ON /

MS462XX OM D-15APPENDIX D Freq Key Menu Map (1 of 1)FreqDISCRETE FILLMARKER SWEEPxxx.xxxxxxxxx GHzC.W. MODE ON / OFFSET CENTER/SPANxxx.xxxxxxxxx GHzST

D-16 MS462XX OMPower Key Menu Map (1 of 2) APPENDIX DPowerRECEIVER CALSOURCE 4 SETUPSOURCE 3 SETUPSOURCE 2 SETUPSOURCE 1 SETUPPOWERRETURNCORRECTIONAT

MS462XX OM D-17APPENDIX D Power Key (Power Sweep) Menu Map (2 of 2)PowerFreqxxx.xxxxxxxxx GHzC.W. MODE ON / OFFxxx.xxxxxxxxx GHzSTOPxxx.xxxxxxxxx GHzS

D-18 MS462XX OMSweep Key Menu Map (1 of 1) APPENDIX DSweepAUTO / MANUALSWEEP TIME MODEx.xx SSWEEP TIMESWEEP TIME ON/OFF(xxxxx REMAINING )xxxxx SWEEPST

MS462XX OM D-19APPENDIX D Config Key Menu Map (1 of 1)ConfigHOLDMOREDATA POINTSMULTIPLE SOURCESOURCECONFIGURATIONRETURNSOURCE 4SOURCE 3SOURCE 2SOURCE

D-20 MS462XX OMSequence Key Menu Map (1 of 1) APPENDIX DSeqEDITING FUNCTIONSUTILITYTTL I/OEDITDONE SEQUENCECONTROL STATEMENTGOSUB SEQUENCEEDIT SEQUENC

MS462XX OM D-21APPENDIX D Avg Key Menu Map (1 of 1)AvgBANDWIDTHSELECT I.F.xxFIGURE AVERAGENOISEFIGURE AVERAGENOISE ON / OFFxx.xx % OF SWEEPSMOOTHINGSM

D-22 MS462XX OMUtility Key Menu Map (1 of 3) APPENDIX DUtilityRETURNNEXT PARAM PAGECHANNEL 3 & 4CHANNEL 1 & 2OPERATIONCALIBRATIONSYSTEMPARAMET

MS462XX OM D-23APPENDIX D Utility Key Menu Map (2 of 3)ASheet 3BSheet 1CSheet 1AARETURNASSURANCEAUTO CAL( SERVICE USE ONLY )TROUBLE SHOOTING( SERVICE

frequency (IF). This signal can then be measureddirectly by a tuned receiver. The tuned receiverapproach gives the system greater dynamic range.The sy

D-24 MS462XX OMUtility Key Menu Map (3 of 3) APPENDIX DASheet 2ABBMOREWRITE DATA= XXXREAD DISK = XXXTRIGGER READXXX(CHANNEL NAME)DVM CHANNELA/D INPUTE

MS462XX OM D-25APPENDIX D Hard Copy Key Menu Map (1 of 1)CopyHardSTOP PRINTPORTRAIT/ LANDSCAPEPAGE ORIENTATIONOUTPUT OPTIONSOUTPUT HEADERSSETUPOUTPUT

D-26 MS462XX OMSave-Recall Key Menu Map (1 of 1) APPENDIX DRecallSave/RECALLSAVEAND CAL DATAFRONT PANELSAVE / RECALLRETURNSAVE CALINTERNAL MEMORYCAL 1

MS462XX OM D-27APPENDIX D Calibration Key Menu Map (Transmission & Reflection)(1 of 17)RETURNRETURNRETURNRETURNRETURNRETURNINFORMATIONDISPLAY WAVE

D-28 MS462XX OMCalibration Key Menu Map (Transmission & Reflection)(2 of 17) APPENDIX DAEXITSAVEAUTO CALDPage D-25APage D-15ASheet 3CalDoneTHRU UP

MS462XX OM D-29APPENDIX D Calibration Key Menu Map (Transmission & Reflection)(3 of 17)AUTOCALMEASURING...ABORT CALAUTOCALSAVEEXITDPage D-26APage

D-30 MS462XX OMCalibration Key Menu Map (Transmission & Reflection)(4 of 17) APPENDIX D*AxANEXT CAL STEPLINE TYPEMETHOD ANDCHANGE CALXXXLINE TYPE:

MS462XX OM D-31APPENDIX D Calibration Key Menu Map (Transmission & Reflection)(5 of 17)A1StandardCalibrationCoaxSTART CALTEST SIGNALSIMPEDANCEREFE

D-32 MS462XX OMCalibration Key Menu Map (Transmission & Reflection)(6 of 17) APPENDIX DA2StandardCalibrationMicrostripNEXT CAL STEP+XX.XXXX mmOFFS

MS462XX OM D-33APPENDIX D Calibration Key Menu Map (Transmission & Reflection)(7 of 17)BSheet 10ASheet 6NEXT CAL STEPNEXT CAL STEPXX.XXX e -12INDU

analyzer would measure a phase difference of 0 de-grees.Now consider that we make this same measurementat 1.1 GHz. The frequency is higher by 10 perce

D-34 MS462XX OMCalibration Key Menu Map (Transmission & Reflection)(8 of 17) APPENDIX DNEXT CAL STEPNEXT CAL STEPXX.XXX e -12INDUCTANCEXX.XXX WIMP

MS462XX OM D-35APPENDIX D Calibration Key Menu Map (Transmission & Reflection)(9 of 17)NEXT CAL STEPXX.XXX e -12INDUCTANCEXX.XXX WIMPEDANCEPARAMET

D-36 MS462XX OMCalibration Key Menu Map (Transmission & Reflection)(10 of 17) APPENDIX DA6LRL/LRMCalibrationCoaxA7LRL/LRMCalibrationMicrostripA8LR

MS462XX OM D-37APPENDIX D Calibration Key Menu Map (Transmission & Reflection)(11 of 17)MEASURE PORT 1((NO) CAL EXISTS)xxxxxxxxxxxxxxPORT 2:xxxxxx

D-38 MS462XX OMCalibration Key Menu Map (Transmission & Reflection)(12 of 17) APPENDIX DABNEXT CAL STEPMETHODCHANGE CALXXXLINE TYPE:XXXCAL METHODP

MS462XX OM D-39APPENDIX D Calibration Key Menu Map (Transmission & Reflection)(13 of 17)AMEASURE DEVICES3 PORTCALIBRATIONCONNECT ATHROUGHLINEBETWE

D-40 MS462XX OMCalibration Key Menu Map (Transmission & Reflection)(14 of 17) APPENDIX DANEXT CAL STEPMETHODCHANGE CALUSE EXISTING 3-PORTCAL YES/N

MS462XX OM D-41APPENDIX D Calibration Key Menu Map (Transmission & Reflection)(15 of 17)ATO PROCEEDPRESS <ENTER>ORDATA ON DISKTO STORE CAL&l

D-42 MS462XX OMCalibration Key Menu Map (Transmission & Reflection)(16 of 17) APPENDIX DNEXT CAL STEPREMEASUREMEASUREMENTRESTARTMEASURING...MEASUR

MS462XX OM D-43APPENDIX D Calibration Key Menu Map (Transmission & Reflection)(17 of 17)TO PROCEEDPRESS <ENTER>ORDATA ON DISKTO STORE CAL<

There are two ways of accomplishing this. The mostobvious way is to insert a length of line into the ref-erence signal path to make both paths of equa

D-44 MS462XX OMCalibration Key Menu Map (Harmonic)(1 of 1) APPENDIX DAPage D-16BPage D-16HELP ON / OFFNONE( (NO) CAL EXISTS )AND PHASEENHANCEMENT( (NO

MS462XX OM D-45APPENDIX D Calibration Key Menu Map (IMD)(1 of 1)AorBPage D-16CalMeasurement TypeIMDApplPressPressSelectHELP ON / OFFPERFORM CAL(( NO)

Calibration Key Menu Map (Noise Figure)(1 of 1) APPENDIX DD-46 MS462XX OMAPage D-15NOISE FIGUREHELP ON / OFFWITH 12-TERM*NOISE FIGURE*Not allowed with

APPENDIX D Calibration Key Menu Map (Gain Compression)(1 of 1)MS462XX OM D-47CalMeasurement TypeGAIN COMPRESSIONSWEPT FREQUENCYthenREFLECTIONTRANSMISS

Calibration Key Menu Map (Frequency Group Delay)(1 of 1) APPENDIX DD-48 MS462XX OMFREQUENCYTRANSLATIONGROUP DELAYHELP ON / OFFPERFORM CALAPPLY CAL ON/

Subject Index#10MHzRefIN...B-520 dB Expanded Smith Chart ...6-112-Port Calibration...7-193 dB Compressed Smith Chart

DData DisplayActive Channel Selection...6-16Analog Instrument Status ...6-15Disk Output...6-19Frequency...6-12Freque

Fourier Transform ...8-3Four-Port Calibration...7-26FREQ Key Menus ...4-62frequency domain...8-8Fre

MarkersDisplay of ...6-18Reference Position ...6-14Markers/Limits Keys ...4-3MEAS Key Menus...4-20Measur

Purpose, of Calibration Kits ...11-3RRack Mount (Option 1) Installation ...2-6Rear PanelConnector Key ...B-4TOB-13Diagrams...

NetworkAnalyzerMeasurementsNow let us consider measuring the DUT. Consider atwo port device; that is, a device with a connector oneach end. What measu

TTabular Printout ...6-18Teflon Tuning Washers ...11-10Test Ports, Discussion ...7-3Test Set Module...

There are several ways in which all the informationcan be displayed on one trace. One method is a polardisplay (Figure 3-17). The radial parameter (di

Another important parameter we can measure whenphase information is available is group delay. Inlinear devices, the phase change through the DUT islin

Summary A network analyzer is similar to a scalar networkanalyzer. The major difference it that it adds the ca-pability for measuring phase as well as

Table of Contents4-1 INTRODUCTION ...4-34-2 FRONT PANEL KEY DESCRIPTIONS ...4-34-3 SOFT-KEY MENUS,

Data EntryPowerKeyboardPort 3ChannelsEnhancementStimulusSystemPort 1Port 2Probe PowerMS4623BVector Network Measurement System10 MHz-6 GHz1852963-.G/ns

Chapter 4Front Panel Operation4-1 INTRODUCTION This chapter describes the front panel keys, controls, menus, andrelated GPIB mnemonics. The chapter is

Index 12 Stimulus KeysFreq: Displays the first in a series of menus that provide fre-quency-sweep control and let you trigger I.F. calibration measure

Index 16 System KeysPrint: Tells the printers, plotters or disk files to start output basedon the current selections.Hard Copy: Displays the first in

b. GPIB Mode: The key returns the instrument to local (front panel)control, unless the controller has sent a local lockout message (LLO)over the bus.I

4-4 APPL KEY MENUS This key provides entry to measurement application functions.Menu Name Function Description GPIB MnemonicAPPLICATIONSMEASUREMENT TY

Menu Name Function Description GPIB MnemonicD.C. TERMSETUP FORLOWPASSPROCESSINGAUTO EXTRAPOLATE Sets the D.C. term to a value determined byextrapolati

Menu Name Function Description GPIB MnemonicDOMAIN2RANGE SETUP Changes the soft-key display to a DISPLAYSETUP menu.NoneGATE SETUP Changes the soft-key

Menu Name Function Description GPIB MnemonicHARMONICSWEEP MODESOURCE/CW RCVRSweeps the source frequency or receiverfrequency.APPSWPC; APPSWPS;APPSWPX?

Menu Name Function Description GPIB MnemonicIMD SOURCESELECTIONSELECTOR MODEDEFINE/APPLYSwitches between DEFINE and APPLY setupmodes. The parameter ch

Menu Name Function Description GPIB MnemonicLOWPASSDISTANCEDISPLAY SETUPSTARTXXX.XXX mmSets the start distance of the display. GST; GST?STOPXXX.XXX mm

Menu Name Function Description GPIB MnemonicMEASUREMENTTYPETRANSMISSION ANDREFLECTIONChanges the soft-key display to theTRANSMISSION AND REFLECTION me

Menu Name Function Description GPIB MnemonicMIXERLO/RECEIVERSETUPLO IS SOURCE(2-4)XSelects the LO source. APPLORS2-APPLORS4;APPLORSX?LO OFFSET FROM RF

Menu Name Function Description GPIB MnemonicMULTIPLEFREQUENCYGAINCOMPRESSIONTEST AUT Changes the soft-key display to the MULTIPLEFREQUENCY GAIN COMPRE

Menu Name Function Description GPIB MnemonicNOISE FIGURESETUPNOISE SOURCEINTERNAL/EXTERNALToggles noise source between Internal andExternal.NFSRCI; SF

Menu Name Function Description GPIB MnemonicSWEPTFREQUENCYGAINCOMPRESSIONNOMINAL OFFSET XXX dB Sets nominal offset. NOFST; NOFST?GAIN COMPRESSIONPOINT

Menu Name Function Description GPIB MnemonicSWEPT POWERSETUPSWEPT POWERFREQUENCYXXX.XXXXXX GHzSets the power sweep frequency. PSF; PSF?P START XX.XX d

Menu Name Function Description GPIB MnemonicWINDOW/GATESHAPE SETUPRECTANGULAR Selects a Rectangular (one-term) shape. WRT; GRTNOMINAL Selects a two-te

Safety SymbolsTo prevent the risk of personal injury or loss related to equipment malfunction, Anritsu Company uses thefollowing symbols to indicate s

4-5 MEAS KEY MENUS This key provides entry to measurement functions.Menu Name FunctionDescriptionGPIB MnemonicSELECTBALANCEDPORT PAIR(3 PORT MODELSWIT

Menu Name FunctionDescriptionGPIB MnemonicSELECTBALANCEDPORT PAIR(2ND PAIR)(4 PORT MODELS4 PORT DEVICES)(1:2)/(2:1) Selects Ports 1:2 or 2:1 as the se

Menu Name FunctionDescriptionGPIB MnemonicSELECTMIXED MODES-PARAMETERSDCMODE CONVERSIONSelects SDC to be the active S-parameter. MSDC; MMSDC*SCDMODE C

Menu Name FunctionDescriptionGPIB MnemonicSELECTMIXED MODES-PARAMETER5(4 PORTMODELS)SD2C1MODE CONVERSIONSelects SD2C1 to be the active S-parameter. MS

Menu Name FunctionDescriptionGPIB MnemonicSELECTS-PARAMETERS13, TRANS/USER 5b1/a3Selects S13 to be the active S-parameter. S13S23, TRANS/USER 6b2/a3Se

Menu Name FunctionDescriptionGPIB MnemonicUSER DEFINEDS-PARAMETERDENOMINATORSxx/USERxx/yDisplays the active S-parameter and its ratio. USR1 to USR9; U

Menu Name FunctionDescriptionGPIB MnemonicUSER DEFINEDS-PARAMETERNUMERATORSxx/USERxx/yDisplays the active S-parameter and its ratio. USR1 to USR9; UDP

Menu Name FunctionDescriptionGPIB MnemonicUSER DEFINEDS-PARAMETERNUMERATOR(4 PORTMODELS)Sxx/USERxx/yDisplays the active S-parameter and its ratio. USR

4-6 DISPLAY KEY MENUS This key provides entry to display functions.Menu Name Function Description GPIB MnemonicDISPLAYDISPLAY MODE Changes the soft-ke

Menu Name Function Description GPIB MnemonicDISPLAY MODESINGLE CHANNEL Selects a single channel for display. You select thetype of display in menu GRA

Safety 2 MS462XX OMAlways refer to the operation manual when working near locationswhere the alert mark, shown on the left, is attached. If the opera-

Menu Name Function Description GPIB MnemonicEDIT UPPERLIMIT SEGMENTSGRAPH TYPESEGMENT X ON/OFF Enter the segment number that you want to define,and tu

Menu Name Function Description GPIB MnemonicGRAPH TYPES 2POWER OUT Provides for measuring output power. Themeasurement of output power is accomplished

Menu Name Function Description GPIB MnemonicREADOUT LIMIT-GRAPH TYPE- Displays the currently selected graph type. NoneUPPER LIMIT (REF)XX.XX dBSets th

Menu Name Function Description GPIB MnemonicREFERENCEPLANE PERPORTPORT X Select the port number. RPPORTNUM;RPPORTNUM?AUTO Changes the S-parameter bein

Menu Name Function Description GPIB MnemonicSCALEIMAGINARYRESOLUTION XX.XXXU/DIVSets the resolution for the vertical axis of the activechannel display

Menu Name Function Description GPIB MnemonicSCALE LINEARMAG & PHASE(CAL)-LINEAR MAG-NoneRESOLUTIONXX.XXX U/DIVSets the resolution for the vertical

Menu Name Function Description GPIB MnemonicSCALE LOG MAG& PHASE-LOG MAG-NoneRESOLUTIONXX.XX dB/DIVSets the resolution for the vertical axis of th

Menu Name Function Description GPIB MnemonicSCALE LOGMAGNITUDERESOLUTIONXX.XX dB/DIVSets the resolution for the vertical axis of the activechannel dis

Menu Name Function Description GPIB MnemonicSCALE POWEROUT (CAL)RESOLUTIONXX.XX dB/DIVSets the resolution for the vertical axis of the activechannel d

Menu Name Function Description GPIB MnemonicSCALE REAL &IMAGINARY CAL)-REAL-NoneRESOLUTIONXX.XXX U/DIVSets the resolution for the vertical axis of

Anritsu products comply with the immunity requirements defined by the European Immunity StandardEN 61000-4-2:1995/EN50082-1:1997-4kV CD, 8kV AD for st

Menu Name Function Description GPIB MnemonicSCALE SWRRESOLUTIONXX.XXX U/DIVSets the resolution for the vertical axis of the activechannel displayed gr

Menu Name Function Description GPIB MnemonicSELECT FILE TOREADFILE 1 Recalls the data stored in file number 1 NoneFILE 2 Recalls the data stored in fi

Menu Name Function Description GPIB MnemonicSET DIELECTRICAIR(1.000649)Calculates reference delay based on the dielectricconstant of air (1.000649).DI

Menu Name Function Description GPIB MnemonicSINGLE LIMITSIMAGINARY-IMAGINARY- NoneUPPER LIMITXX.XXXXXX U ON/OFFTurns the Upper Limit line on or off fo

Menu Name Function Description GPIB MnemonicSINGLE LIMITSLINEAR MAG &PHASE-LINEAR MAG- NoneUPPER LIMITXX.XXXXXX U ON/OFFTurns the Upper Limit line

Menu Name Function Description GPIB MnemonicSINGLE LIMITSLOG MAGNITUDEUPPER LIMITXX.XXXXXX dBON/OFFTurns the Upper Limit line on or off for the active

Menu Name Function Description GPIB MnemonicSINGLE LIMITSLOG POLAR-LOG POLAR- NoneUPPER LIMITXX.XXXXXX dBON/OFFTurns the Upper Limit line on or off fo

Menu Name Function Description GPIB MnemonicSINGLE LIMITSREAL-REAL- NoneUPPER LIMITXX.XXXXXX U ON/OFFTurns the Upper Limit line on or off for the acti

Menu Name Function Description GPIB MnemonicSINGLE LIMITSSMITH CHARTUPPER LIMITXX.XXXXXX UON/OFFTurns the upper limit on or off for the active channel

Menu Name Function Description GPIB MnemonicTRACE MEMORYCHANNEL XVIEW: NoneDATA Displays measured data; that is, the data presentlybeing taken.DATMEMO