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Agilent Technologies 8935 series e6380a RF Channel, RF Gen Freq , RF In/Ant

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CDMA Measurements - Screens and Control Fields

Control Fields for CDMA Measurements

RF Channel

The RF Channel field is displayed when the RF Display field on the

INSTRUMENT CONFIGURE screen is set to Chan.

This field displays the current channel number. Channel tuning

eliminates the need to enter transmit and receive frequencies directly

into the Test Set. Once the radio’s RF channel standard is selected, you

only have to enter the channel number to automatically set the RF

Generator and RF Analyzer to the correct frequency.

Operating Considerations

To utilize the correct transmit and receive frequencies select the

appropriate channel standard from the RF Chan Std field on the

INSTRUMENT CONFIGURE screen.

Screens on which this field is displayed

CDMA ANALYZER

CDMA GENERATOR

CODE DOM (Code Domain Analyzer): main controls menu

RF Gen Freq

This field specifies the center frequency of the generated CDMA signal.

This field is displayed only when the RF Display field on the

INSTRUMENT CONFIGURE screen is set to Freq.

NOTE Channel Tuning

You can configure the T est Set to allow direct ent ry of channel number s

(instead of entering the frequency) by using the RF Display field on the

INSTRUMENT CONFIGURE screen. See “RF Channel” on page 170

for more information.

Screens on which this field is present

CDMA GENERATOR

RF In/Ant

This field selects the Test Set’s RF input.

CAUTION The maximum safe level into the ANT IN connector is 60mW.

Exceeding this level could cause permanen t da m age to the Test Set.

Screens on which this field is present

CODE DOM (Code Domain Analyzer): main controls menu

Contents

Main Notice Page Page Page Page Page Page Page Page Page Page Page Manufacturer's Declaration Safety Considerations ! SAFETY SYMBOLS Safety Considerations for this Instrument ! Lifting and Handling Consumables Page Certification Chapter 1 21 General Information Certification DECLARATION OF CONFORMITY Agilent Technologies Warranty Statement for Commercial Products Page Assistance Power Cables Power Cables Table 1-2 Power Cables Table 1-3 Power Cables Table 1-2 Power Cables Table 1-4 Power Cables Table 1-5 Power Cables Table 1-6 Power Cables Table 1-7 Power Cables Table 1-5 Power Cables JIS C 8303, 100 V Table 1-8 Power Cables Table 1-9 Power Cables Table 1-7 Power Cables Table 1-10 Power Cables Table 1-9 Power Cables Table 1-11 Power Cables Table 1-10 Power Cables ATTENTION Product Description Page Documentation Conventions Used in This Manual What is in This Manual Which Document is Required? Trademark Acknowledgments Page Page Before Connecting a Radio Changing the Test Sets Display Changing the Measurement Screen To change the measurement screen Changing the Control Fields Page Page Page Page How do I Verify that the Test Set is Operating Pr operly? Instrument Quick Check Page Page Page Displaying CDMA Measurements Channel Power, Adjacent Channel Power (ACP), Rho, Error Vector Magnitude (EVM), Average Power Page Page Displaying Analog Measurements RF Measurements Displaying AF Measurements Page Displaying Measurement Results on a Meter Scale To display the meter scale To set the meters end points and scale intervals Using Channel Numbers to Set Analyzer and Generator Frequencies Page Page Page Changing the Increment or Decrement Setting Specifying An Increment Value for the Arrow Keys or Knob Using the Factor of 10 Increment/Decrement Keys Using Measurement Limit Indicators To set high and low limits To reset or remove limits To remove a limit Setting A Measurement Reference To set a reference Averaging Measurements To use measurement averaging How the Test Set Averages Measurements Setting an RF Generator/Analyzer Offset To set an RF Offset Saving and Recalling Instrument Setups To save an instrument setup To recall an instrument setup To remove (clear) an individual save register To clear all save registers Register Names Memory Considerations Instrument Hardware Changes Using USER Keys Using Pre-Defined USER Keys Assigning and Releasing USER Keys Replacing Batteries Page Page Using the RF Tools Program Loading and Running RF Tools Test Results/BTS Utility Setup Page Swept Gain Page Chapter 4 85 Test Device sweptg.eps DUPLEX OUT Calibration Setup ANT IN Cal Cable Barrel Connector Measurement Setup Page Discrete Frequency Insertion Loss 88 Chapter 4 sweptg.eps DUPLEX OUT Cal Cable NOTE The insertion loss at the specified frequency is displayed twice. The Swept Insertion Loss 90 Chapter 4 weptg.eps DUPLEX OUT Cal Cable DUPLEX OUT ANT IN Page Swept Return Loss Page 94 Chapter 4 CAUTION Damage may result if the power input to the Test Sets ANT IN port Short sretloss.eps 8. Another setup screen appears. Attach the device being tested. Press DUPLEX OUT ANT IN Calibration Setup REFL. OUT IN DUPLEX OUT ANT IN Page Page Cable Fault Page Page 100 Chapter 4 Figure 4-17 Cable Fault Setups IN k1 (Proceed) or the knob to continue. Resistive Splitter 50 Ohm Termination DUPLEX OUT ANT IN Page Replot Data Files Page Transfer Stored Data SA (Spectrum Analyzer) Self Calibration ON/OFF Catalog PC (Memory) Card Page Using the Code Domain Analyzer Selecting the Code Domain Analyzers Controls Menus Page Page Using the Spectrum Analyzer Automatic Calibration Setting Resolution Bandwidth and Sweep Rate Selecting the Spectrum Analyzers Controls Menus Using the Spectrum Analyzers Delta Markers Page Using the Spectrum Analyzer Mask Page Page Using the Voltmeter and Audio Frequency Counter Using the Oscilloscope (Scope) Selecting the Oscilloscopes Input Selecting the Oscilloscopes Filters Triggering the Oscilloscope Using the Oscilloscopes Marker Using IB_UTIL Programs COPY_PL FILE_XFER RAM_USAGE Securing a Test Procedure Clearing RAM Using the LISTOPTS (list options) Program Using the DEMO Program Using the ST_PLT (store or plot) Program Page Page CDMA Measurements Average Power Measurements Adjacent Channel Power Measurements Channel Power Measurements Rho Measurements = = >0.912 Page Page Q I Error Vector Magnitude (EVM) Measurements Code Domain Measurements IS-95 Code Domain Frequency Dom ai Code Domain n Frequency Domain Page Page Code Domain Measurements IS-2000 Time Phase Walsh Code Walsh Code Page 144 Chapter 5 C:\Spk\Ref\RefGuideRevE\CdmascrnE2.fm CDMA Measurements - Screens and Control Fields CDMA Measurements not 1302 Page Page Page Page IQ Constellation Diagram, IS-2000 only PN Offset Search Control Fields for CDMA Measurements # of Frames ACP Cal ACP Fltr BW ACP Offset ADCfs or ADC FS Amplitude Analyzer (CDMA analyzer) Analyzer (code domain analyzer) Anl Dir Anl Special Auto Zero Carrier FT or Carrier Feedthru Chan Num Chan Size CD pwr unit Chn Pwr Cal Controls CW RF Path Data Rate Data Source Even Sec In Find PN Freq Err Gain Gen Dir Gen Mode Gen Special Input Atten Input Port Lvl I Power Level Marker Lvl Marker Pos Meas Intvl or Meas Int Meas Order Measurement Num Avgs Ofs Trnsfer Output Port Phase/div Phse PN Incrment PN Offset PN Offset or PN Ofs Pwr Gain Pwr Intvl Pwr Ref Pwr Scale IS-95 Pwr Scale IS-2000 Pwr Zero Q Power Level Qual Event Rate RC-3 Rate RC-4 Rate RC-5 RF Channel RF Gen Freq RF In/Ant Sprd Fact (Spread Factor) Start Frame Threshold Time/div Time Offset Time Ofs Trig Event Tune Freq Wals h Ch an Wals h Or der Page Page Analog Measurements AC Control AM Depth Measurement AF Freq Measurement DC Level Measurement Distn (Distortion) Measurement FM Deviation Measurement Frequency Measurement Frequency Error Measurement TX Power Measurement FM Deviation Measurement SINAD Measurement SNR Measurement Control Fields for Analog Measurements #Pts AF Anl In AF Cnt Gate AFGen1 Freq AFGen1 To AFGen2 Freq AFGen2 To Amplitude Atten Hold Audio In Lo Audio Out Auto/Norm Auto Zero BW= Center Freq Controls Cont/Single DC FM Zero De-Emp Gain De-Emphasis Detector Display Edit Mask EditPt Ext Load R Ext (TTL) Filter 1 Filter 2 FM Coupling Freq (Delta Mrkr) Freq (mask) Freq (normal marker) Freq (Ref Mrkr) Gain Cntl IF Filter Input Atten Input Gain Input Port Internal Level (div) Level (mask) Lvl (Delta Mrkr) Lvl (marker) Lvl (normal marker) Lvl (Ref Mrkr) Marker To Peak+ Marker To Peak- Marker To Mask Beep Mask Type Mod In To No Pk/Avg Normalize Norm/Delta Notch Freq Notch Gain Offset Freq Output Port Pk Det To Port/Sweep Position Pos/Neg Ref Level Ref Mrkr Reset RF Channel RF Cnt Gate RF Gen Freq RF In/Ant Scope To Sensitivity (RF analyzer) Sensitivity (spectrum analyzer) Settling Span Speaker ALC Speaker Vol Squelch Time/div Track/Fixed Trig-Delay Tune Freq TX Pwr Meas TX Pwr Zero Vert /d iv Vert Offset Page Page Configuring the Instrument Setting the Date and Time Changing the Beepers Volume Turning Off User Messages Configuring for Printing A Screen Printing a Screen Control Fields on the Configuration Screens Abort Print Antenna In Base Freq (User Defined) Beeper Call Chan Space (User Defined) CDMA Std Page Command Escape Character Connection Time-out Data Length Date Display User Messages Duplex Out Ext Ref In FF at End FF at Start Firmware Flow Control Frame Clock Output (Gen)-(Anl) (Gen)-(Anl) (User Defined) GPIB Adrs Hold-off Delay IBASIC Echo Incoming Call Security Inst Echo Lines/Page Mode Model Modem Configuration Modem Initialization/Configuration Modem Mode Notch Coupl Number to Call Opt CDMA TB Parity Password Printer Adrs Printer Port Print Title Range Hold Ref Select Remote Mode Retries RF Chan Std RF Display RF Gen Volts RF In/Out RF Level Offset RF Offset Save/Recall Serial Baud Serial_9 In Serial No. Serial Port Status Stop Length Total RAM Page Signaling Encoder and Decoder Screens AMPS-TACS, NAMPS-NTACS Encoder and Decoder Control and Voice Channel Identifiers Encoder/Decoder Interaction AMPS-TACS, NAMPS-NTACS Decoder Interpreting Decoded Data Page Page Page DTMF Sequence Encoder and Decoder Measurement Limits Function Generator Encoder and Decoder Decoding Considerations Control Fields for the Signaling Encoder and Decoder Busy/Idle Channel Data (hex) Data Level Data Rate (analog) DSAT DSAT/DST (hex) Filler (FOCC) Frequency Gate Time Hi Tone Input Level Lo Tone Measure 268 Chapter 8 C:\Spk\Ref\RefGuideRevE\Enc-dec.fm Message (FOCC) Figure 8-6 AMPS-TACS/NAMPS-NTACS FOCC Message and Filler Data Format ...........is output in this sequence. The data you enter here............ FOCC Message (FVC) (AMPS-TACS) Message (FVC) (NAMPS-TACS) Message/DST (FVC) Mode Num of Bits Off Time On Time Polarity Pre-Emp RECC Data (hex) SAT Freq (FVC) SAT Level (FVC) Send Send DSAT (FVC) Send Filler (FOCC) Send Mode Sine Units Single/Cont Standard Status Stop Stop DSAT (FVC) Stop Filler (FOCC) Stop Meas Sym Symbol Frequencies (Hz) Trigger Pattern (bin) Trig Level Twis t Waveform Page Connectors 10 MHz REF OUT 16 CHIP CLOCK 19.6608 MHz OUT ANALOG MODULATION IN ANT IN AUDIO IN AUDIO OUT BASEBAND OUT (I and Q) Chassis Ground CHIP CLOCK 1.2288 MHz OUT DATA IN DUPLEX OUT EVEN SECOND SYNC IN EXT REF IN EXT SCOPE TRIG IN FRAME CLOCK OUT GPIB MEMORY CARD Slot PARALLEL 15 PARA LLE L 16 RF IN/OUT SCOPE MONITOR OUT SERIAL 9, 10, and 11 TRIGGER QUALIFIER IN Table9-1 Serial Port Pin Assignments VIDEO OUT Page Modifications Agilent Technologies Accessories External Monitor Agilent Technologies Manuals (English and Other) Table 10-1 Accessories Table 10-2 Manuals Agilent Technologies Test Software Options Support for Your Instrument Getting Help Customer Training Table 10-5 Agilent Regional Sales and Service Offices Page General Information About Error Messages Positive Numbered Error Messages Negative Numbered Error Messages IBASIC Error Messages GPIB Error Messages Text Only Error Messages The Message Display Non-Recoverable Firmware Error Text Only Error Messages