Page 1 Cover R3267 Series OPT62 3GPP Measurement Option Operation Manual MANUAL NUMBER FOE-8370669G00 Applicable Models R3264 R3267 R3273 First printing December 20, 1999 1999 ADVANTEST CORPORATION All rights reserved. Printed in Japan...
Page 2: Safety Summary
Note that Advantest bears absolutely no responsibility for the result of operations caused due to incorrect or inappropriate use of this instrument. If the equipment is used in a manner not specified by Advantest, the protection provided by the equipment may be impaired.
Page 3 Note that the estimated lifespan for the parts listed below may be shortened by factors such as the environment where the instrument is stored or used, and how often the instrument is used. The parts inside are not user-replaceable. For a part replacement, please contact the Advantest sales office for servicing.
Page 4 Safety Summary Main Parts with Limited Life Part name Life Unit power supply 5 years Fan motor 5 years Electrolytic capacitor 5 years LCD display 6 years LCD backlight 2.5 years Floppy disk drive 5 years • Hard Disk Mounted Products The operational warnings are listed below.
Page 5: Environmental Conditions
Environmental Conditions This instrument should be only be used in an area which satisfies the following conditions: • An area free from corrosive gas • An area away from direct sunlight • A dust-free area • An area free from vibrations Direct sunlight Dust Corrosive...
Page 6 PREFACE R3267 Series OPT62 3GPP Measurement Option Operation Manual PREFACE This manual provides the information necessary to check functionality, operate and program the R3267 Series Op- tion 62, 3GPP measurement. (1) Organization of this manual This manual consists of the following chapters:...
Page 7: Preface
R3267 Series OPT62 3GPP Measurement Option Operation Manual Preface (2) Typeface conventions used in this manual • Panel keys and soft keys are printed in a contrasting typeface to make them stand out from the text as follows: Panel keys: Boldface type...
Page 8: Table Of Contents
TABLE OF CONTENTS R3267 Series OPT62 3GPP Measurement Option Operation Manual TABLE OF CONTENTS INTRODUCTION ................... Product Overview ....................Accessories ......................Self Test Function ....................About Calibration ....................Explanation of the Connectors ................MEASUREMENT EXAMPLES ..............Measuring the BTS 3GPP Signals ...............
Page 9 R3267 Series OPT62 3GPP Measurement Option Operation Manual Table of Contents 3.3.4.2 QPSK ......................3-76 3.3.4.3 Power ......................3-79 3.3.4.3.1 Tx Power ....................3-79 3.3.4.3.2 Power vs Time ..................3-80 3.3.4.3.3 CCDF ..................... 3-83 3.3.4.3.4 P-CPICH Power ..................3-84 3.3.4.4 Time & FFT ....................
Page 10 R3267 Series OPT62 3GPP Measurement Option Operation Manual Table of Contents 6.2.4 Down Link Measurement in IQ Input ............6-10 6.2.5 Up Link Measurement in IQ Input ............... 6-11 6.2.6 QPSK Measurement in IQ Input ..............6-13 6.2.7 Simplified Performance Check ..............
Page 11 R3267 Series OPT62 3GPP Measurement Option Operation Manual LIST OF ILLUSTRATIONS Title Page Setup for the measurement of the 3GPP signal ..............3GPP Signal’s Spectrum ....................STD-Measurement parameter set Dialog Box ..............Parameter Setup [SLOT/DOWNLINK] Dialog Box ............Measurement Result of 3GPP Signal ................
Page 12 R3267 Series OPT62 3GPP Measurement Option Operation Manual List of Illustrations Title Page Trigger Setup Dialog Box ....................3-28 Parameter Setup Dialog Box ..................... 3-30 Trigger Setup Dialog Box ....................3-31 Parameter Setup Dialog Box ..................... 3-33 Trigger Setup Dialog Box ....................
Page 13 R3267 Series OPT62 3GPP Measurement Option Operation Manual List of Illustrations Title Page Template with the Set Values ................... Template with Margin Delta X ..................Example of Marker Edit Setting (1) ................. Example of Marker Edit Setting (2) ................. Example of Peak Marker Y Delta ..................
Page 14 R3267 Series OPT62 3GPP Measurement Option Operation Manual LIST OF TABLES Title Page Operating Mode ........................ 4-10 ATT Key (Attenuator) ...................... 4-10 COPY Key (Hard copy) ....................4-10 COUPLE Key (Couple function) ..................4-11 FREQ Key (Frequency) ....................4-11 LEVEL Key (Reference Level) ..................
Page 15: Introduction
This 3GPP analysis option software allows you to measure the waveform quality and resolution accuracy of a 3GPP signal. This option is a factory option which is incorporated into the R3267 Series Spectrum Analyzer prior to ship- ment. This option includes the following features: •...
Page 16: Explanation Of The Connectors
R3267 Series OPT62 3GPP Measurement Option Operation Manual 1.5 Explanation of the Connectors Explanation of the Connectors Connectors used for this option are described as follows: EXT TRIG terminal Connector for inputting the external trigger signal. I channel terminal Connector for inputting the I channel signal (Baseband).
Page 17: Measurement Examples
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.1 Measuring the BTS 3GPP Signals MEASUREMENT EXAMPLES This chapter describes how to use this option using practical measurement examples. Measuring the BTS 3GPP Signals By measuring the BS signals in 3GPP mode, it is possible to measure code domain powers for the Primary CPICH, Primary CCPCH, SCH and speech channels separately.
Page 18: 3Gpp Signal's Spectrum
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.1 Measuring the BTS 3GPP Signals Setting the measurement conditions This changes the analyzer setting so that the input signal displayed more clearly. Press FREQ, 2, 1, 1, 2, ., 5 and MHz.
Page 19: Parameter Setup [Slot/Downlink] Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.1 Measuring the BTS 3GPP Signals Press the key. The cursor moves to the item Meas Mode. Select SLOT from Meas Mode using the data knob, and press Hz(ENTR). The measurement mode is set to SLOT.
Page 20 R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.1 Measuring the BTS 3GPP Signals 15. Select INT from Trigger Mode using the data knob, and press Hz(ENTR). The trigger is set to the internal trigger. 16. Select SCH from Search Mode using the data knob, and press Hz(ENTR).
Page 21: Measurement Result Of 3Gpp Signal
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.1 Measuring the BTS 3GPP Signals Figure 2-5 Measurement Result of 3GPP Signal ρ (Waveform Quality Factor): The waveform quality of the signal to be mea- sured The maximum measurement length is 2560 chips.
Page 22: Setup For The Measurement Of The 3Gpp Signal
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.1 Measuring the BTS 3GPP Signals 2.1.2 Measuring the Frame Setup Connect the unit under test as shown in Figure 2-6. Base Transceiver Spectrum Analyzer system (BTS) REF IN 10 MHz Reference...
Page 23: Parameter Setup [Frame/Downlink] Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.1 Measuring the BTS 3GPP Signals Press the key. The cursor moves to the item Meas Mode. Select FRAME from Meas Mode using the data knob, and press Hz(ENTR). The measurement mode is set to FRAME.
Page 24 R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.1 Measuring the BTS 3GPP Signals 15. Select SCH from Search Mode using the data knob, and press Hz(ENTR). A synchronization mode using a SCH is set. 16. Enter 256 for Primary CPICH SF using the data knob, and press Hz(ENTR).
Page 25: Measuring The Ms 3Gpp Signal
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.2 Measuring the MS 3GPP Signal Measuring the MS 3GPP Signal The waveform quality of the mobile unit can be measured. Measurement conditions: The signal to be measured is as follows: the output signal of a unit to be measured in the 3GPP mode with a frequency of 1922.5 MHz and a level of -10 dBm.
Page 26: 3Gpp Signal's Spectrum
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.2 Measuring the MS 3GPP Signal Press LEVEL, 0 and GHz(+dBm). Figure 2-10 3GPP Signal’s Spectrum Press TRANSIENT, STD and STD Setup. The STD Measurement parameter set dialog box is displayed. Press the key.
Page 27: Parameter Setup [Slot/Uplink] Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.2 Measuring the MS 3GPP Signal Figure 2-11 Parameter Setup [SLOT/UPLINK] Dialog Box 12. Select PRECISE from Meas Mode using the data knob, and press Hz(ENTR). The detailed measurement mode is set.
Page 28: Measurement Result Of 3Gpp Signal (Uplink Mode)
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.2 Measuring the MS 3GPP Signal 21. Press -, 5 and GHz(dB) to set the Threshold. The threshold value of an active channel is set to -5 dB. 22. Select NORMAL from Phase Inverse using the data knob, and press Hz(ENTR).
Page 29: Measuring Of The Frame
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.2 Measuring the MS 3GPP Signal 2.2.2 Measuring of the Frame Setup Connect the unit under test as shown in Figure 2-13. Spectrum Analyzer Mobile station Trigger REF IN 10 MHz Reference...
Page 30: Parameter Setup [Frame/Uplink] Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.2 Measuring the MS 3GPP Signal Press TRANSIENT, STD and STD Setup. The STD Measurement parameter set dialog box is displayed. Press the key. The cursor moves to the item Meas Mode.
Page 31 R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.2 Measuring the MS 3GPP Signal 14. Select + from EXT Trigger Slope using the data knob, and press Hz(ENTR). The trigger slope is set to a leading edge. 15. Enter 0, ., 0 for EXT Trigger Delay using the data knob, and press Hz(ENTR).
Page 32: Graphical Display Of 3Gpp Measurements
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.3 Graphical Display of 3GPP Measurements Graphical Display of 3GPP Measurements The resultant graphs can be displayed. This chapter describes how to display the graphs. Displaying a Graph for the Code Domain Power Coefficient Press Display Type.
Page 33: Graph Display (When Meas Mode Set To Frame And Link Set To Downlink)
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.3 Graphical Display of 3GPP Measurements Figure 2-18 Graph Display (When Meas Mode Set to FRAME and Link Set to DOWNLINK) Measuring the Code Domain Power Coefficients for Each Symbol (When Link Set to DOWNLINK and Rate Set to 15 ksps) Press Parameter Setup.
Page 34: Variation Over Time In The Code Domain Power Coefficient
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.3 Graphical Display of 3GPP Measurements 14. Press View Point. The Display Type dialog box disappears and the code domain power coefficient is displayed in the time domain. Figure 2-19 Variation over Time in the Code Domain Power Coefficient Displaying a Graph for a Constellation 15.
Page 35: Eye Pattern
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.3 Graphical Display of 3GPP Measurements Displaying the I channel Eye Diagram 18. Press Graphics. The graphic menu is displayed. 19. Press Select type. The Graphic Type of Analysis dialog box is displayed.
Page 36: Eye Pattern (Dual Screen Display)
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.3 Graphical Display of 3GPP Measurements Figure 2-22 Eye Pattern (Dual Screen Display) 2-20...
Page 37: Measuring A Qpsk Signal
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.4 Measuring a QPSK Signal Measuring a QPSK Signal Use the Root Nyquist filter to measure the QPSK for a measurement length of 320 chips, beginning with the 256.25th chip from the leading edge of the external trigger signal.
Page 38: Parameter Setup Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.4 Measuring a QPSK Signal Press TRANSIENT, STD and STD Setup. The STD Measurement parameter set dialog box is displayed. Select RF from Input using the data knob, and press Hz(ENTR). The measurement mode is set to the RF signal input.
Page 39: Qpsk Signal Measurement Result
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.4 Measuring a QPSK Signal 13. Select + from EXT Trigger Slope using the data knob, and press Hz(ENTR). The trigger slope is set to a leading edge. 14. Press 2, 5, 6, ., 2, 5 and Hz(ENTR) to set EXT Trigger Delay.
Page 40: Power Vs Time
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.5 Power vs Time Power vs Time The power can be measured for each slot (666.66µs). Measurement conditions: The signal is the output signal from a 3GPP type unit and has the following characteristics: a frequency of 1922.5 MHz and a level between -20 dBm and -10 dBm under control of transmission power.
Page 41: 3Gpp Signal Spectrum Under Control Of Transmission Power
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.5 Power vs Time Press LEVEL, 0 and GHz(+dBm). The reference level is set to 0 dBm. Figure 2-28 3GPP Signal Spectrum under Control of Transmission Power Measuring Power Variations Using One External Trigger Press TRANSIENT, Modulation, Power, Power vs Time and Parameter Setup.
Page 42: Power Vs Time Parameter Setup Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.5 Power vs Time 15. Select OFF from Omit Transient Section for AVG Power using the data knob, and press Hz(ENTR). The power is measured every 666.66 µs. Figure 2-29 Power vs Time Parameter Setup Dialog Box 16.
Page 43: Measuring Power Variations Using The If Trigger
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.5 Power vs Time 2: Peak Factor Peak factor of the slot specified by Power Marker 2 2: Avg Power Average power of the slot specified by Power Marker 2 Ratio (2:Avg Power) - (1:Avg Power)
Page 44: 3Gpp Signal Spectrum Under Control Of Transmission Power
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.5 Power vs Time Figure 2-32 3GPP Signal Spectrum under Control of Transmission Power Measuring Power Variations Using the IF Trigger Press TRANSIENT, Modulation, Time & FFT and Parameter Setup. The parameter Setup dialog box is displayed.
Page 45: Time & Fft Parameter Setup Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.5 Power vs Time Figure 2-33 Time & FFT Parameter Setup Dialog Box 14. Press RETURN, Power, Power vs Time and Parameter Setup. The Parameter Setup dialog box is displayed. 15. Set the Meas Mode to PRECISE using the data knob, and press Hz(ENTR).
Page 46: Power Vs Time Parameter Setup Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.5 Power vs Time Figure 2-34 Power vs Time Parameter Setup Dialog Box 23. Press Parameter Setup. The dialog box is removed. 24. Press SINGLE. The measurement mode is set to the single mode and the measurement mode is displayed.
Page 47: Ccdf Measurement
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.6 CCDF Measurement CCDF Measurement The CCDF (Complementary Cumulative Distribution Function) can be measured. Setup Connect the unit under test as shown in Figure 2-35. Spectrum Analyzer Mobile station (MS) REF IN 10 MHz Reference...
Page 48: 3Gpp Signal Spectrum Under Control Of Transmission Power
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.6 CCDF Measurement Figure 2-36 3GPP Signal Spectrum under Control of Transmission Power CCDF Measurement Press TRANSIENT, Modulation, Power, CCDF, STD and Parameter Setup. The Parameter Setup dialog box is displayed. Select OFF from Root Nyquist using the data knob, and press Hz(ENTR).
Page 49: Ccdf Measurement Result
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.6 CCDF Measurement 11. Press Parameter Setup. The dialog box is removed. 12. Press Auto Level Set. The measurement range is optimally set. 13. Press SINGLE. The measurement mode is set to the single mode and the measurement mode is displayed.
Page 50: Ccdf Measurement Result (Trace Write On)
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.6 CCDF Measurement Figure 2-39 CCDF Measurement Result (Trace Write ON) 2-34...
Page 51: Measuring Primary Cpich Power
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.7 Measuring Primary CPICH Power Measuring Primary CPICH Power Primary CPICH power and carrier frequency error composite for the BTS signals can be measured. Measurement conditions: The measurement target is a unit which uses 3GPP mode with a frequency of 2112.5 MHz and a level of -10 dBm.
Page 52: Std Measurement Parameter Set Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.7 Measuring Primary CPICH Power Press LEVEL, 0 and GHz(+dBm). The reference level is set to 0 dBm. Figure 2-41 3GPP Signal Spectrum Press TRANSIENT, STD and STD Setup. The STD Measurement Parameter Set dialog box is displayed.
Page 53: Parameter Setup Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.7 Measuring Primary CPICH Power Press RETURN, Modulation, Power, P-CPICH Power and Parameter Setup. The Parameter Setup dialog box is displayed. Figure 2-43 Parameter Setup Dialog Box 10. Press 0 and Hz(ENTR) to set the Scrambling Code No.
Page 54 R3267 Series OPT62 3GPP Measurement Option Operation Manual 2.7 Measuring Primary CPICH Power Frequency Error A carrier frequency error (Hz) Tx Power Signal power (dBm, W) 2-38...
Page 55: Menu Index
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.1 Menu Index REFERENCE This chapter describes the functions of the panel and soft keys for option 62 software. Menu Index This menu index is used to easily find the keys described in Chapter 3.
Page 56 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.1 Menu Index Copy from STD ........3-7, 3-13, 3-73 3-14, 3-16, DPCCH SF..........3-21, 3-71, 3-17, 3-18, 3-73 3-25, 3-42, Due to Modulation ........3-7 3-47, 3-49, Due to Transient........3-7 3-50, 3-52, E.V.M.
Page 57 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.1 Menu Index 3-59, 3-76 3-16, 3-17, I EYE Diagram ........3-19, 3-22, 3-42, 3-47, 3-59, 3-60, 3-50, 3-52 3-61, 3-76 Marker Setup..........3-23, 3-82 I/Q EYE Diagram ........3-19, 3-22, Meas Branch ..........3-21, 3-74 3-60, 3-61, Meas Channel No........
Page 58 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.1 Menu Index 3-53, 3-55, 3-35, 3-55 3-63, 3-77, Scale Setup..........3-23, 3-80, 3-79, 3-81, 3-83 3-83, 3-84, SCH Power ..........3-19, 3-61 3-86 Scrambling Code Define......3-20, 3-64, P-CPICH Power ........3-24 3-67 Peak CDE..........
Page 59 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.1 Menu Index Spurious ........... 3-7 Template UP/LOW ........3-8, 3-29 Start Offset ..........3-17, 3-54 Test Model 1 DPCH 16 code....3-19, 3-61 STD ............3-7, 3-25 Test Model 1 DPCH 32 code....3-19, 3-61 STD Setup..........
Page 60 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.1 Menu Index 3-45, 3-86 Tx Power..........3-7, 3-22 Type ............3-7, 3-25, 3-87 Upper Limit..........3-8, 3-9, 3-11, 3-12, 3-31, 3-33, 3-39, 3-41 User Table..........3-19, 3-61 View Point ..........3-19, 3-59 Window ON/OFF ........
Page 61: Menu Map
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.2 Menu Map Menu Map This section shows the hierarchical menu configuration on a panel key basis. TRANSIENT Power T-Domain P3-8 ON/OFF Ratio F-Domain P3-9 Spurious Modulation P3-10 Power P3-11 P3-12 Due to Transient...
Page 62 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.2 Menu Map TRANSIENT T-Domain Power Auto Level Set Trigger Setup Trigger Source:FREE RUN Window Setup Window ON/OFF VIDEO Template Set to STD Y Scale [dB/div] 10/5/2 Window Position Average Times ON/OFF...
Page 63 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.2 Menu Map TRANSIENT T-Domain ON/OFF Ratio Auto Level Set Trigger Setup Trigger Source:FREE RUN Window Setup VIDEO Window ON/OFF Y Scale [dB/div] 10/5/2 Set to STD Average Times ON/OFF ON Position...
Page 64 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.2 Menu Map TRANSIENT T-Domain Spurious Auto Level Set Trigger Setup Trigger Source:FREE RUN Table No. 1/2/3 Load Table Table Edit Slope: Table No. 1/2/3 Average Times ON/OFF Load Table Config Trigger Level...
Page 65 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.2 Menu Map TRANSIENT F-Domain Power Auto Level Set Gate Setup Trigger Setup Trigger Source:FREE RUN Window Setup Gate Source VIDEO Trigger Y Scale [dB/div] 10/5/2 Gate Setup Ext Gate Average Times ON/OFF...
Page 66 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.2 Menu Map TRANSIENT F-Domain Auto Level Set OBW% Average Times ON/OFF Config Parameter Setup Detector: NORMAL Set to STD POSI NEGA SAMPLE Judgment: Upper Limit Lower Limit Average Mode: TRACE AVG...
Page 67 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.2 Menu Map TRANSIENT F-Domain Due to Transient Auto Level Set Template ON/OFF Template Shift X Marker Edit Insert Line Shift Y Average Times ON/OFF ∆ Delete Line Config Margin X ON/OFF...
Page 68 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.2 Menu Map TRANSIENT F-Domain Due to Modulation Auto Level Set Trigger Setup Gate Setup Trigger Source: FREE RUN Template Gate Source Trigger VIDEO Gate Setup Marker Edit Ext Gate Average Times ON/OFF...
Page 69 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.2 Menu Map From the previous page Freq. Setting: START&STOP SPAN Detector: NORMAL POSI NEGA SAMPLE Result: MARKER RELATIVE ABS POWER Ref Power: REF MARKER MODULA- TION Display Unit: dBm dBµV Template Couple to Power:...
Page 70 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.2 Menu Map TRANSIENT F-Domain Inband Spurious (1) Auto Level Set Template ON/OFF Template Shift X Marker Edit Shift Y Average Times ON/OFF ∆ Config Margin X ON/OFF Template Edit Copy from STD...
Page 71 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.2 Menu Map TRANSIENT F-Domain Inband Spurious (2) Auto Level Set Template ON/OFF Template Copy from STD Shift X Marker Edit Insert Line Shift Y Average Times ON/OFF Delete Line ∆ Config...
Page 72 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.2 Menu Map TRANSIENT F-Domain Outband Spurious Auto Level Set Table No. 1/2/3 Load Table Table Edit Copy from STD Average Times ON/OFF Table No. 1/2/3 Config Load Table Save Table Insert Line...
Page 73 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.2 Menu Map TRANSIENT Modulation 3GPP Auto Level Set Display Type Format : NUMERIC/GRAPH/TABLE View Point Display : SINGLE/DUAL ρ/POWER (dB)/POWER (dBm)/E.V.M. Graphics Y Scale : User Table X Scale : CODE/TIME...
Page 74 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.2 Menu Map From the previous page (a) For DOWNLINK, SLOT measurement Meas Mode : PRECISE/CONCISE Peak CDE : ON/OFF Scrambling Code Define : DEFINE/UNDEFINE Scrambling Code No. : Trigger Mode : INT/EXT/EXT (SFN)
Page 75 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.2 Menu Map From the previous page (c) For UPLINK, SLOT measurement Meas Mode : PRECISE/CONCISE Scrambling Code No. : Trigger Mode : INT/EXT EXT Trigger Slope : +/- EXT Trigger Delay : DPCCH SF : DPCCH No.
Page 76 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.2 Menu Map TRANSIENT Modulation QPSK Auto Level Set Graphics Display Start Parameter Setup Select Type Constellation Average Times ON/OFF Constellation(Line) Root Nyquist : ON/OFF Constellation(Dot) Limit Setup Meas Range : Trigger Mode : INT/EXT/IF Constellation(Line &...
Page 77 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.2 Menu Map TRANSIENT Modulation Power Power vs Time Auto Level Set Scale Setup Display Type : GRAPH/TABLE Y Scale Upper Parameter Setup Y Scale Range Marker Setup Power Unit : RELATIVE/ABS POWER...
Page 78 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.2 Menu Map TRANSIENT Modulation Power P-CPICH Power Auto Level Set Parameter Setup Scrambling Code No.: Search Mode: SCH(LONG)/Primary CPICH Average Times ON/OFF Meas Frame: TRANSIENT Modulation Time & FFT Auto Level Set Select Type Time &...
Page 79 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.2 Menu Map TRANSIENT Modulation DC CAL Gain Cal Channel Setting Copy from STD STD Setup Type : 3GPP Meas Mode : SLOT/FRAME Link : UPLINK/DOWNLINK Offset Level Frequency Input : FREQUENCY/CHANNEL Input : RF/BASEBAND(I&Q)
Page 80: Functional Description
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Functional Description When modulation analysis hardware and software are installed, the following menus are assigned to the TRANSIENT key. ATT AUTO/MNL MinATT ON/OFF Printer Copy Config CONFIG File Trace Point 1001/501...
Page 81: Switching Communication Systems
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description 3.3.1 Switching Communication Systems This section describes how to switch the communication systems.The analyzer must be set to the SPA mode to switch between the communication systems. NOTE: After the communication system has been switched, the parameters previously set for the former com- munication system will be cleared.
Page 82: T-Domain
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description 3.3.2 T-Domain Carries out a measurement according to the standard using the zero span of the spectrum analyzer. Mea- surement items include power, ON/OFF ratio of a burst signal, and spurious measurements in the time do- main with a specified frequency.
Page 83 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Slope Selects the edge when triggering. Triggers at the leading edge. Triggers at the trailing edge. Trigger Level Sets the level to trigger. Trigger Position Sets the trigger position where it is displayed on the screen.
Page 84: Parameter Setup Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Delete Line Deletes a line. Sort Sorts template data in ascending order. Table Init Initializes the table. Y Scale [dB/div] 10/5/2 Switches the display screen scale to 10, 5 or 2 dB/div.
Page 85: 3.3.2.2 On/Off Ratio
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Upper Limit Sets the upper limit value of power. Lower Limit Sets the lower limit value of power. Average Mode Selects the processing method when Average Times is set to ON.
Page 86 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Trigger Source Selects a trigger FREE RUN: Captures data using the internal measurement timing. VIDEO: Captures the signal in sync with the VIDEO signal. Captures the signal in sync with the IF signal (the lead- ing edge of the burst).
Page 87: Parameter Setup Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Average Times ON/OFF Sets the averaging count. For the method of average processing, refer to "Average Mode" in the Config → Parameter Setup. Config Parameter Setup Sets measurement parameters and so on.
Page 88: Spurious (T-Domain)
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description 3.3.2.3 Spurious (T-Domain) This is a function to measure power (or peak power) according to the frequency specified in the table by sweeping in the zero span mode. Auto Level Set Sets the internal reference level to an optimum value in accor- dance with the measurement signal.
Page 89: Parameter Setup Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Load Table Loads the measurement table. Table Edit Edits the measurement table. Table No. 1/2/3 Selects the table to be edited. Load Table Loads the measurement table. Save Table Saves the measurement table.
Page 90 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Judgment Sets ON/OFF of the Pass/Fail judgment for the limit value. Preselector Sets the preselector. NOTE: This menu is displayed on R3267 only. 1.6G: Used to measure harmonics of more than 1.6 GHz or spurious signals when the carrier frequency is lower than 1.6 GHz.
Page 91: F-Domain
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description 3.3.3 F-Domain Carries out a measurement according to the communication standard using the spectrum analyzer’s sweep measurement method. Measurement items include power, occupied bandwidth, ACP Due To Transient, ACP Due to Modulation, Inband Spurious, and Outband Spurious measurements is the frequency domain.
Page 92: Detector Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Trigger Level Sets the level to trigger. Trigger Position Sets where the trigger position is displayed on the screen. Delay Time Sets a delay time from the time a trigger signal is detected to the time the signal is captured.
Page 93: Parameter Setup Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Window Setup Sets the frequency range used for power measurement. Window ON/OFF Sets the window to ON or OFF. When the window is set to OFF, the power measurement range becomes a sweep band.
Page 94: 3.3.3.2 Obw
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Average Mode Selects the processing method when Average Times is set to ON. TRACE AVG: Calculates arithmetic average of the measured data (Log data) in the mode LOG. MAX HOLD: Displays the maximum value within the average counts of the swept waveforms.
Page 95: Parameter Setup Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Parameter Setup Sets measurement conditions and so on. Figure 3-11 Parameter Setup Dialog Box Detector NORMAL/POSI/NEGA/SAMPLE Selects the detector. Judgment Sets ON/OFF of the Pass/Fail judgment for the occupied band- width.
Page 96: 3.3.3.3 Due To Transient
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description 3.3.3.3 Due to Transient This is a function to measure the spectrum, including the rise and fall times of the burst. Auto Level Set Sets the internal reference level to an optimum value in accor- dance with the measurement signal.
Page 97: Parameter Setup Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Table Init Initializes the table. Average Times ON/OFF Sets the averaging count. For the method of average processing, refer to "Average Mode" in the Config → Parameter Setup. Config Parameter Setup Sets measurement conditions and so on.
Page 98 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Display Unit dBm/W/dBµV Specifies the unit of the result displayed. NOTE: When RELATIVE is selected for Result, the unit is dB. Template Couple to Power Sets whether to raise or lower the template with the power set by Ref Power.
Page 99: 3.3.3.4 Due To Modulation
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description 3.3.3.4 Due to Modulation Measure the modulation spectrum excluding the rise and fall of the burst. Auto Level Set Sets the internal reference level to an optimum value in accor- dance with the measurement signal.
Page 100: Detector Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Gate Source Trigger Sets Trigger Source specified by Trigger Setup as Gate Source. NOTE: When Trigger Source is set to IF and SPAN is set to a fre- quency higher than 6 MHz, the sweeping seems to be stopped, because the IF trigger bandwidth is approximately 6 MHz and the gate trigger is failing.
Page 101: Parameter Setup Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Insert Line Inserts a line before the selected line. Delete Line Deletes the selected line. Sort Sorts the tables in frequency order. Table Init Initializes the table. Marker Edit For more information, refer to Section 5.2.1, "Marker Edit Func-...
Page 102 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Result Specifies how to display the results. For more information, refer to Section 5.2.2, "Measurement re- sults Using Due to Modulation, Due to Transient and Inband Spu- rious Modes."...
Page 103: Inband Spurious (1)
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description MAX HOLD: Displays the maximum value within the average counts of the swept waveforms. POWER AVG: Converts the measured data (Log data) to the linear data to take the root mean square value.
Page 104: Parameter Setup Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Sort Sorts the tables in frequency order. Table Init Initializes the table. Marker Edit For more information, refer to Section 5.2.1, "Marker Edit Func- tion." Copy from STD Sets the measurement parameters specified by the communication standard.
Page 105 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description MARKER: Displays the marker read value. The position of the marker is set by Marker Edit. RELATIVE: Displays the marker read value using a relative value. ABS POWER: Converts the value displayed by RELATIVE into the absolute value using carrier power and displays it.
Page 106: Inband Spurious (2)
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description the standard. 3.3.3.6 Inband Spurious (2) Converts resolution bandwidth (RBW) to search spurious signal. When the spurious is swept with broadband RBW near the career frequency, the career signal cannot be separated, which makes the spurious search impossible.
Page 107: Parameter Setup Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Delete Line Deletes the selected line. Sort Sorts data in order of frequency. Table Init Initializes the table. Average Times ON/OFF Sets the averaging count. Config Parameter Setup Sets measurement conditions and so on.
Page 108 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description REF MARKER: Displays a relative value to Ref Marker set by Marker Edit. MODULATION: Displays a relative value to the measurement result of Tx power in Modulation. Display Unit dBm/W/dBµV...
Page 109: 3.3.3.7 Outband Spurious
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description POWER AVG: Converts the measured data (Log data) to the linear data to take the root mean square Set to STD Returns the measurement parameters to the values specified by the standard.
Page 110: Parameter Setup Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Figure 3-18 Parameter Setup Dialog Box Detector NORMAL/POSI/NEGA/SAMPLE Sets the detector. Peak MKR Y Delta Sets the Y delta of a peak marker. Display Unit dBm/W/dBµV Sets the display unit.
Page 111: Modulation
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description 3.3.4 Modulation Performs the modulation analysis using a DSP. 3.3.4.1 3GPP Perform measurements by inversely spreading the measurement signal as a 3GPP signal. Can measure the code domain power coefficient.
Page 112: Selecting The Unit Of The Graph Horizontal Axis (For Channel Number)
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description X Scale Sets the X scale unit. CODE: Displays the horizontal axis of the graph in channel numbers (codes). A ρ for each channel with an arbitrary time or a graph for the power is displayed.
Page 113: Graph Type Of Analysis Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description View Point Time (Code) Selects the X scale for a graphical display. TIME: Sets the X scale to time. CODE: Sets the X scale to codes. Page Switches the screen if the data cannot be displayed on a one- screen when TABLE is selected in Display Type.
Page 114: Constellation
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Constellation: Displays a constellation graph. Constellation(Line): Displays the transition between chips with connected lines. Constellation(Dot): Display the transition between chips with dots. Constellation(Line & Chip): Displays the transition between chips with connected lines and dots.
Page 115 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Constellation(Line): Displays the transition between symbol points connected with lines. Constellation(Dot): Displays the transition between symbol points with dots. Constellation(Line & Symbol): Displays the transition between symbol points connected with lines and with dots.
Page 116 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Test Model 1 DPCH 64 code The spreading factor and code number of the multiplexed channel is automatically set to Test Model1 (DPCH 64 codes) compliant with TS25.141 V3.5.0.
Page 117: 3Gpp User Channel Setting Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Figure 3-23 3GPP User Channel Setting Dialog Box Parameter Setup Sets the measurement parameter. The measurement parameter setup screen varies whether Meas Mode is SLOT or Frame and whether LINK is DOWNLINK or UPLINK.
Page 118 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Meas Mode Selects whether all items or some of the items are measured. PRECISE: Measures all items. Measures only the ρ, carrier frequency error, Er- CONCISE: ror Vector Magnitude and Peak Code Domain Error.
Page 119 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description EXT Trigger Slope Selects the slope of timing at which data is stored. Stores data at the leading edge. Stores data at the trailing edge. EXT Trigger Delay Sets a delay to the timing of the external trigger.
Page 120: Explanation Diagram Of Meas Unit
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description 60 ksps: Uses 60 ksps as the rate for measurement. 120 ksps: Uses 120 ksps as the rate for measurement. 240 ksps: Uses 240 ksps as the rate for measurement.
Page 121: Parameter Setup [Frame/Downlink] Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description NOTE: When a large threshold value is set, an active channel is judged ρ ρ ρ ρ as passive. As a result, and modulation accuracy become worse than actual values, causing incorrect measurements. On the other hand when a small threshold value is set, a passive ρ...
Page 122 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description UNDEFINE: Searches for a scrambling code number from the S-SCH to perform measurements. This function is used when the scrambling code number cannot be determined. Scrambling Code No. Sets Scrambling codes used when measuring to hexadecimal for- mat.
Page 123: Explanation Diagram Of Meas Slots
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Primary CPICH SF Sets the spreading factor (rate) of Primary CPICH. The factors 4 through 512 can be set. Primary CPICH No. Sets the code number of Primary CPICH.
Page 124: Parameter Setup [Slot/Uplink] Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Threshold Sets a threshold value to judge whether or not the channel is ac- tive. A reference value is the mean power of the Primary CPICH. The judgement of the active channel is made for each symbol. As...
Page 125 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Scrambling Code No. Sets Scrambling codes to hexadecimal format. Codes can be set in the range 0 to FFFFFF by using the following keys: SHIFT, 0 SHIFT, 1 SHIFT, 2...
Page 126: Explanation Diagram Of Meas Unit
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Channel Power Time Meas Unit Meas Unit Figure 3-29 Explanation Diagram of MEAS Unit Meas Start Position Set the position where the measurement has started. The set range is from 0 to 140 (0 to 35840 chips).
Page 127: Parameter Setup [Frame/Uplink] Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description (d) When Meas Mode is set to FRAME and LINK is set to UPLINK Figure 3-30 Parameter Setup [FRAME/UPLINK] Dialog Box Scrambling Code No. Sets Scrambling codes to hexadecimal format. Codes can be set in...
Page 128: Examination Diagram Of Meas Slots
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Meas Branch Selects the measurement branch of the channel to be measured from I or Q. Measures the I side. Measures the Q side. Meas Slots Sets the code domain power coefficient and the range (the number of slots) for power measurement.
Page 129 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Phase Inverse Selects whether or not to invert the IQ signal phases. NORMAL: Does not invert the sign of the Q signal. INVERSE: Inverts the sign of the Q signal.
Page 130: 3.3.4.2 Qpsk
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description 3.3.4.2 QPSK Assumes the measurement signal as a QPSK signal to perform measurement. NOTE: The instrument supports the chip rate of 3.84 Mcps. Auto Level Set Sets an internal reference level (REF LEVEL) to the optimum value in agreement with the measurement signal.
Page 131: Qpsk Measurement Parameter Set Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Q EYE Diagram: Displays the eye pattern for Q channel. I/Q EYE Diagram: Displays the eye patterns for I and Q simultaneously. E.V.M. vs Chip: Displays a graph of the magnitude of error vectors for each symbol.
Page 132: Limit Setup Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description EXT Trigger Delay Sets a delay time from the trigger point in units of chip. NOTE: When a negative value is set, a signal before the trigger can be observed.
Page 133: 3.3.4.3 Power
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description 3.3.4.3 Power 3.3.4.3.1 Tx Power Measures the power of a modulation signal. Auto Level Set Sets an internal reference level (REF LEVEL) to the optimum value in agreement with the measurement signal.
Page 134: 3.3.4.3.2 Power Vs Time
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Average Times ON/OFF Selects an averaging process. Activates the number of times of averaging and per- forms averaging the specified number of times. OFF: Does not perform an averaging process.
Page 135: Parameter Setup Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Parameter Setup Sets the parameters used for measurements. Figure 3-37 Parameter Setup Dialog Box Meas Mode Selects the measurement mode. PRECISE: Calculates the electric power by sample to display them.
Page 136: Marker Setup Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Trigger Delay Delays the IF or external triggers. For the IF trigger: Can be set between -40 ms and 666.66 µs in steps of 0.01 µs. For the external trigger: Can be set between -40 ms and 666.66 µs in steps of...
Page 137: 3.3.4.3.3 Ccdf
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Figure 3-39 Template Setup Dialog Box Template 1 Displayed in the lower left side of the screen. Template 2 Displayed in the lower right side of the screen. NOTE:...
Page 138: 3.3.4.3.4 P-Cpich Power
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Figure 3-41 Parameter Setup Dialog Box Root Nyquist Sets whether or not the Root Nyquist filter (with a chip rate of 3.84 Mcps and a rolloff of 0.22) is used.
Page 139: Parameter Setup Dialog Box
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Figure 3-42 Parameter Setup Dialog Box Scrambling Code No. Sets Scrambling codes to hexadecimal format. Codes can be set in the range 0 to 3FFFE by using the following keys:...
Page 140: 3.3.4.4 Time & Fft
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description 3.3.4.4 Time & FFT An IF or base-band signal waveform in time domain and FFT waveform are displayed. This function is used to verify input signals. Auto Level Set Sets the internal reference level to an optimum value in accor- dance with the measurement signal.
Page 141: 3.3.4.5 Std
R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Trigger Delay Sets a delay time from the trigger point to the moment data is cap- tured in units of chip. Average Times ON/OFF Sets the averaging count. 3.3.4.5 STD Sets parameters used for measurement and relationship between the channel number and frequency.
Page 142 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description Link Sets the direction of the signal. UPLINK: Measures the mobile unit signal. DOWNLINK: Measure the base station signal. Offset Level Sets reference level’s offset value within a range of -100 dB to +100 dB.
Page 143 R3267 Series OPT62 3GPP Measurement Option Operation Manual 3.3 Functional Description PEAK: When Average Times is set to ON, it displays the max- imum value within the Average Times counts for the Peak Magnitude Error, Peak Phase Error, Peak Error...
Page 144: Remote Control
R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.1 GPIB Command Index REMOTE CONTROL GPIB Command Index This GPIB command index can be used as the index for Chapter 4. GPIB Command Pages GPIB Command Pages *CLS ............4-64 3GPCH11NUM ........4-47 *ESE ............
Page 145 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.1 GPIB Command Index 3GPCH2SF ..........4-46 3GPDNTHRSH ........4-42, 4-44 3GPCH30NUM ........4-48 3GPDNTRG EXT........4-41, 4-43 3GPCH30SF ..........4-48 3GPDNTRG INT........4-41, 4-43 3GPCH31NUM ........4-48 3GPDNTRG SFN ........4-41, 4-43 3GPCH31SF ..........
Page 146 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.1 GPIB Command Index 3GPMKRHOQ......... 4-52 3GPPTTRGSLP RISE ......4-59 3GPMKSCH ..........4-53 3GPPTUNIT ABS ........4-58 3GPMKSCHPOW ........4-53 3GPPTUNIT REL........4-58 3GPMKSCHPOWABS ......4-53 3GPPTYRNG .......... 4-58 3GPMKTAU..........4-50 3GPPTYUPR ........... 4-58 3GPMKTIME ..........
Page 147 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.1 GPIB Command Index 3GPUPTRGSLP RISE......4-44, 4-45 DL0 ............4-64 3GPVWPT ..........4-40 DL1 ............4-64 3GPXSCL CODE ........4-40 DL2 ............4-64 3GPXSCL TIME ........4-40 DL3 ............4-64 3GPYSCL EVM ........4-40 DL4 ............
Page 148 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.1 GPIB Command Index DTSAVGMD POWER......4-28 FDPDIV P10DB ........4-24 DTSAVGMD TRACE......4-28 FDPDIV P2DB ........4-24 DTSDET NEG ......... 4-28 FDPDIV P5DB ........4-24 DTSDET NRM ........4-28 FDPJDG OFF .......... 4-25 DTSDET POS..........
Page 149 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.1 GPIB Command Index HZ ............4-63 OORDET NRM ........4-20 INPUT IQ ..........4-15 OORDET POS......... 4-20 INPUT RF..........4-15 OORDET SMP ........4-20 IP .............. 4-12 OORDIV P10DB ........4-19 KZ ............
Page 150 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.1 GPIB Command Index QPGTYP CONLINDOT......4-55 4-60, 4-61, QPGTYP EVM ........4-55 4-62 QPGTYP ICHEYE ........4-55 SP ............. 4-13 QPGTYP IQCHEYE ....... 4-55 SPR2AUTOLVL ........4-35 QPGTYP MAGERR........ 4-55 SPR2AVG..........4-36 QPGTYP PHAERR .........
Page 151 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.1 GPIB Command Index SPRAVGMD TRACE ......4-34 TDPAVGMD TRACE......4-17 SPRDET NEG ......... 4-34 TDPDET NEG......... 4-17 SPRDET NRM ........4-34 TDPDET NRM ........4-17 SPRDET POS .......... 4-34 TDPDET POS.......... 4-17 SPRDET SMP..........
Page 152 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.1 GPIB Command Index TDSDET POS.......... 4-22 TRGLVL..........4-16 TDSDET SMP ......... 4-22 TRGPOS ..........4-16 TDSJDG OFF .......... 4-22 TRGSLP FALL........4-16 TDSJDG ON..........4-22 TRGSLP RISE......... 4-16 TDSLD............. 4-21 TRGSRC EXT ......... 4-16 TDSMEAS..........
Page 153: Gpib Command Index
R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes GPIB Command Codes The following table list the GPIB commands by function. Table 4-1 Operating Mode Talker Request Function Listener Code Remarks Code Output Format Operating Spectrum analyzer mode...
Page 154: Couple Key (Couple Function)
R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-4 COUPLE Key (Couple function) Talker Request Function Listener Code Remarks Code Output Format Couple RB * Frequency function RBW AUTO 0:Manual 1:AUTO VB * Frequency VBW AUTO...
Page 155: Mkr Key (Marker)
R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-7 MKR Key (Marker) Talker Request Function Listener Code Remarks Code Output Format ∆Marker ON Marker MKD [*] Frequency(Time) MKOFF Reading marker Frequency(Time) frequency (time) Reading marker level...
Page 156: Save Key (Save)
R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-10 SAVE Key (Save) Talker Request Function Listener Code Remarks Code Output Format Save Save SV REG_nn nn: 01 to 10 file name File name Max.8 character...
Page 157 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format Communication system Setup 3GPP MODTYP 3GPP MODTYP? 0: 3GPP Meas Mode SLOT MEASMD SLOT MEASMD?
Page 158 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format Channel Table Setup Enable/Disable selection #1 ENABLE CHTBL1 ENBL CHTBL1? 0:Disable DISABLE CHTBL1 DSBL 1:Enable...
Page 159 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format T-Domain Auto Level Set AUTOWFL Power TDPAUTOLVL Trigger Setup TriggerSource FREERUN TRGSRC FREE TRGSRC? 0:FREERUN...
Page 160 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format T-Domain Average Times TDPAVGCNT * TDPAVGCNT? Integer Power (1:OFF, 2 to 999) TDPAVG * TDPAVG?
Page 161 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format T-Domain Template Couple to Power Power TDPTMPLPW ON TDPTMPLPW? 0:OFF TDPTMPLPW OFF 1:ON Template Limit...
Page 162 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format ON/OFF Auto Level Set OORAUTOLVL Ratio Trigger Setup Trigger Source FREERUN OORTRGSRC FREE OORTRGSRC? 0:FREERUN...
Page 163 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format ON/OFF Average Times OORAVGCNT * OORAVGCNT? Integer Ratio (1:OFF, 2 to 999) OORAVG * OORAVG?
Page 164 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format T-Domain Auto Level Set TDSAUTOLVL Spurious Trigger Setup Trigger Source FREERUN TDSTRGSRC FREE TDSTRGSRC? 0:FREERUN...
Page 165 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format T-Domain Average Mode Spurious TRACE AVG TDSAVGMD TRACE TDSAVGMD? 0: Trace Avg MAX HOLD TDSAVGMD MAX...
Page 166 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format T-Domain Starts measurement Spurious Spurious TDSMEAS SPUR Starts measurement in the same mode Measurement results...
Page 167 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format F-Domain Gate Source Power Trigger TGTSRC TRG TGTSRC? 0:Trigger Ext Gate TGTSRC EXT 1:EXT Gate Position...
Page 168 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format Average Times FDPAVGCNT * FDPAVGCNT? Integer F-Domain (1:OFF, 2 to 999) Power FDPAVG * FDPAVG?
Page 169 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format Auto Level Set OBWAUTOLVL OBW% OBWPER * OBWPER? Real Number (0.5 to 99.5) Average Times...
Page 170 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format Measurement results OBWMEAS? f1,f2,f3,j1 f1:OBW frequency f2:Lower side frequency f3:Higher side frequency j1: Integer (0: FAIL, 1: PASS,...
Page 171 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format Due to Average Times DTSAVGCNT * Integer DTSAVGCNT Transient (1:OFF, 2 to 999) DTSAVG *...
Page 172 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format Due to Freq. Setting Transient CFSP DTSFRMD CFSP DTSFRMD? 0: Center/Span Mode STSP DTSFRMD STSP...
Page 173 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format Due to Auto Level Set DTMAUTOLVL Modulation Gate Setup TGTSETUP ON TGTSETUP? 0:OFF TGTSETUP OFF...
Page 174 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format Due to Data Input DTMTMPLED *,* f1,l1 Modulation f1: frequency l1: Level (dBm/W/dBµV) Init Table...
Page 175 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format Due to Display Unit Modulation DTMUNIT DBM DTMUNIT? 0: dBm DTMUNIT W 1: W dBµV DTMUNIT DBUV 2: dBµV...
Page 176 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format Inband Auto Level Set SPRAUTOLVL Spurious Template Template SPRTMPL ON SPRTMPL? 0: OFF SPRTMPL OFF...
Page 177 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format Inband Average Mode Spurious TRACE AVG SPRAVGMD TRACE SPRAVGMD? 0: Trace Avg MAX HOLD SPRAVGMD MAX...
Page 178 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format Inband Ref Power Spurious SPRREF MKR SPRREF? 0: Reference Marker SPRREF MOD 1: Modulation Peak MKR Y-Delta...
Page 179 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format Inband Data Input SPR2MKRED *,*,*,* d1, f1,f2,l1 Spurious Set the ref- (0: Peak, 1: Integral)
Page 180 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format Inband Ref Power Spurious SPR2REF MKR SPR2REF? 0: Reference Marker SPR2REF MOD 1: Modulation Peak MKR Y-Delta...
Page 181 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format Outband Auto Level Set FDSAUTOLVL Spurious Table Copy from STD FDSCP Table No.1/2/3 FDSTBL *...
Page 182 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format Outband Judgement Spurious FDSJDG ON FDSJDG? 0: OFF FDSJDG OFF 1: ON Peak MKR Y-Delta...
Page 183 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format 3GPP Auto Level Set AUTOLVL Display Type Format NUMERIC 3GPFMT NUM 3GPFMT? 0: GRAPH GRAPH...
Page 184 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format 3GPP 45deg Turn 3GPTURN ON 3GPTURN? 0: OFF 3GPTURN OFF 1: ON Demod Data Save...
Page 185: Transient Key
R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format 3GPP Primary CPICH SF 3GPCPICHSF * 3GPCPICHSF? Integer (4/8/16/32/64/ 128/256/512) Primary CPICH No. 3GPCPICHNO *...
Page 186 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format 3GPP (When set to DOWN- LINK and FRAME) Scrambling Code Define DEFINE 3GPSCDEF DEF 3GPSCDEF?
Page 187 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format 3GPP Meas Channel SF 3GPDNMCHSF * 3GPDNMCHSF? Integer (4/8/16/32/64/ 128/256/512) Meas Channel No. 3GPDNMCHNO *...
Page 188 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format 3GPP Analysis Rate 15ksps 3GPUPRATE 15K 3GPUPRATE? 2: 15ksps 30ksps 3GPUPRATE 30K 3: 30ksps 60ksps...
Page 189 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format 3GPP Meas Branch 3GPMBRCH I 3GPMBRCH? 0: I 3GPMBRCH Q 1: Q Meas Slots 3GPUPMSLOT *...
Page 190 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format 3GPP Ch7 SF 3GPCH7SF * 3GPCH7SF? Integer (4/8/16/32/64/ 128/256/512) Ch7 Number 3GPCH7NUM * 3GPCH7NUM? Integer (0 to 511)
Page 191 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format Ch19 SF 3GPCH19SF * 3GPCH19SF? Integer (4/8/16/32/64/ 3GPP 128/256/512) Ch19 Number 3GPCH19NUM * 3GPCH19NUM? Integer (0 to 511)
Page 192 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format 3GPP Starts measurement 3GPP 3GPP Starts measurement in the same mode Measurement results (When measuring DOWN- LINK and One Slot) ρ...
Page 193 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format 3GPP Code Domain Power Marker Marker Position 3GPMK * Integer (Code/Time) The marker position can be specified from the left (0, 1.
Page 194 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format 3GPP Code Domain Power Marker Marker Position 3GPMK * Integer (Slot position) Slot No. 3GPMKCODE?
Page 195 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format Slot 3GPSLOT? Integer 3GPP Peak Code Domain Error 3GPPKCDE? Level (dB) Code Domain Power Marker...
Page 196 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format 3GPP Demod Data output 3GPDEMOD 3GPDEMOD? 1/0 Character Graphics Marker Constellation Constellation(Line) Constellation(Dot) Constellation (Line&Chip) (Line&Symbol)
Page 197 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format Graphics Data output Constellation I-Phase Data GPHI? n<CR+LF>+d1<CR+L Constellation (Line) F>+..+dn<CR+LF> n: Number of output...
Page 198 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format QPSK Select Type Constellation QPGTYP CON QPGTYP? 0:Constellation Constellation(Line) QPGTYP CONLIN 1:Constellation (Line) Constellation(Dot) QPGTYP CONDOT...
Page 199 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format QPSK Starting Measurement QPSK QPSK Starting the Measurement on the same mode Results Total Result ρ...
Page 200 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format Graphics Data output Constellation I-Phase Data GPHI? n<CR+LF>+d1<CR+L Constellation (Line) F>+..+dn<CR+LF> n: Number of output...
Page 201 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format Tx Power Auto Level Set AUTOLVL Parameter Setup Root Nyquist TXRNYQ? TXRNYQ ON 0: OFF...
Page 202 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format Power vs Time Parameter Setup Meas Mode PRECISE 3GPPTMEASMD PREC 3GPPTMEASMD? 0:PRECISE CONCISE 3GPPTMEASMD CONC...
Page 203 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format Marker Setup Power vs Time Power Marker 1 3GPPTMKR1 * 3GPPTMKR1? Integer Power Marker 2...
Page 204 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format CCDF Auto Level Set AUTOLVL Scale Setup X Scale Max 3GPCCDFXMAX * 3GPCCDFXMAX? Integer (-20 to 70...
Page 205 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format CCDF Measurement results 3GPCCDF? d1,d2,d3,d4,d5,d6,d7, CCDF d1:Peak Factor d2:Average Power d3:10% d4:1% d5:0.1% d6:0.01% d7:0.001% d8:0.0001%...
Page 206: Numeric Keys/Step Keys/Data Knob/Unit Keys (Entering Data)
R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-12 TRANSIENT Key Talker Request Function Listener Code Remarks Code Output Format P-CPICH Power Max PCPICHPWMAX? d1, d2 P-CPICH Power d1: P-CPICH Power Max (dBm) d2: P-CPICH Power...
Page 207: Miscellaneous
R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-14 Miscellaneous Talker Request Function Listener Code Remarks Code Output Format Miscella- Judgment result reading OPF? 0:PASS neous 1:FAIL(Upper) 2:FAIL(Lower) 3:FAIL(Upper&Lower) 4:Error Outputting error number ERRNO? Integer...
Page 208 R3267 Series OPT62 3GPP Measurement Option Operation Manual 4.2 GPIB Command Codes Table 4-14 Miscellaneous Talker Request Function Listener Code Remarks Code Output Format Miscella- Accessing the operation OPR * OPR? Decimal number corre- neous status enable register sponding to the register bits...
Page 209: Technical Information
R3267 Series OPT62 3GPP Measurement Option Operation Manual 5.1 Template Edit Function TECHNICAL INFORMATION Template Edit Function In TRANSIENT mode, the user can change template. It is necessary to pay attention when entering template, because the data can be interpreted as a relative or absolute value, depending on the setting of Template Cou- ple to Power ON/OFF in the Config menu.
Page 210: Template Settings
R3267 Series OPT62 3GPP Measurement Option Operation Manual 5.1 Template Edit Function Set the template using the relative value to the average power. Figure 5-2 Template Settings When you shift the template to the direction of Y axis using Shift X/Y function while the Template Couple to Power is set to ON, the relative value to the average power is: Relative value (set on the template) + Shifted data on Y axis.
Page 211: Template Setting In The F-Domain Measuring Mode
R3267 Series OPT62 3GPP Measurement Option Operation Manual 5.1 Template Edit Function 5.1.2 Template Setting in the F-Domain Measuring Mode In F-Domain measurement mode, the carrier frequencies depend on the channel numbers. As a result, use the offset frequency from the carrier frequency for template’s X axis data.
Page 212: Measurement Parameter Settings In Due To Transient, Due To Modulation And Inband Spurious
R3267 Series OPT62 3GPP Measurement Option Operation Manual 5.2 Measurement Parameter Settings in Due to Transient, Due to Modulation and Inband Spurious Measurement Parameter Settings in Due to Transient, Due to Modulation and In- band Spurious In TRANSIENT mode, any parameters are compliant with the communication standard when you specify the communication standard.
Page 213: Measurement Results Using Due To Modulation, Due To Transient Inband Inbinband Spurious Modes
R3267 Series OPT62 3GPP Measurement Option Operation Manual 5.2 Measurement Parameter Settings in Due to Transient, Due to Modulation and Inband Spurious Figure 5-7 Example of Marker Edit Setting (2) Peak marker is set using the Peak Marker Y Delta soft key in the Config menu.
Page 214 R3267 Series OPT62 3GPP Measurement Option Operation Manual 5.2 Measurement Parameter Settings in Due to Transient, Due to Modulation and Inband Spurious To display a measured value in (1), select MARKER on the Result: MARKER/RELATIVE/ABS POWER menu in the Parameter Setup dialog box.
Page 215: Mag Error (Magnitude Error)
R3267 Series OPT62 3GPP Measurement Option Operation Manual 5.3 Mag Error (Magnitude Error) Mag Error (Magnitude Error) Mag Error is defined as shown in Figure 5-9, and the value is calculated using the following formula. √ √ √ ∑ Im(i)
Page 216: Error Vector Magnitude)
R3267 Series OPT62 3GPP Measurement Option Operation Manual 5.5 E.V.M. (Error Vector Magnitude) E.V.M. (Error Vector Magnitude) E.V.M. is defined as shown in Figure 5-9, and the value is calculated using the following formula. √ ∑ Error Vector Im(i) - Ir(i) Qm(i) - Qr(i) ×...
Page 217: Waveform Quality
R3267 Series OPT62 3GPP Measurement Option Operation Manual 5.6 Waveform Quality Waveform Quality Waveform Quality (ρ) can be obtained using the following calculation expression. ∑ Im(i) + jQm(i) Ir(i) - jQr(i) Im (i), Qm (i): Measured values ρ = Ir (i), Qr (i): Reference values ∑...
Page 218: Block Diagram
R3267 Series OPT62 3GPP Measurement Option Operation Manual 5.9 Block Diagram Block Diagram This section shows the block diagram for the modulation analysis hardware. The Figure 5-10 shows the modulation analysis part. Therefore the spectrum analyzer part is simplified. The area inside the double lines is the block diagram for the spectrum analyzer, and the part outside that area rep- resents the modulation analysis hardware.
Page 219: Performance Verification Test(3Gpp)
General 6.1.1 Introduction This chapter provides R3267 Series OPT62 performance verification test procedures complied with 3GPP standards, item by item as listed in Table 6-1. Performance verification test will be carried out under following condition. Temperature range: 20 °C to 30 °C...
Page 220: Test Equipment
Equipment lists for individual tests are provided in each performance verification test. NOTE: The R3267 Series with OPT62 to be tested should be warm up for at least 30 minutes before starting test. Make sure that the test equipment used meets its own published specifications.
Page 221: Specifications Required For Test Signals
R3267 Series OPT62 3GPP Measurement Option Operation Manual 6.1 General 6.1.3 Specifications Required for Test Signals Table 6-3 provides the specifications required for performance verification test signals based on the TS 25.211 V3.6.0 and TS 25.213 V3.5.0 of the 3GPP Standards.
Page 222: Calibration Cycle
R3267 Series OPT62 3GPP Measurement Option Operation Manual 6.1 General 6.1.4 Calibration Cycle The performance verifications test should be used to check the spectrum analyzer against its specifications once a year recommended. 6.1.5 Performance Verification Test Record Sheets The performance verification test record sheets and performance check record sheets are provided at the end of this chapter.
Page 223: Performance Verification Test Procedure
R3267 Series OPT62 3GPP Measurement Option Operation Manual 6.2 Performance Verification Test Procedure Performance Verification Test Procedure 6.2.1 Down Link Measurement in RF Input Description Test waveform quality accuracy, carrier frequency accuracy, modulation accuracy and code domain power accuracy in Down Link measurement mode of RF input.
Page 224: Up Link Measurement In Rf Input
On the R3267 Series, set the measurement parameters as shown in Figure 6-3. Figure 6-3 Setting of Measurement Parameters for Down Link (RF Input) On the R3267 Series, press DC CAL and AUTO LEVEL to perform dc calibra- tion and auto level.
Page 225: Setup Of Up Link Measurement (Rf Input)
R3267 Series OPT62 3GPP Measurement Option Operation Manual 6.2 Performance Verification Test Procedure Equipment used Arbitrary Waveform Generator: IQ Modulation Signal Generator: RF Cable: BNC (m)-BNC (m) Adapter: N (m)-BNC (f) Setup Figure 6-4 Setup of Up Link Measurement (RF Input) Procedure Connect equipment as shown in Figure 6-4.
Page 226: Qpsk Measurement In Rf Input
On the R3267 Series, set the measurement parameters as shown in Figure 6-5. Figure 6-5 Setting of Measurement Parameters for Up Link (RF Input) On the R3267 Series, press DC CAL and AUTO LEVEL to perform dc calibra- tion and auto level.
Page 227: Setup Of Qpsk Measurement (Rf Input)
0 dBm On the R3267 Series, set controls as follows; Center Frequency: 2 GHz Input: Measurement: QPSK On the R3267 Series, set the measurement parameters as shown in Figure 6-7. Figure 6-7 Setting of Measurement Parameters for QPSK (RF Input)
Page 228: Setup Of Down Link Measurement (Iq Input)
R3267 Series OPT62 3GPP Measurement Option Operation Manual 6.2 Performance Verification Test Procedure On the R3267 Series, press DC CAL and AUTO LEVEL to perform dc calibra- tion and auto level. On the R3267 Series, press SINGLE for single sweep.
Page 229: Setting Of Measurement Parameters For Down Link (Iq Input)
R3267 Series OPT62 3GPP Measurement Option Operation Manual 6.2 Performance Verification Test Procedure On the R3267 Series, set the measurement parameters as shown in Figure 6-9. Figure 6-9 Setting of Measurement Parameters for Down Link (IQ Input) On the R3267 Series, press DC CAL to perform dc calibration.
Page 230: Setup Of Up Link Measurement (Iq Input)
Input: Measurement: Up Link On the R3267 Series, set the measurement parameters as shown in Figure 6-11. Figure 6-11 Setting of Measurement Parameters for Up Link (IQ Input) On the R3267 Series, press DC CAL to perform dc calibration. On the R3267 Series, press SINGLE for single sweep.
Page 231: Setup Of Qpsk Measurement (Iq Input)
R3267 Series OPT62 3GPP Measurement Option Operation Manual 6.2 Performance Verification Test Procedure 6.2.6 QPSK Measurement in IQ Input Description Test modulation accuracy in QPSK measurement of IQ input. Specification ≤ 3% Modulation Accuracy: Equipment used Arbitrary Waveform Generator: RF Cable:...
Page 232: Setting Of Measurement Parameters For Qpsk (Iq Input)
R3267 Series OPT62 3GPP Measurement Option Operation Manual 6.2 Performance Verification Test Procedure On the R3267 Series, set the measurement parameters as shown in Figure 6-13. Figure 6-13 Setting of Measurement Parameters for QPSK (IQ Input) On the R3267 Series, press DC CAL to perform dc calibration.
Page 233: Setup Of Simplified Performance Check
Input: Measurement: QPSK On the R3267 Series, set measurement parameters as shown in Figure 6-15. Figure 6-15 Setting of Measurement Parameters for QPSK (RF Input) On the R3267 Series, press SINGLE for single sweep. After single sweep has completed, record the result in the performance check record sheets.
Page 234 R3267 Series OPT62 3GPP Measurement Option Operation Manual 6.3 Performance Verification Test Record Sheet Performance Verification Test Record Sheet Model: OPT3264/67/73+62 S/N: Down Link Measurement in RF Input Specification Result Test Items Measured Min. Max. Pass/Fail Value Waveform Quality(ρ) 0.998...
Page 235 R3267 Series OPT62 3GPP Measurement Option Operation Manual 6.3 Performance Verification Test Record Sheet Down Link Measurement in IQ Input Specification Result Test Items Min. Measured Value Max. Pass/Fail Modulation Accuracy Up Link Measurement in IQ Input Specification Result Test Items Min.
Page 236 R3267 Series OPT62 3GPP Measurement Option Operation Manual 6.4 Performance Check Record Sheet Performance Check Record Sheet Model: OPT3264/67/73+62 S/N: Specification Result Test Items Min. Measured Value Max. Pass/Fail Waveform Quality(ρ) 0.999 Carrier Frequency Accuracy -30 Hz +30 Hz Modulation Accuracy...
Page 237 R3267 Series OPT62 3GPP Measurement Option Operation Manual 7 SPECIFICATIONS SPECIFICATIONS Modulation Analysis Compliance Third Generation Partnership Project (3GPP) The applicable system conforms to the following specifications. TS 25.101 V 3.6.0 25.104 V 3.6.0 25.211 V 3.6.0 25.213 V 3.5.0...
Page 238 R3267 Series OPT62 3GPP Measurement Option Operation Manual 7 SPECIFICATIONS • 3GPP modulation analysis mode (DOWNLINK) Characteristics Specification Waveform quality Measurement accuracy: < 0.002 Measurement accuracy: < ± 0.1 dB Code domain power ρ (Waveform Quality Factor) Result display τ (Time Alignment Error)
Page 239 R3267 Series OPT62 3GPP Measurement Option Operation Manual 7 SPECIFICATIONS • I/Q input Characteristics Specification Connectors BNC female (rear panel) Input Impedance 50Ω (nominal) Coupling DC or AC coupling Input level range 0.25V - 0.9Vp-p (± 0.47V or less) Modulation accuracy Residual vector error:<...
Page 240 R3267 Series OPT62 3GPP Measurement Option Operation Manual A.1 Messages APPENDIX A.1 Messages In this section, the messages that are displayed while the analyzer is being used are described. Code Messages Description System Error. Fatal Error occurred. Data area for the calculation is Cannot allocate the required insufficient on the memory.
Page 241 R3267 Series OPT62 3GPP Measurement Option Operation Manual A.1 Messages Code Messages Description Modulation Gain CAL error!(#200) Check 30 MHz CAL signal for connection. Modulation Gain CAL error!(#300) Check 30 MHz CAL signal for con- nection. Modulation Gain CAL error!(#110) Check 30 MHz CAL signal for con- nection.
Page 242 R3267 Series OPT62 3GPP Measurement Option Operation Manual A.1 Messages Code Messages Description Cannot Detect Mod. DSP board. Contact qualified engineer. System Error. A memory error was detected. Memory test failed. (#0) Contact a sales representative. System Error. A memory error was detected.
Page 243: Alphabetical Index
ALPHABETICAL INDEX R3267 Series OPT62 3GPP Measurement Option Operation Manual ALPHABETICAL INDEX [Numerics] 3-85, 3-87 Average Type .......... 3-7, 3-25, 3GPP ............3-7, 3-19, 3-88 3-57 3GPP modulation analysis mode .... 7-2 45deg Turn ..........3-19, 3-61 Band Conversion ........3-17 Baseband Input ........
Page 244 R3267 Series OPT62 3GPP Measurement Option Operation Manual Alphabetical Index Due to Transient ........3-7, 3-42, 5-4, 5-5 DC CAL ..........3-7, 3-25, 3-87 Delay Time ..........3-8, 3-9, 3-10, 3-11, E.V.M. vs Chip ........3-19, 3-22, 3-14, 3-29, 3-60, 3-77 3-32, 3-34, E.V.M.
Page 245 R3267 Series OPT62 3GPP Measurement Option Operation Manual Alphabetical Index 3-38, 3-46 GPIB Command Index ......4-1 Limit (ρ) ..........3-22, 3-78 Graph Plot Type ........3-23, 3-82 Limit Setup ..........3-22, 3-78 Graphical Display of Link ............3-7, 3-25, W-CDMA Measurements .......
Page 246 R3267 Series OPT62 3GPP Measurement Option Operation Manual Alphabetical Index Measuring Power Variations PERFORMANCE VERIFICATION TEST Using the IF Trigger ....... 2-27 (3GPP) ............ 6-1 Measuring the BTS 3GPP Signals ..2-1 Phase Error vs Chip ........ 3-19, 3-22, Measuring the Frame ......2-6 3-60, 3-77 Measuring the MS 3GPP Signal .....
Page 247 R3267 Series OPT62 3GPP Measurement Option Operation Manual Alphabetical Index Root Nyquist ........... 3-22, 3-23, Sort ............3-8, 3-13, 3-77, 3-79, 3-14, 3-16, 3-81, 3-84 3-17, 3-30, 3-42, 3-47, 3-50, 3-52, 3-53 Save Table ..........3-10, 3-18, SPECIFICATIONS ......... 7-1 3-35, 3-55 Spurious ..........
Page 248 R3267 Series OPT62 3GPP Measurement Option Operation Manual Alphabetical Index Template Edit function ......5-1 3-32, 3-34, Template Limit ........3-8, 3-13, 3-38, 3-45 3-15, 3-16, Trigger Setup .......... 3-8, 3-9, 3-17, 3-30, 3-10, 3-11, 3-44, 3-48, 3-14, 3-28, 3-51, 3-54 3-31, 3-34, Template ON/OFF ........
Page 249 R3267 Series OPT62 3GPP Measurement Option Operation Manual Alphabetical Index Y Scale ............ 3-19, 3-57 Y Scale [dB/div] 10/5/2 ......3-8, 3-9, 3-11, 3-30, 3-32, 3-39 Y Scale Range ......... 3-23, 3-80 Y Scale Upper ......... 3-23, 3-80...
Page 250 (3) You may not reverse engineer, de-compile, or disassemble, all or any part of, the SOFTWARE. Liability ADVANTEST shall have no liability (1) for any PRODUCT failures, which may arise out of any misuse (misuse is deemed to be use of the SOFTWARE for purposes other than it's intended use) of the SOFTWARE.
Page 251: Limited Warranty
Product. 3. If the Product is found to be defective during the Warranty Period, ADVANTEST will, at its option and in its sole and absolute discretion, either (a) repair the defective Product or part or component thereof or (b) replace the defective Product or part or component thereof, in either case at ADVANTEST s sole cost and expense.
Page 252 Product, the Product may not be repairable. Please contact the nearest ADVANTEST office listed at the end of this Operation Manual or ADVANTEST...
Page 253 SALES & SUPPORT OFFICES Advantest America Measuring Solutions, Inc. (North America) New Jersey Office 258 Fernwood Avenue, Edison, NJ 08837 Phone: (1) (732) 346-2600 Facsimile: (1) (732) 346-2610 Santa Clara Office 3201 Scott Blvd., Santa Clara, CA 95054 Phone: (1) (408) 988-7700 Facsimile: (1) (408) 987-0688 ROHDE &...

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ADVANTEST R3267 Operation Manual

1 Introduction

2 Measurement Examples

3 Reference

4 Remote Control

5 Technical Information

6 Performance Verification Test(3Gpp)

7 Specifications

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