Ideal Mobile Power

Chapter 4, Description of Fields

Fields

This field displays the power level that a mobile station on a call should be transmitting to the Test Set. The value displayed for Ideal Mobile Power should closely match the measured value for Average or Channel Power, providing the following conditions are met:

•The Average Power measurement is zeroed, if you are making an Average Power measurement.

•The Channel Power measurement is calibrated, if you are making a Channel Power measurement.

•The Closed Loop Pwr Cntl field mode is set to Closed Loop.

•Path loss has been accounted for by turning on the RF Level Offset field.

•No additional signals, such as external interference, are being received by the mobile station.

•The noise figure of the mobile station receiver is 10 dB or greater.

Ideal Mobile Power is a calculated value based on equations found in the applicable TIA/EIA standard under "Estimated Open Loop Output Power".

GPIB Example

“DISP CCNT;CDMA:MOB:POW:IDEA?“

queries the Ideal Mobile Power field.

Screens Where Field is Present

CDMA CALL CONTROL

CDMA TRANSMITTER POWER RANGE TEST

273

Page 273

Image 273

Agilent Technologies E8285A manual Queries the Ideal Mobile Power field

Contents

Reference Guide Copyright License under the clause at Dfars 52.227-7013 APR Herstellerbescheinigung Manufacturer’s Declaration General Safety Considerations for this Instrument Product Markings E8285A Cdma Mobile Station Test Set Duration of Warranty 1 year \agilent\e8285\REFGUIDE\MANUAL\frntmt.fb Declaration of Conformity Agilent Technologies E8285A Support Contacts Regional Sales and Service Offices Testing and for analog testing TestingThis Book Technologies E8285A Documentation Map Instrument Basic User’s Handbook E2083-90000 Specifications 5968-8839E Contents 100 101102 105 104106 108 148 144 Cmax Dsat ESN Contents MS FER Rand Randu SID MSB System ID 418 System Type Call Control Contents Keys are listed in alphabetical order Description of Keys Agilent Technologies E8285A Front Panel Address KeysAnswer This sets the Test Set’s Gpib address to Average AssignSee Also Programming Average Output 714MEASAFRDISTNAVERSTAT on Cancel Call/PageEEX End/Release Ibasic resetEnter Hold Increment ÷10, Increment set, Increment This queries the increment value for the RF Gen Freq fieldProgramming Increment set Output 714RFGFREQINCRMODE LOG Frequency Increment value from 10 MHz to 1 MHzProgramming Increment÷10 K1 K5, & K1’- K3’ Programming Increment ×10Cannot be changed Local Puts the device at address 14 in local modeLow limit, High limit Programming Local Output 714MEASAFRDISTNHLIMSTAT? Analyzer FM deviation measurement Used to display the high and low measurement limit valuesDeviation measurement YES HLIMitEXCeeded? and LLIMitEXCeeded? commands to detect if aViation measurement have been exceeded To Detect If a Measurement Limit Has Been Exceeded. Use Meas reset This resets all of the active measurements in the Test SetProgramming Meas reset Meter Programming MeterTo Turn the Meter on and OFF To Query the State of the Meter To Set the Number of Intervals on the MeterTo Query the Number of Intervals on the Meter Meter for the TX power measurement Endpoint to 10 watts for the TX power measurementGraph meter high endpoint and low endpoint To Set the Meter High End and Low End Points Graph meter for the TX power measurement to dBm To Set the Meter High End and Low End Point Display UnitsTo Query the Meter High End and Low End Point Display Units Preset PowerNo Ratio W On/Off See Also Print Configure Screen on This recalls the instrument state saved in the file SETUP1Print Recall Programming Ref set Ref set Set a measurement reference point Commands to query a measurement reference point Measurement to dBm Register This saves the instrument state to a file named SETUP1Release Save Shift To 9, decimal point ., +/-, and a to F Yes On/Off Backspace Symbol KeysDown-Arrow, Up-Arrow E8285A User’s Guide Units-of-Measure Keys Miscellaneous Hardware Front Panel KnobsCursor Control Knob Key Name Screen Displayed Gpib Example Programmable Front-Panel Keys for Screens Non-Programmable Front-Panel Keys and Functions Data Functions Keys Guidelines for Using Measurement Data Functions Guidelines for Using Numeric Entry Field Data Functions User Keys Connectors are listed in alphabetical order Description of Connectors Agilent Technologies E8285A Rear Panel Description of Connectors Connectors AntennaOperating Considerations Audio in LOW, High Audio OUT Audio output is used to output signals from AF Generators 1AUD Monitor Output See Also Scope To field description, on Cell SITE/TRIGGERS Composite Video Cdma Clock MUX Output Duplex OUT Even SEC InputSee Also Cdma Clock MUX Output field description, on EXT REF Input GpibSee Also Gpib Adrs field description, on Pin assignments for this connector are as follows Modulation InputPaging Channel Logging DCS2 Protocol Serial Parallel Port SA Trig Output RF IN/OUT Serial Port Serial Port Traffic Channel Logging DCS1 16X Chip OutputSee Also Cell SITE/TRIGGERS on See Also EXT REF Input on MHz Output These screens are listed in alphabetical order Description of Screens Adjacent Channel Power Screen Adjacent Channel Power Screen How the Test Set Measures Adjacent Channel Power ACP AF Analyzer Block Diagram on AF Analyzer ScreenAF Analyzer Screen AF Analyzer Functional Block Diagram AF Analyzer Block Diagram Call Control Screen Call Control Screens Analog Meas Screen Call Control Screens Analog Meas How To Program The Analog Meas Screen Requirements for Using The Analog Meas Screen Authentication Screen Call Control Screens Authentication Call BIT Screen Call Control Screens Call BIT General Syntax Using the Call BIT Screen Call BIT Screen Signaling Message Names Example of Querying a Single FieldExample Printout Printed Test Set Response Message General Syntax’Example of Modifying Multiple Fields With One Output Call Configure Screen Call Control Screens Call Configure Call Data Screen Call Control Screens Call Data Messages which can be viewed are Aword Reading the Call Data Screen Message Fields Querying Multiple Fields With Single OUTPUT/ENTER Querying a Single Field Example of Querying a Single Field Cdma Authentication Screen Cdma Authentication Screen Cdma Call Control Screen Cdma Call Control Screen Cdma Cell Site Configuration Screen Cdma Cell Site Configuration Screen Cdma Cellular Mobile Receiver Block Diagram on Cdma Cellular Mobile Receiver Test ScreenCdma Cellular Mobile Receiver Test Screen OUT Cdma Cellular Mobile Receiver Block Diagram Cdma Cellular Mobile Transmitter Test Screen Cdma Cellular Mobile Transmitter Test Screen Cdma Gated Power Screen Cdma Gated Power Screen Cdma Generator Control Block Diagram on Cdma Generator Control ScreenCdma Generator Control Screen Lator Cdma Generator Control Block Diagram Cdma Mobile Reported FER Screen Cdma Mobile Reported FER Screen Cdma Mobile Reported Pilot Strength Screen Cdma Mobile Reported Pilot Strength Screen Cdma Open Loop Time Response Order Screen Cdma Open Loop Time Response Screen Cdma Reverse Channel Spectrum Screen Cdma Reverse Channel Spectrum Screen Cdma Short Message Service Screen Cdma Short Message Service Screen Cdma Swept Power Measurement Screen Cdma Swept Power Measurement Screen Cdma Transmitter Power Range Screen Cdma Transmitter Power Range Test Screen Configure Screen Configure Screen Duplex Test Block Diagram on Duplex Test ScreenDuplex Test Screen Duplex Test Functional Block Diagram Duplex Test Block Diagram Help Screens I/O Configure Screen Message Screen Oscilloscope Screen and Menus Oscilloscope Screens Oscilloscope Input Indicator Using the Scope To FieldSelecting the Oscilloscope’s Input Printer Configurations Screen Print Configure Screen RF Analyzer Block Diagram on RF Analyzer ScreenRF Analyzer Screen RF Analyzer Functional Block diagram RF Analyzer Block Diagram RF Generator Block Diagram on RF Generator ScreenRF Generator Screen 2II RF Generator Functional Block Diagram RX Test Block Diagram on RX Test ScreenRX Test Screen RX Test Fields and Their Functions RX Test Block Diagram Select Service from the To Screen menu Service Screen To access the functions without having to change menus Menus are accessed using the Controls fieldSpectrum Analyzer Screens Spectrum Analyzer Screen and Menus Using the Spectrum Analyzer Setting Resolution Bandwidth and Sweep RateAutomatic Calibration Tests Screens Description of the Tests SubsystemTests Main Menu Screen Tests Main Menu Or SET UP Test SET lists Tests Channel Information This screen displays the channel frequencies to be testedTests Channel Information Screen Tests Test Parameters Screen Tests Test Parameters Tests Order of Tests Screen Tests Order of Tests Tests Pass/Fail Limits Screen Tests Pass/Fail Limits Tests Save/Delete Procedure Screen Tests Save/Delete Procedure Tests Execution Conditions Screen Tests Executions Conditions Tests External Devices Screen Tests External Devices Tests Printer Setup Tests Printer Setup screen determines how tests are runTests Printer Setup Screen Tests Ibasic Controller Screen Tests Ibasic Controller TX Test Block Diagram on TX Test ScreenTX Test Screen TX Test Functional Block Diagram TX Test Block Diagram 146 Field descriptions are listed in alphabetical order Description of Fields Screens Where Field is Present Access annunciatorFields Abort Print Selects the Access Probe Power measurement Avg PowerAcc Prb Pwr Acc Prb Pwr 150 AC Level Access Probe annunciator Active ACP Meas Active annunciatorTurned on Base station is not active Addr Add IntcptEnters 8 in the Add Intcpt field Tests External Devices AF Cnt Gate AF Anl AF Freq AFGen1 Lvl AFGen1 Freq AFGen1 To AFGen2 FreqThis field has two fields AFGen2 To AKey Entering an Akey Directly into the Test SetGenerating a New Akey Enters a 1 preceded by 19 0’s in the A-Key field Key Digits All Chans? AlertThis field sets the Alert parameter in SMS messages Sets the Alert parameter to On Selects All Bands in the Alt Pwr Ms Cal Bands field Alt Pwr Ms Cal Bands Ampl Error Queries the Cdma amplitude error measurement resultAM Depth Amplitude See Also Atten Hold on Screens Where Field is Present Answer Mode Amplitude Cdma Swept Power MeasurementSelects manual mode Sets the trigger amplitude Antenna Sets the remote operation trigger mode to SingleArm Triggers all active measurements Queries the Cdma gated power attack time Disarm field description, on Screens Where Field is PresentAttack Time This field sets the Audio in LO connector’s state Atten HoldAudio In Lo Authentication Tests, E8285A Application Guide Turns Authentication OnAudio Out Authen Clears the Authentication Data Table Authentication Data TableQueries the Cdma Authentication Data Table Authen Data Clear Data Position Numeric Value Reading the Authentication Data Table over Gpib 173 END Select Programming Example for Authentication Data Table 175 Authent Auto/NormThis field specifies how the trigger level is set Autostart Test Procedure on Power-Up Auto ZeroTests Execution Conditions Avg Power Operating Considerations for the Average Power MeasurementAverages Selects the average power measurement Queries the average power measurementZeroes the average power measurement See Also Chan Power on Sets the Awgn generator’s level to −75 dBm Awgn Band Class Sets the Bandclass parameter toIf Bandclass 1 or 4 is selected Base Freq User Defined Base Frequency is calculated using the following formula Base ID BeeperParameters Message from the Test Set BER Thresh Burst Time Queries the Cdma gated power burst time This field is coupled to the Span field’s setting By # errorsBW= Range of Values Called Number By # frames Calling Name This field is used for measuring access probe power levelsCall Limit Limits call progress to the paging channel Cdma Status Register Bit Definitions Call StatusRegistering annunciator on 360 Carrier Carrier RefQueries the carrier feedthrough measurement result Center Freq Analog CC Order Center Freq Cdma Selects n up power control stepsChange Sets the center frequency to 850 MHz Chan is divided into two fields Chan Sets the Channel field to Channel Cdma to Analog or Interband Handoffs Channel BW Chan Power Selects Channel Power measurementsQueries the channel power measurement Chan Power Meas Intrvl Operating Considerations for the Channel Power MeasurementSets the measurement interval to 1 ms Chan Std CheckTests Pass/Fail Limits Check Digits Timer Reg field onMS Database field on Register Cdma field on Ch Loc For Ntacs systems, the choices areSyntax and an example for Ntacs systems are as follows Chan Space User Defined Ch Offset Selects Open Loop power control mode This field sets the power control modeEventually dropped. See Drop Timer on Closed Loop Pwr Cntl Cmax Clr ScrThis field is used to clear the Ibasic controller screen Tests Ibasic Controller Current control channel setting CCHannel command is used to control this fieldCntl Chan Cnfg External Devices Cntry Code Test Save/Delete ProcedureCode Location Sets the base station’s country code to This field sets the confidence coefficient for FER testing ConfidenceSets a confidence coefficient of 95% Range of values floating point number 80 through Connect annunciator Connected annunciator When a call is terminated, this annunciator will go outContinue Swered Controls Cdma Gated Power Cont/SingleControls Cdma Reverse Channel Spectrum Default selection is Main Controls Cdma Swept Power MeasurementControls Open Loop Time Response Select among the following Controls Oscilloscope Controls Spectrum AnalyzerCurrent Data Mode Data LengthSets the User Data field data format to hexadecimal Selects full-rate data transmission Data Rate Data Spec How to read the contents of the individual messages Selects Prbs Data Type DC Current Date DC Level De-Emphasis De-Emp GainDelete Ch Tests Channel Information Delet Stp Delet InsDescription Tests Order of Tests, External Devices Detector Types Detector Disarm DisplayStops a measurement in progress Setting the Display field to Data Call Control Screen Received Data Fields Information Strings Available From The Received Data Fields Information Strings Available from Reverse Voice Channel Information Strings Available When a Decoding Error Occurs Setting the Display Field to Meas Call Control Screen with Meas Selected Call Control Screen with NMeas Selected Display Interim Results Enables displays of user messagesDisplay User Mssgs Displays interim FER results Display Word On how to read the contents of the individual messages BSChalOrd Display Word Choices AuthWORDMRI Ord Nrvc Ord RVC Ord RVCBSChalRVCOrdCon UniqChCon 235 Distn Drop Intcpt Enters 4 in the Drop Intcpt fieldSee Also TDrop field description, on Drop Timer This field turns the call drop timer on or offTurns off the call drop timer Dsat Sets the Dsat field to 0 2556CB DSAT/DST hex Dsat Meas Call Control when Namps is selected in the System Type field Duplex Out Duplicate User DataEnters 2 times in the Duplicate Entered Data field Delays your voice 2 seconds Echo DelayEb/Nt Queries the Eb/Nt field Selects the Octet format Encoding Enter Hex Data Enter Ascii Data Enter Procedure Filename ErrorsTests Save/Delete Procedure Queries the FER errors measurement result Errors Counted Esc Mode Enables escape modeESN dec ESN ESN hex Executes the handoff Execute Handoff Execute Closed Loop Power Control Change Exec Execution CondExpected Queries the expected PN Offset value for Sector a Expected PN Offset Expected Strength ExampleQueries the expected pilot strength value for Sector a Queries the Expected TAdd value calculated by the Test Set Expected TAdd Queries the Expected TDrop value calculated by the Test Set Expected TDrop Ext Load R External Disk Specification Ext Nghb STD-008 Kor PCSField on Queries the currently displayed FER measurement result FER FER Report Clear Clears the Errors Reported and Frames Reported fieldsFER Spec FF at End Filter FF at Start Firmware Flow CntlFM Coupling FM Deviation Call Control FM Deviation Frame Clock Frames Frames CountedQueries the FER frames measurement result Selects frequency error from the list of choices Freq Error CdmaQueries the Cdma frequency error measurement result Freq Channel Information Freq Error Analog Displays the Freq Error measurement fieldCall Control when Meas is selected in the Display field Frequency Analog Gate Time Gain CntlSee Also Num of Bits field on Gen-Anl GridTurns off the display grid Handoff Grid Cdma Swept Power MeasurementSets the grid to on or off This field is used to initiate a handoff Executes a Cdma to Analog handoff Hard Handoff annunciator Gpib Adrs Ibasic EchoIbasic Ibasic Cntrl Queries the Ideal Mobile Power field Ideal Mobile Power If Filter Init PowerIf Unit-Under-Test Fails Sets Initpwr to Input Att Input Atten Ator hold modeInformation Requires you to set the needed amount of input attenuation Input Gain Input Port Insrt Ins Insert Ch Insrt Stp Inst EchoInst# Internal KeepThis field selects the trigger source Length Queries the length of the current SMS message lengthProgramming Example for Keep Field Library Level divLines/Page Lower and Upper ACP RatioLevel Lvl Cdma Gated Power Lower LimitQueries the level at the current marker position Main Menu Lvl Open Loop Time Response Marker Freq Marker Lvl Cdma Swept Power MeasurementQueries the frequency at the marker’s present position Queries the amplitude at the marker’s present position Marker Lvl Marker Time Marker Norm/DeltaSelects Delta in this field Queries the difference in frequency between the two markers Marker Pos Cdma Reverse Channel Spectrum Marker Time Cdma Gated PowerPositions the marker in the center of the display Positions the marker at 0 microseconds Marker Time Open Loop Time Response Marker Time Cdma Swept Power MeasurementPositions the marker at 0 milliseconds Position is settable in units of milliseconds Marker To Max Frames Mask TypeThis field sets the maximum frame count for each FER test Sets the maximum number of frames for FER measurements to Max Power Executes a Min/Max Power measurementQueries the Max Power measurement value Max Slot Cycle Index Max Req Seq, Max Rsp SeqSets both parameters to Sets the cycle to 2.56 seconds Sets the measurement mode to single Message Data ModeCdma Gated Power unlabeled Meas Cntl Min Power Queries the Min Power measurement valueMic Pre-Emp Min/Max Pwr Causes the Test Set to execute a Min/Max Power measurement Mobile Parm Identifies the mobile station parameter MUX1REV1Sets the mobile station’s MUX1REV1 parameter value to Mobile Power Mode Mobile Pwr ModeModel Mod In To Syntax for MS Id Field MS Id MS Ack Cause Code 304 MS Ack Rcvd annunciator Screens Where Annunciator is Present MS Database Protocol field on MS FER MS FER Report Interval MS IDSets the mobile station’s FER report interval to 160 frames Enters the mobile station’s MIN number Enters the mobile station’s phone numberOperating Considerations for MS ID Field Network ID Netwrk CodeSets the base station’s network code to Nghb Fq Ch Nom Pwr Ext Nom PowerSets Nompwr to Sets Nompwrext to No Pk/Avg Normalize Notch Gain Notch Freq Num of Bits Notch CouplBuffer has a maximum capacity See Also Gate Time field on Num Step Num PagesSets the Num Pages field to two Sets Numstep to Sets the Ocns Walsh code to Ocns Sector a Power Ocns Sector B Power Offset FreqSets the Walsh code for the Ocns to Executes a time response to open loop power control test Open Loop Time Response ExecuteOptions Order Enters 1111111 in the Orig Addr field Orig Addr Output Atten Hold Tests Printer Setup, Execution ConditionsOutput Heading Holds the output attenuators Output Port Tests Execution Conditions, Printer SetupOutput Results For This field selects the RF output port on the Test Set Syntax Example Output Results To Annunciator RateSets the Page Rate field to full Specifies the messages to be sent Send Sets Sector a pilot power to −16 dB Paging Sector a PowerSee Also Call/Page on Screens Where Field is Present Sent annunciator Parameter Pam SizeParm Test Parameters Sets Pamsz to Pass Word Parity Pcmcia Phone NumThis field provides re-formatting of Pcmcia cards Phs Error Selects phase error from the list of choicesQueries the phase error measurement result Pilot Sector B Power Pilot Sector a PowerSets Sector a pilot power to −7 dB Sets Sector B pilot power to −7 dB Sets the Pilot Inc field to Pilot Inc Clears the contents of the Cdma Mobile Reporting table Pilot Meas ClearPk Det To PN Offset Status States Decimal Pilot Strength Level is above Programming Example PN Offset Sector a Power PN Offset Sector B PowerSets the pilot PN offset index to Port/Sweep PositionThis control performs two functions Power Cntl Step Size Refer to the Chan Power field description, on Power MeasRefer to the Avg Power field description, on Gpib Example Operating Considerations, Power Zero This field allows entry of the power increment Pwrstep Power StepPrint All Sets Pwrstep to Print Data Destination Print Printer SetupPrinter Address Printer Port Sets the Priority parameter to Urgent Priority Proc Save/Delete Procedure Procedure LibraryPrivacy Sets the Privacy parameter to Restricted Program Setting up a Call chapter in the E8285A Application GuideProtocol This field provides a choice of these protocol selections Pwr Dwn Reg Enables or disables power down registrationPwr Level Sets the Pwr Level Vmac field to Pwr Lvl field is divided into two fields Pwr LvlLeft-Hand Field Right-Hand Field Pwr Up Reg Rand RandaQueries the Rand field Randb See Also SSD Update field on Screens Where Field is PresentRandssd Queries the Randssd field RANDSSD2 RANDSSD1 Randu RANDSSD3 See Also Uniq Chall field on Screens Where Field is Present Range HoldQueries the Randu field Receive pace field is used when receiving serial data Rcv PaceReceived Ref Level Ref Level Cdma Swept Power MeasurementSets the reference level to 0 dBm Sets the reference level high value Reg Period Sets the timer-based registration period to Register Analog Register CdmaCauses the mobile to register Register annunciator MS ID field description, on Screens Where Field is Present Registering annunciator Release Time Queries the Cdma gated power release time Res BW Reset Spectrum Analyzer When the Controls field is set to RF Gen RF Anl Freq Cdma Swept Power MeasurementRF Channel analog Selects the RF analyzer frequency Selects channel RF Channel Cdma RF Chan Std Range MHz Numbers E8285A Generate E8285A Receive Mobile Test Channel RF Display RF Cnt Gate RF Gen Freq RF Gen VoltsSets the RF generator to 815 MHz RF Level Offset RF Out RF Offset RF Power Queries the RF Power levelRgstr NID Rssi Thresh Rgstr SID RX/TX Cntl Run Test RunSAT Sets the SAT field to 6000 Hz SAT field is divided into two fields TX Test Analog SAT Deviation Sat Tol SCM Save/Recall Sc Priority Scope ToSets the search priority level in the custom neighbor list Sets Sector A’s power to −100 dBm Sctr a PwrTurns on Sector a Sctr B Pwr Select Procedure Filename Select Procedure Location Tests Save/Delete Procedure Tests Main MenuSend Msg Send Msg Cdma Swept Power Measurement Send WordSTD-008 Kor PCS TSB-74 Sensitivity Serial BaudThis area performs two functions Serial9 Serial NoThis field displays the serial number of the Test Set Set Message Set Message ChoicesBSChalCon FVC O Mes FVCBSConFVCUniqCh FVC V Mes MSMessOrd MS InVCh RandChalB RandChalA Call Bit Set Message Field Descriptions UniqChOrd 391 OHD This field displays the overhead message type 393 Seqn Order of Tests Settling SID MSB Slope Cdma Swept Power Measurement SinadSets the trigger slope SMS Sent annunciator SMS In Progress annunciatorSngl Step SNR Operation SNR Softer Handoff This field controls softer handoffsBegins a softer handoff Soft Slope Softer Handoff annunciatorQueries the Cdma condition register This field is used to enter the parameter Softslope Span Speaker ALCSets the frequency span to 3 MHz Speaker Vol Spec Pass/Fail LimitsSpec# Squelch Sets search-window a to Srch Win a Sets search-window N to Srch Win N Srch Win R SSDA=0 annunciatorSets search-window R to Ssda Ssdb SSD Update Initiates the SSD Update procedureAuthentication Tests, E8285A Application Guide Status Mobile Reported Pilot Strength SSD Update annunciator Programming example for Status Field Operating Considerations for Status Field Status Cdma Authentication Status Cdma Swept Power Measurement Zzzz newQueries for the arming status of the measurement 251 Screens Where Field is Present StepsStep Size Stop Length Step# Programming Example for Strength Field Strength Sync Sector a Power Swept Pwr Cdma Swept Power MeasurementThis field allows for arming the swept power measurement Arms the measurement System Type Call Control System ID All instances, the default is Amps System Type CDMA-to-CDMA or CDMA-to-Analog HandoffSelects the Amps system type for a Cdma to analog handoff TComp TAddSets Tadd to Sets Tcomp to Operating Considerations TDrop This field allows entry of the pilot drop threshold TdropSets Tdrop to TTDrop Handoff Drop Timer Expiration ValuesTest Name Sets Ttdrop to Test Status Test Procedure Run Mode This annunciator is lit when a FER test is in progress This field is duplicated on the Cdma Call Control screenMeasured FER is displayed as 0.6% Failed annunciator Measured FER is displayed as 1.4%Example Failed FER measurement Max Frames annunciator TimeBase Time Configure Time Offset Time/divQueries the Cdma time offset measurement result Frequency Accuracy Definition IS-98 Time Offset Negative Timer Reg TM Rho TM Test Mode RhoSelects Traffic Rho as the current Rho measurement Queries the current Rho measurement result Config To ScreenAnalog Total RAM Trace Cdma Swept Power MeasurementThis field clears the measurement from the display Clears the screen Traffic Sector B Power Traffic Sector a PowerSets Sector B’s pilot power to −16 dB Sets the Walsh cover for Sector A’s traffic channel to Selects service option Traffic Data Mode Transmitting annunciator Traffic Rho Trig-Delay Tune Freq Transmitter Power measures RF power at the RF IN/OUT port TX Power 438 TX Pwr Meas TX Pwr Zero Initiates a Unique Challenge-Response procedure TypeUniq Chall Units Uniq Chall annunciator Upper Limit Selects Ascii data entry mode for the User Data fieldUser Data Ascii or Hex Enters the Ascii string Call Home in the User Data field VC Order Vert Offset Vert/div Walsh Sector B Walsh Sector aSets Sector A’s traffic channel to Walsh code Sets Sector B’s traffic channel to Walsh code Xmt Pace Transmit pace field is used when transmitting serial data 448 Numerics Index 450 Index 451 452 Index 453 454 Index 455 456 Index 457 458 Index 459 460 Index 461 462 Index 463 464