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R3765/67G Series Network Analyzer Operation Manual

10.1 Preparing for a Performance Test

10-2

Table 10-1 Required Measurement Instrument for Performance Test (2 of 3)

Test items

Measurement Instrument

Remarks

Output level
linearity

• Power meter

Frequency

: 300kHz to 3.8GHz

(R3765G Series)
300kHz to 8GHz
(R3767G Series)

Power range : -21dBm to +17dBm

NRVS (R&S)
(Calibrated under the
national standard)

Refer to
section 10.4

• Power sensor

Frequency

: 300kHz to 3.8GHz

(R3767G Series)
300kHz to 8GHz
(R3767G Series)

Power range : -21dBm to +17dBm

NRV - Z51 (R&S)
(DC to 18GHz)

• 50

Ω

to 75

Ω

conversion adapter

(when OPT 12 or 13 is installed)

11852 B
(Agilent Technologies)

Directivity

• Calibration kit

Model 9617A3
(DC to 18GHz, N type
connector)
Model 9617M3
(For OPT 12 or 13)
(DC to 3.8GHz, N75

Ω

)

Refer to
section 10.5

Test port load
match

• Calibration kit
• Directivity bridge

Model 9617A3
(DC to 18GHz, N type
connector)
ZRB2VAR-52
(5MHz to 3GHz)
Model 9617M3
(For OPT 12 or 13)
(DC to 3.8GHz, N75

Ω

)

Refer to
section 10.6

Crosstalk

• Calibration kit

Model 9617A3
(DC to 18GHz, N type
connector)
Model 9617M3
(For OPT 12 or 13)
(DC to 3.8GHz, N75

Ω

)

Refer to
section 10.8

Summary of Contents for R3765AG

Page 1: ...in Japan ADVANTEST CORPORATION All rights reserved R3765 67G Series Network Analyzer Operation Manual FOE 8370681G01 1999 First printing December 1 1999 Applicable models R3765AG R3765BG R3765CG R3767...

Page 2: ...ich will result in death or serious personal injury CAUTION Indicates a potentially hazardous situation which will result in personal injury or a damage to property including the product Basic Precaut...

Page 3: ...on Symbols Used Within this Manual Symbols indicating items requiring caution which are used in this manual are shown below to gether with their meaning DANGER Indicates an item where there is a dange...

Page 4: ...with limited life For more informa tion refer to Chapter 1 Main Parts with Limited Life Precautions when Disposing of this Instrument When disposing of harmful substances be sure dispose of them prop...

Page 5: ...t free area An area free from vibrations Figure 1 Environmental Conditions Instrument Placement Figure 2 Instrument Placement This instrument can be used safely under the following conditions Altitude...

Page 6: ...accordance with EN50081 1 and EN50082 1 and Low Voltage Directive 73 23 EEC in accordance with EN61010 ADVANTEST Corp ROHDE SCHWARZ Tokyo Japan Engineering and Sales GmbH Munich Germany instrument ty...

Page 7: ...dress and the telephone number of ADVANTEST Corporation are described in the end of this manual Refer for the inquiry etc Manual name Model Strong points Remarks R3765 67G Series Network Analyzer Oper...

Page 8: ...765 67G Series Network Analyzer Operation Manual Preface Preface 2 How to Read this Manual 1 Distinction of panel key and soft key in this manual Panel key Example CH 1 5 Soft key Example POWER LOG MA...

Page 9: ...d by reading it through 3 Basic operating guidelines Actual example of operation How to look at the display screen 4 Basic operation Description of the basic items Chapters of practice 5 Measurement m...

Page 10: ...9 How to Replace the Protective Fuse for Bias Input 1 10 1 10 Cleaning Storage and Transportation 1 11 1 11 Notes on Use 1 12 1 12 Calibration 1 14 1 13 Replacing Parts with Limited Life 1 14 2 PANEL...

Page 11: ...isplay 5 1 5 1 1 Overlap Display Mode Two Traces per Screen Measurement 5 1 5 1 2 Split Display 5 6 5 2 Transmission Reflection Characteristic Measurement Four Screen Display Mode 5 10 5 2 1 Setup 5 1...

Page 12: ...g Calibration Data 7 42 7 5 7 Calibration Kit Selection 7 43 7 5 8 Parameters Entry of an User selected Calibration Kit 7 44 7 5 9 Extending Measurement Reference Plane 7 47 7 5 10 Calibration Data Cl...

Page 13: ...3 Executing Store File 7 144 7 14 4 Setting Register Name 7 145 7 14 5 Setting File Name 7 146 7 14 6 Clearing Saved Register 7 147 7 14 7 Purging Stored File 7 148 7 14 8 Executing Recall 7 148 7 15...

Page 14: ...17 10 7 Noise Level 10 21 10 8 Crosstalk 10 24 10 8 1 When R3765AG 67AG 10 24 10 8 2 When R3765BG 67BG 10 26 10 8 3 When R3765CG 67CG 10 27 10 8 4 When R3765CG 67CG OPT 11 OPT 13 OPT 14 10 29 10 9 Dyn...

Page 15: ...ing Time A 3 A 3 Initial Setting A 4 A 4 Soft Key Menu List A 9 A 5 Other Information A 32 A 5 1 Error Message A 32 A 5 2 Setting of Backup Memory at the factory shipped A 32 A 5 3 GPIB Command List f...

Page 16: ...ic Normalize 3 11 3 10 Auto scale of Magnitude Measurement 3 12 3 11 Filter Analyzing Function 3dB Bandwidth and Q Measurement 3 13 3 12 Filter Analyzing Function 6dB Bandwidth and Q Measurement 3 14...

Page 17: ...4 5 23 5 22 The Finished 4 Screen Display 5 24 5 23 Two Channels Simultaneous Display Overlap Display 5 26 5 24 Two Channels Simultaneous Display Split Display 5 27 5 25 Multi marker Display 5 29 5 26...

Page 18: ...egister List Display 7 145 7 21 Setting DIP Switches 7 155 7 22 Timing Chart of WRITE STROBE 7 159 7 23 Parallel I O 36 pin Connector Pin Assignment and Signal 7 161 7 24 Schematic Circuit Diagram of...

Page 19: ...42 10 45 10 28 Crosstalk of TEST PORT 4 When the measurement path is S43 10 46 10 29 Connections for A PORT Measurement for Dynamic Level Accuracy 10 48 10 30 Connections for B PORT Measurement for Dy...

Page 20: ...ial Setup Value 1 of 3 4 3 4 2 Setting Backup Memory 4 7 7 1 Combination of Interpolatable Sweep Type o possible x impossible 7 42 7 2 Status Display 7 42 7 3 DSW1 Function 7 155 7 4 DSW2 Function 7 1...

Page 21: ...added the program sweeping function that can freely change the resolution bandwidth RBW and output level during sweep operation for each segment With the built in BASIC controller a high speed ATE sy...

Page 22: ...omestic Name of articles Type name Parts code Quantity Remarks Power cable A01402 DCB DD2428X01 1 3pins plug AC adapter JCD AL003EX03 1 1 3 2pin Power fuse DFT AA6R3A 1 T6 3A 250V R3765 67G Series Net...

Page 23: ...T 11 OPT 12 OPT 13 OPT 14 OPT 70 OPT 71 OPT 72 R3765AG 3 8 GHz without the built in test set R3765BG 3 8 GHz with the built in bridge R3765CG 3 8 GHz with the built in test set R3767AG 8 GHz without t...

Page 24: ...ront handle attached Slide rail set A02642 Name Type Remarks Frequency range Connector type Calibration kit 50 Model 9617A3 DC to 18GHz N type Calibration kit 50 Model 9617F3 DC to 18GHz 3 5mm type Ca...

Page 25: ...a Although the R3765 67G series has been designed to withstand a certain amount of noise riding on the AC power line it should be used in an area of low noise Use a noise cut filter when ambient noise...

Page 26: ...ies Network Analyzer Operation Manual 1 4 Environmental Conditions 1 6 The R3765 67G series can be used safely under the following conditions Altitude of up to 2000 m Installation Categories II Pollut...

Page 27: ...ed over 100 240V 1 5 2 Replacing the Power Fuse WARNING 1 Before replacing the power fuse be sure to turn the power switch OFF and remove the power cable from the outlet 2 For continued protection aga...

Page 28: ...hen you connect power cable with the outlet turn off the power switch When you pull out power cable from the outlet have the plug 2 Protective earth Connect the power plug cable with the power outlet...

Page 29: ...cable for serial I O port To prevent malfunction by noise 3 The standard of the cable used for the radiation test of the R3765 67G series is A01235 4 Do not bundle I O cable and AC power line when wir...

Page 30: ...laced turn OFF the POWER switch of the R3765 67G series and remove the power cable from the receptacle beforehand Replacement procedure Turn the cap of fuse holder counterclockwise to remove Take out...

Page 31: ...2 Storage Storage temperature of the R3765 67G series is from 20 C to 60 C Do not store it out of this temperature range The cases in which the R3765 67G series is not used for a long time cover with...

Page 32: ...to the television or the radio by an im proper installation and use of the R3765 67G series If the power of the R3765 67G series is turned off and the electromagnetic interference is reduced then the...

Page 33: ...Figure 1 4 Benchboard Wrist strap Equivalent resistance Approx 1M Ground Benchboard Floor Equivalent resistance 106 to 109 1M Ground Conductive shoes Conductive mat Benchboard Ground 1M Conductive mat...

Page 34: ...13 Replacing Parts with Limited Life The R3765 67G series uses the following parts with limited life that are not listed in Safety Summary Replace the parts listed below after their expected lifespan...

Page 35: ...iptions 2 1 2 PANEL DESCRIPTION The names and the functions of each part on the front and rear panel side and the display screen are described 2 1 Front Panel Descriptions 2 1 1 R3765AG 67AG Figure 2...

Page 36: ...asurement channels Each channel has a sub measurement screen which can be selected by toggle Sub measurement screen of CH1 CH3 Sub measurement screen of CH2 CH4 After selecting functions to be operate...

Page 37: ...R3765 67G Series Network Analyzer Operation Manual 2 1 Front Panel Descriptions 2 3 2 1 2 R3765BG 67BG Figure 2 2 Front Panel Descriptions R3765BG 67BG 1 2 3 11 6 7 5 4 13 14 9 8 10 12...

Page 38: ...endently two measurement channels Each channel has a sub measurement screen which can be selected by toggle Sub measurement screen of CH1 CH3 Sub measurement screen of CH2 CH4 After selecting function...

Page 39: ...R3765 67G Series Network Analyzer Operation Manual 2 1 Front Panel Descriptions 2 5 2 1 3 R3765CG 67CG Figure 2 3 Front Panel Descriptions R3765CG 67CG 1 2 3 11 6 7 5 4 13 14 12 9 8 10...

Page 40: ...nnel has a sub measurement screen which can be selected by toggle Sub measurement screen of CH1 CH3 Sub measurement screen of CH2 CH4 After selecting functions to be operated are effective to the sele...

Page 41: ...R3765 67G Series Network Analyzer Operation Manual 2 1 Front Panel Descriptions 2 7 2 1 4 R3765CG 67CG OPT11 Figure 2 4 Front Panel Descriptions R3765CG 67CG OPT 11 1 3 4 12 7 8 6 5 14 15 13 10 9 11 2...

Page 42: ...measurement channels Each channel has a sub measurement screen which can be selected by toggle Sub measurement screen of CH1 CH3 Sub measurement screen of CH2 CH4 After selecting functions to be opera...

Page 43: ...765 67G Series Network Analyzer Operation Manual 2 1 Front Panel Descriptions 2 9 2 1 5 R3765CG 67CG OPT14 Figure 2 5 Front Panel Descriptions R3765CG 67CG OPT 14 1 2 5 13 8 9 7 6 15 16 14 11 10 12 4...

Page 44: ...between independently two measurement channels Each channel has a sub measurement screen which can be selected by toggle Sub measurement screen of CH1 CH3 Sub measurement screen of CH2 CH4 After sele...

Page 45: ...R3765 67G Series Network Analyzer Operation Manual 2 2 Rear Panel Descriptions 2 11 2 2 Rear Panel Descriptions Figure 2 6 Rear Panel Descriptions 14 13 2 1 15 12 3 4 5 6 7 8 9 10 11 16...

Page 46: ...7 AC POWER connector The AC POWER connector has three pin structure includes an earth pin To remove a power fuse pull out the upper cover 8 TEST SET connector Connector used with the AG or CG model f...

Page 47: ...tion Manual 2 3 Screen Display Descriptions 2 13 2 3 Screen Display Descriptions The following shows R3767CG screen Each part is described in the next page Figure 2 7 Screen Display Descriptions 14 12...

Page 48: ...ay coordinate Load menu Displays files in this area when loading program from the disk drive Active marker Displays an active marker value Marker list Displays a marker list Soft key menu Displays a s...

Page 49: ...t time 3 1 Initial Power on 1 Connecting to AC Power Source With the R3765 67G s power switch turned OFF connect the attached power cable to the AC power connector on the rear panel CAUTION To avoid d...

Page 50: ...h on the front panel Turn the power switch ON The initial setting screen is displayed approximately 30 seconds after the initial self checking is complete Figure 3 2 Setting Screen When Switch on or P...

Page 51: ...eys This R3765 67G series is operated with panel keys and soft keys is panel key is soft key Figure 3 3 Panel Keys and Soft Keys Pressing a panel key displays a soft key menu at right on the screen Pr...

Page 52: ...hannel which can be set and changed ENTRY Input the numeric value for the selected function STIMULUS Sets the conditions of signal source such as frequency range power level sweep type sweep time and...

Page 53: ...calibration Pressing DONE 1 PORT without acquiring each data can return to the previous hierarchy menu forcefully In order to move it to the top menu from the middle of a series of soft key menu press...

Page 54: ...djusting set data Entry off key Entry off key is operated by toggle Sets OFF the current entry data which is displayed in active area Press this key to avoid changing the entry data by actuating the k...

Page 55: ...creen 3 7 3 3 How to Read the Display Screen Figure 3 6 Annotation on the Screen Annotation Character Soft key menu Status area Scale reference Stop Span Input port Scale DIV Format Active area Channe...

Page 56: ...PRESET key Next select the setting of the R3765 67G series according to the measurement to perform If necessary connect DUT temporarily then Calibration Acquire the reference of magnitude and phase a...

Page 57: ...765 67G series is performed as shown in Figure 3 7 or Figure 3 8 according to the type Note R3765 67G SERIES cannot be connected to R396X SERIES S parameter test set 1 AG type Figure 3 7 The Setup of...

Page 58: ...CH2 TRN TRANSMISSION 3 Setting Press PRESET to preset Set the R3765 67G series as follows Note OPT11 or OPT14 uses a different MEAS menu For more information refer to the description on page 7 10 AG t...

Page 59: ...Calibrate the frequency characteristics of the R3765 67G series Remove DUT and connect a through adapter instead Press CAL NORMALIZE THRU The display on the screen changes as follows CORRECT key is s...

Page 60: ...3 5 Measurement Samples of Simple Transmission Characteristics 3 12 3 5 3 Magnitude measurement Adjust the scale to see the display trace easily SCALE AUTO SCALE The display on the screen is as follow...

Page 61: ...rement sample of 3dB bandwidth Set the marker and activate the filter analysis function MKR MKR SEARCH FLTR ANA FLTR ANA ON OFF The display on the screen is as follows Bandwidth is displayed with arro...

Page 62: ...mple Transmission Characteristics 3 14 A measurement sample of 6dB bandwidth Change WIDTH VALUE bandwidth to search from 3dB initial value to 6dB Press WIDTH VALUE 6 X1 The display on the screen is as...

Page 63: ...ize frequency characteristics The same operation as sub section 3 5 2 Note OPT11 or OPT14 uses a different MEAS menu For more information refer to the description on page 7 10 Block name Setting Key o...

Page 64: ...16 Adjust the scale to see the display trace easily Pressing SCALE AUTO SCALE shows the following display on the screen Figure 3 13 Auto scale of Phase Measurement Set the phase extension display FOR...

Page 65: ...requency characteristics The same operation as sub section 3 5 2 Note OPT11 or OPT14 uses a different MEAS menu For more information refer to the description on page 7 10 Block name Setting Key operat...

Page 66: ...Manual 3 5 Measurement Samples of Simple Transmission Characteristics 3 18 Adjust the scale to see the display trace easily Pressing SCALE AUTO SCALE shows the following display on the screen Figure 3...

Page 67: ...peration Manual 3 5 Measurement Samples of Simple Transmission Characteristics 3 19 Change group delay aperture to 20 AVG GROUP DELAY APERTURE 2 0 X1 The display on the screen is as follows Figure 3 1...

Page 68: ...ure the reflection characteristics with AG type directive bridge to separate reflection wave and incident wave from DUT to measure are necessary Figure 3 17 Setup for Reflection Characteristic Measure...

Page 69: ...T of this measurement sample is a band pass filter of center frequency of 880MHz All the displays used on the screen are display samples of R3767CG The displayed contents of input port in the upper le...

Page 70: ...e message Wait for Sweep disappeared each calibration completes The above message may not be visible if measurement time is short A beep sound is always heard when the calibration operation is complet...

Page 71: ...the open standard to the test port and acquire the calibration data OPEN The display on the screen is as follows Figure 3 19 1 Port Full Calibration Open Connect the short standard to the test port a...

Page 72: ...e load standard to the test port and acquire the calibration data LOAD The display on the screen is as follows Figure 3 21 1 Port Full Calibration Load Execute the calibration and end DONE 1 PORT The...

Page 73: ...return loss reflection coefficient standing wave ratio S parameter and impedance Return loss LOG MAG format setting measurement Adjust the scale to see the display trace magnitude easily SCALE AUTO SC...

Page 74: ...return loss converted into reflection coefficient FORMAT LIN MAG Note If the format soft menu has already been displayed it s not necessary to press FORMAT The top of the screen corresponds to reflec...

Page 75: ...ement The following operation is performed to display the return loss as the standing wave ratio SWR FORMAT More 1 2 SWR SCALE AUTO SCALE SWR 1 corresponds to the state of perfect matching The related...

Page 76: ...se as follows a The magnitude is displayed with line and the size of the magnitude is displayed with the radius of the circle The center of the circle Reflection coefficient 0 The state of perfect mat...

Page 77: ...is performed to make Smith chart FORMAT SMITH R jX The display on the screen is as follows It shows that the impedance is inductive in the upper half circle of Smith chart and it is capacitive in the...

Page 78: ...block Make the setting for the signal resource Refer to section 7 3 4 RESPONSE block Make setting of the receiver part and the information on the display screen Refer to section 7 4 5 INSTRUMENT STAT...

Page 79: ...than two pages Pressing More 1 2 moves the page to the next and pressing More 2 2 returns the page to the previous 2 Soft key menu of hierarchy Pressing Return returns to the previous hierarchy menu...

Page 80: ...Program sweep segment Linear frequency sweep ON Internal FREE RUN OFF 0sec 65 325msec AUTO 201 300kHz 3 8GHz R3765AG BG CG 8 0GHz R3767AG BG CG Start Stop 1GHz 1 2 2 ON All clear Linear frequency swe...

Page 81: ...ec 100m 1 1 1 360 5 45 100nsec 100m 1 1 1 360 Reference position Logarithmic magnitude Phase Group delay Smith chart Polar coordinate Linear magnitude SWR Real part Imaginary part Continuous phase 6 5...

Page 82: ...3dBm CG OPT14 8dBm 8dBm Type Power on or preset RST Start Stop Start Stop AG 3dBm 0dBm 3dBm 17dBm AG OPT10 8dBm 0dBm 8dBm 12dBm BG 13dBm 0dBm 13dBm 7dBm BG OPT10 18dBm 0dBm 18dBm 2dBm BG 12 11dBm 0dBm...

Page 83: ...division of Y axis 6 Logarithmic magnitude reference position Type CH1 CH2 CH3 CH4 AG LOG MAG LOG MAG LOG MAG LOG MAG BG LOG MAG LOG MAG POLAR LOG MAG CG LOG MAG LOG MAG POLAR LOG MAG Type CH1 CH2 CH3...

Page 84: ...p Memory Factory Default Settings 4 7 4 5 Setting Backup Memory Factory Default Settings Table 4 2 Setting Backup Memory Item Initial value GPIB address System controller Addressable Printer GPIB addr...

Page 85: ...menu For more information refer to the description on page 7 10 Calibrate the frequency characteristic Remove DUT and connect the through adapter instead Normalize in this state CAL NORMALIZE THRU Fol...

Page 86: ...ws The display contents of input port on upper left of the screen are different depending on the model The display of each type is as follows Active channel CH2 TRN TRANSMISSION The display section of...

Page 87: ...of scale change to the second trace phase select 2nd by TRACE The reference line is also switched to the second trace s Then the operation of marker also becomes effective to the second trace TRACE 2n...

Page 88: ...erlap displayed Logarithmic magnitude group delay measurement Set the format to logarithmic magnitude the first trace group delay the second trace measurement FORMAT More 1 2 LOG MAG DELAY The scale c...

Page 89: ...gnitude phase measurement Set the format to linear magnitude the first trace phase the second trace measurement FORMAT LIN MAG PHASE The scale can be changed in the same way as SCALE AUTO SCALE TRACE...

Page 90: ...tic First remove DUT and connect the through adapter instead Normalize in this state CH 2 CAL NORMALIZE THRU Following the completion return the connection to DUT filter Block name Setting Key operati...

Page 91: ...lay the operation of format or scale etc is performed to the active channel independently The display of active channel becomes inverted one and the frame of the screen display changes to white Set ch...

Page 92: ...race Display 5 8 Set channel 2 to the group delay display DELAY SCALE AUTO SCALE The display on the screen is as follows This corresponds to the logarithmic magnitude group delay measurement overlap d...

Page 93: ...y 5 9 Set channel 2 to the phase and channel 1 to the linear magnitude FORMAT PHASE CH 1 LIN MAG SCALE AUTO SCALE The display on the screen is as follows This corresponds to the linear magnitude phase...

Page 94: ...d as DUT Setup CG type Figure 5 8 Setup of the Reflection Characteristic Measurement Setup the R3765 67G series as follows First preset by pressing PRESET Note OPT11 or OPT14 uses a different MEAS men...

Page 95: ...on data and then start the calibration Refer to Section 7 5 10 Calibration Data Clear 2 When the message Wait for Sweep disappeared each calibration completes The above message may not be visible if m...

Page 96: ...Reflection Characteristic Measurement Four Screen Display Mode 5 12 Connect the short standard to the test port 1 and acquire calibration data S11 PORT 1 FWD SHORT The display on the screen is as fol...

Page 97: ...test port 1 Connect the open standard to the test port 2 and acquire calibration data S22 PORT 2 REV OPEN Connect the short standard to the test port 2 and acquire calibration data S22 PORT 2 REV SHOR...

Page 98: ...Reflection Characteristic Measurement Four Screen Display Mode 5 14 The display on the screen is as follows Figure 5 12 Execution of 2 Port Reflection Characteristic Calibration Invoke transmission me...

Page 99: ...eflection Characteristic Measurement Four Screen Display Mode 5 15 Connect the through standard between test port 1 and test port 2 FWD TRANS THRU The display on the screen is as follows Figure 5 13 C...

Page 100: ...tion standard can be acquired again before this key is pressed Following the completion of transmission characteristic calibration returns to 2 port full calibration menu The display on the screen is...

Page 101: ...ristic Measurement Four Screen Display Mode 5 17 Executes the isolation calibration DONE ISOLATION Following the completion of the isolation calibration returns to 2 port full calibration menu The dis...

Page 102: ...smission Reflection Characteristic Measurement Four Screen Display Mode 5 18 Executes 2 port full calibration DONE 2 PORT The display on the screen is as follows Figure 5 16 Execution of 2 Port Full C...

Page 103: ...sample of 4 screen display The position of channel 1 to 4 is fixed but the measurement mode the format and the scale etc can be set to active channel independently Set S11 Smith chart to channel 1 FO...

Page 104: ...active channel is switched to 3 and the format is set with Smith chart FORMAT SMITH R jX Each time CH 1 is pressed the active channel is switched between channel 1 and channel 3 The display on the scr...

Page 105: ...istic Measurement Four Screen Display Mode 5 21 Split displays channel 1 and 3 DISPLAY SPLIT CH ON OFF Each time CH 1 is pressed the active channel is switched between channel 1 and 3 The display on t...

Page 106: ...el 2 CH 2 MEAS S12 TRANS REV Change the format to logarithmic magnitude and phase FORMAT More 1 2 LOGMAG PHASE Adjust the scale SCALE AUTO SCALE TRACE 2nd 1st AUTO SCALE The display on the screen is a...

Page 107: ...mat is set with logarithmic magnitude group delay FORMAT LOG MAG DELAY Each time CH 2 is pressed the active channel is switched between channel 2 and channel 4 Adjust the scale SCALE AUTO SCALE TRACE...

Page 108: ...al display channel 1 channel 3 and channel 2 channel 4 DISPLAY DUAL CH ON OFF Then the active channel becomes channel 4 Each time CH 2 is pressed the channel is switched to 2 When channel 1 or channel...

Page 109: ...mode the bandwidth and the format of channel 1 MEAS AG type B R BG type TRANSMISSION CG type S21 TRANS FWD CENTER 8 8 0 MHz SPAN 1 0 0 MHz FORMAT LOG MAG Set the format and the bandwidth of channel 2...

Page 110: ...zer Operation Manual 5 3 Narrow Band Wide Band Sweep Measurement 5 26 Display two channels simultaneously DISPLAY DUAL CH ON OFF The measurement screen is as follows Figure 5 23 Two Channels Simultane...

Page 111: ...ration Manual 5 3 Narrow Band Wide Band Sweep Measurement 5 27 Display split into two parts upper and lower Split display SPLIT CH ON OFF The measurement screen is as follows Figure 5 24 Two Channels...

Page 112: ...nel to 2 Set the center frequency and the span CENTER 8 8 0 MHz SPAN 2 0 0 MHz Calibrate the frequency characteristic Remove DUT and connect the through adapter instead Normalize in this state Followi...

Page 113: ...R3765 67G Series Network Analyzer Operation Manual 5 4 Multi marker List Display 5 29 By the operation in the previous page the markers are displayed as follows Figure 5 25 Multi marker Display...

Page 114: ...tion Manual 5 4 Multi marker List Display 5 30 Display marker list All the marker data are displayed Return MKR LIST ON OFF By the operation above the marker and the list are displayed as follows Figu...

Page 115: ...er instead Normalize in this state CAL NORMALIZE THRU Following the completion return the connection to DUT filter Set the measurement format to magnitude log display and adjust the scale SCALE AUTO S...

Page 116: ...R3765 67G Series Network Analyzer Operation Manual 5 5 Ripple Measurement in the Bandwidth 5 32 The display on the screen is as follows Figure 5 27 Specification of Delta Section Partial Search...

Page 117: ...Operation Manual 5 5 Ripple Measurement in the Bandwidth 5 33 Search the maximum value in the delta section Return MKR SEARCH MAX The display on the screen is as follows Figure 5 28 Measurement of Max...

Page 118: ...Analyzer Operation Manual 5 5 Ripple Measurement in the Bandwidth 5 34 Search the minimum value in the delta section MIN The display on the screen is as follows Figure 5 29 Measurement of Minimum Valu...

Page 119: ...MAX MIN The reference marker moves to the most minimum point of the minimum points and the active marker moves to the most maximum point of the maximum points The display on the screen is as follows...

Page 120: ...length Cable is used as DUT Setup cable connection refer to sub section 3 5 1 and preset refer to sub section 4 4 1 Press CH 2 to set the active channel to 2 Set the start frequency and the stop freq...

Page 121: ...ment format FORMAT PHASE The display on the screen is shown in the Figure 5 31 Thus the phase characteristic shows that DUT has electrical length by which the phase decreases linearly The electrical l...

Page 122: ...peration Manual 5 6 Measurement of Electrical Length 5 38 Set to electrical length correction mode CAL More 1 2 ELEC DELAY ON OFF ELECTRICAL DELAY The display on the screen is as follows Figure 5 32 E...

Page 123: ...by using the phase characteristic until the phase characteristic becomes flat It may be necessary to turn the knob several times until the phase characteristic becomes flat This correction value is th...

Page 124: ...is useful to shorten measurement time or to improve dynamic range 880MHz band pass filter is used as DUT Setup filter connection refer to sub section 3 5 1 and preset refer to sub section 4 4 1 Press...

Page 125: ...ng three segments to enlarge and measure Each sweep segment SEG is independent so that different sweeping point number power level value and IF bandwidth value can be setup Program sweep function allo...

Page 126: ...r the divided three segments setup the data in 0 1 and 2 segments MENU SWEEP TYPE EDIT PROG SWEEP SEGMENT NUMBER 0 X1 START 8 0 0 MHz STOP 8 4 0 MHz POINT 5 0 X1 SEGMENT NUMBER 1 X1 START 8 6 5 MHz ST...

Page 127: ...Sweep Function 5 43 Calibrate frequency characteristic Remove DUT and connect the through adapter instead Normalize in this state CAL NORMALIZE THRU Following the completion return the connection to...

Page 128: ...egment Therefore the measurement is possible to improve the analyzer s dynamic range Set IF bandwidth of segment 0 to 1kHz and power level of segment 1 to 5 0dBm here MENU SWEEP TYPE EDIT PROG SWEEP S...

Page 129: ...nd pass filter is generated Setting procedure Setup filter connection refer to sub section 3 5 1 and preset refer to sub section 4 4 1 Press CH 2 to set the active channel to 2 Setup start frequency a...

Page 130: ...gment can be setup to 31 pcs 0 to 30 Here generates the limit line of the following table The following figure shows the limit line to set Figure 5 39 Setting of the Limit Line SEGMENT No 0 1 2 3 4 St...

Page 131: ...LIMIT MENU EDIT LIMIT LINE The display on the screen is as follows Figure 5 40 Limit Line Editing Set each segment Setting of segment 0 SEGMENT 0 EDIT SEGMENT STIMULUS VALUE 8 3 0 MHz UPPER LIMIT 4 0...

Page 132: ...play on the screen is as follows Figure 5 41 Setting of Segment 0 Set segment 1 segment 2 segment 3 and segment 4 in the same way SEGMENT 1 ADD SEGMENT STIMULUS VALUE 8 4 0 MHz UPPER LIMIT 4 0 X1 LOWE...

Page 133: ...mit Line Function 5 49 SEGMENT 3 ADD SEGMENT STIMULUS VALUE 9 0 0 MHz UPPER LIMIT 0 X1 LOWER LIMIT 2 0 X1 Return SEGMENT 4 ADD SEGMENT STIMULUS VALUE 9 2 0 MHz UPPER LIMIT 4 0 X1 LOWER LIMIT 6 5 X1 Re...

Page 134: ...ith horizontal lines 3 SINGLE POINT SPO Shows each segment with a point In the above example the type is not set as it s linked with SLOPING LINE of default For example to set Segment 1 use the proced...

Page 135: ...Line Function 5 51 Change the lower limit values of segment 2 and segment 3 to 20dB EDIT LIMIT LINE SEGMENT 2 X1 EDIT SEGMENT LOWER LIMIT 1 5 X1 Return SEGMENT 3 X1 EDIT SEGMENT LOWER LIMIT 1 5 X1 Re...

Page 136: ...asured Data to the Plotter Here explains how to output the measurement data to the plotter It s assumed that the plotter is set in HP mode and the address is set to 5 Display the markers etc and set t...

Page 137: ...ETUPS PLOTTER HP Select HP Return Select the data to output to the plotter The following is set here Output measurement data coordinates data text data marker data reference data Memory data is not ou...

Page 138: ...R3765 67G Series Network Analyzer Operation Manual 6 1 Output of Measured Data to the Plotter 6 3 Start the output to the plotter Return PLOT Figure 6 3 Output Data to the Plotter 6...

Page 139: ...n Manual 6 1 Output of Measured Data to the Plotter 6 4 The output result of the plotter is as follows Note HP plotter sometimes makes error display such as the error lamp lights with normal plotting...

Page 140: ...ave recall the setting of the measurement to the save recall register 1 Saving into the save register Set the measurement screen to save by displaying the markers etc Save the setting in the save regi...

Page 141: ...screen changes as follows Figure 6 6 Recalling from the Recall register CAUTION 1 When the saving is performed to the save register the setting and the calibration data are saved in C drive RAM disk...

Page 142: ...state are 2HD 1 44MB Format SAVE FORMAT DISK OK 2 Saving to the floppy disk Display markers etc and set the measurement screen to save Insert the formatted floppy disk into A drive and select the stor...

Page 143: ...data knob or and press X1 By the above operation the display on the screen becomes as follows Figure 6 7 Saving to the Floppy Disk File name is defined with DONE Save STORE With the above operation t...

Page 144: ...a 2 FORMAT ARRAY Format data 3 MEM ARRAY Memory data Now 1 RAW ARRAY and 2 DATA ARRAY save the display data The difference between the two data is as follows RAW ARRAY saves the data before the error...

Page 145: ...us conditions can be set such as mea surement or data display That is all the channel dependent functions will apply to the active channel The channel with its LED lit up is the current active channel...

Page 146: ...or channel 4 to active The setting of the signal source can be interlocked between the channels In the case the conditions which has been set in the active channel will be also set in the other chann...

Page 147: ...and also cancels an input request Note After numeric key operation press unit keys Input numeric values by using numeric keys a decimal point key and a minus sign key Then press a unit key after inpu...

Page 148: ...used its suffix is not supported 3 ENTRY OFF key Deletes the menu or turns the data entry on or off When the menu is displayed pressing the ENTRY OFF key deletes the menu If the ENTRY OFF key is press...

Page 149: ...set when the time domain display is ON STOP Specifies sweep stop Sets each stop frequency or power when the sweep type is a frequency type or power type The stop position on the time axis is set when...

Page 150: ...weep point The number of settable points are 3 6 11 21 51 101 201 301 401 601 601 801 or 1201 points COUPLED CH ON OFF Selects whether the setting conditions concerning the channels 1 and 2 are same o...

Page 151: ...lue used with only OPT14 OPT10 output attenuator Trigger menu CONTINUOUS Continuously performs sweep SINGLE Performs sweep once If this key is pressed in the middle of a sweep the measurement of the s...

Page 152: ...w below Sweep type Frequency Output level Sweep time Number of measurement point Resolution bandwidth The Setting and the Explanation Press the MENU to call the signal source menu Refer to section A 4...

Page 153: ...rdinate axis Refer to sub section 7 4 3 DISPLAY Calls the display menu for executing 2 channel simultaneous display trace operation function and label input Refer to sub section 7 4 4 AVG Calls the av...

Page 154: ...s the input port to S22 REFL REV S11 S21 FWD Sets the input port to S11 S21 FWD S22 S12 REV Sets the input port to S22 S12 REV SUB MEAS ON OFF Sets the ON OFF of sub measurement CONVERSION Calls the p...

Page 155: ...r OPT14 TEST PORT CONNECTION P1 P2 Indicates that the current measurement is performed between TEST PORT1 and TEST PORT2 When this menu is selected the measurement ports are switched to TEST PORT1 and...

Page 156: ...S12 S11 S31 P1 P3 Sets the twin measurement parameter to S11 and S31 S33 S13 P1 P3 Sets the twin measurement parameter to S33 and S13 S22 S32 P2 P3 Sets the twin measurement parameter to S22 and S32...

Page 157: ...e reflection measurement Y TRANS Executes the admittance conversion by the transmission measurement 1 S Converts the S parameter to the reverse S parameter OFF Turns off the conversion function Z0 VAL...

Page 158: ...o the Smith chart SMITH G jB Sets to the admittance chart POLAR Sets to the polar coordinates display LIN MAG Sets to the linear magnitude Format menu 2 of 2 SWR Sets to the SWR standing wave ratio di...

Page 159: ...UE Sets the reference position value of the display coordinate This function cannot be set for the Smith chart or the polar coordinates REF POS Specifies the reference position of the display coordina...

Page 160: ...ata is displayed Refer to sub section 7 4 6 DEFINE TRACE Calls the trace operation menu Four fundamental operations are executed for the measured data and the memory data Refer to sub section 7 4 7 DA...

Page 161: ...hidden behind the menu display The menu display will turn off by pressing the ENTRY OFF key SCALE UP ON OFF Widens the measurement screen When this function is turned on the real time clock and label...

Page 162: ...L CH ON CH1 SPLIT CH OFF CH2 CH1 SUB MEAS OFF CH2 SUB MEAS OFF Setting conditions Layout configuration ACTIVE CH CH1 DUAL CH OFF CH1 SPLIT CH OFF CH3 CH1 SUB MEAS ON CH2 SUB MEAS OFF Setting condition...

Page 163: ...2 SUB MEAS OFF Setting conditions Layout configuration ACTIVE CH CH1 DUAL CH ON CH1 SPLIT CH OFF CH2 CH1 SUB MEAS CH4 OFF CH2 SUB MEAS ON Setting conditions Layout configuration ACTIVE CH CH1 DUAL CH...

Page 164: ...CH4 ON CH2 SUB MEAS ON Setting conditions Layout configuration ACTIVE CH CH1 DUAL CH OFF SPLIT CH ON CH1 SUB MEAS ON CH2 SUB MEAS ON Setting conditions Layout configuration ACTIVE CH CH1 DUAL CH ON SP...

Page 165: ...MEAS OFF Setting conditions Layout configuration ACTIVE CH CH1 DUAL CH OFF CH1 CH3 SPLIT CH OFF CH1 SUB MEAS ON CH2 SUB MEAS OFF Setting conditions Layout configuration ACTIVE CH CH1 DUAL CH ON CH1 C...

Page 166: ...tion ACTIVE CH CH1 DUAL CH ON CH2 CH1 CH4 SPLIT CH OFF CH1 SUB MEAS OFF CH2 SUB MEAS ON Setting conditions Layout configuration ACTIVE CH CH1 DUAL CH OFF SPLIT CH OFF CH1 SUB MEAS OFF CH2 SUB MEAS ON...

Page 167: ...Displays the memory data only DISPLAY DATA MEM Displays both the measured data and the memory data Setting conditions Layout configuration ACTIVE CH CH1 DUAL CH ON SPLIT CH ON CH1 SUB MEAS ON CH2 SUB...

Page 168: ...operation Trace operation menu DATA MEM Executes the division of measurement data and memory data then displays the result as the measurement data DATA MEM Executes the subtraction of measurement dat...

Page 169: ...4 Press the More 1 2 Press the LABEL to call the label window and label menu Label menu Select the character of label menu by using the data knob and press the X1 DONE Completes the label input CURSO...

Page 170: ...displayed 2ND MARKER Sets the color of the normal marker on the second trace for the active channel When this function is selected the RGB menu is displayed REF LINE Sets the color of the reference l...

Page 171: ...he RGB menu is displayed OVERLAY TEXT Sets the color of the overlay text displayed in the active area When this function is selected the RGB menu is displayed BASIC TEXT Sets the color of the BASIC TE...

Page 172: ...RESTART Resets the averaging and restarts at the average time 1 GROUPDELAYAPERTURE Sets the aperture for group delay measurement The aperture should be considered in the same manner as the smoothing a...

Page 173: ...bandwidth is automatically selected according to the measurement frequency range as shown in the table below Then the measurement is performed 300Hz 3 4msec POINT 200Hz 5 0msec POINT 150Hz 7 0msec PO...

Page 174: ...e level will not be reduced Smoothing process n nth format data already smoothed D n nth format data not smoothed yet 2m Smoothing aperture The aperture for the setting value is obtained using the fol...

Page 175: ...the standard whose real value has been known The result is used to obtain the real value of the measurement according to the error model The methods of and are used to statistically reduce random erro...

Page 176: ...th the line made short 7 5 2 Normalize Isolation Calibration In the measurement of the transmission characteristic calibrate the frequency characteristics and the isolation The crosstalk from the sign...

Page 177: ...where the reflection signal and the incidence signal can be separated is called a directivity Source match The reflection signal from the sample device reflects at the signal source and is injected in...

Page 178: ...TEST PORT3 and TEST PORT4 1 The following four kinds of standard are needed for the calibration Open standard Short standard Load standard 2 pcs are needed for the calibration of isolation Through sta...

Page 179: ...The signal passed through DUT is input into the receiver section where the signal is reflected according to the reflection coefficient of the receiver section This reflected signal passes DUT again a...

Page 180: ...n Setup the R3765 67G series to the reflection measurement Connect a open standard or a short standard to the measurement port Press the CAL to call the calibration menu 1 of 2 Refer to section A 4 Wh...

Page 181: ...and the calibration data is obtained The calibration is completed when the message disappears Note Connect the load standard to each test port and press ISOLATION The message Wait for Sweep is displa...

Page 182: ...ge Wait for Sweep is displayed and the calibration data are obtained The calibration is completed when the message disappears Note Press the DONE 1 PORT to complete the 1 port full calibration Connect...

Page 183: ...on menu Connect the open standard to port 1 forward direction reflection measurement port and press S11 PORT1 FWD OPEN The message Wait for Sweep is displayed and the calibration data is obtained The...

Page 184: ...eep is displayed and the calibration data is obtained The calibration is completed when the message disappears Note When this operation is performed the following operation of step to is not neces sar...

Page 185: ...ta is obtained The calibration is completed when the message disappears c Press REV ISOL N The message Wait for Sweep is displayed and the calibration data is obtained The calibration is completed whe...

Page 186: ...splay beside the scale showing the calibration status shows the following meaning Table 7 2 Status Display Normalize Normalize Isolation 1 port calibration 2 port calibration 3 port calibration 4 port...

Page 187: ...e previous page 3 When the setting of CW frequency is out of the calibration range in the setting of 1 in Table 7 1 7 5 7 Calibration Kit Selection Select CAL KIT when the calibration is performed The...

Page 188: ...orrection data is calculated by using this set parameter when DONE is pressed at each calibration if the setting of cal kit is changed after the DONE pressed it has no effect on the calibration 7 5 8...

Page 189: ...standard that is connected to PORT3 Calls the OS entry menu See step This is available when OPT11 Built in 3 port test set or OPT14 Built in 4 port test set is installed PORT4 REFL STD Enters the par...

Page 190: ...This is available when OPT11 Built in 3 port test set or OPT14 Built in 4 port test set is installed SAVE TO USER DEFINE Saves the parameters entered calls the saving menu See step Open standard entry...

Page 191: ...nsion cable with the electrical length already set is connected to the measurement port That is the electrical length already set is automatically corrected according to the change of the measurement...

Page 192: ...ON OFF Selects ON OFF of the port extension EXTENSION INPUT A Sets the value of the A input port A extension by time EXTENSION INPUT B Sets the value of the B input port B extension by time EXTENSION...

Page 193: ...meter test set port 2 extension by time EXTENSION PORT 3 Sets the value of the S parameter test set port 3 extension by time EXTENSION PORT 4 Sets the value of the S parameter test set port 4 extensio...

Page 194: ...alibration and full calibration has already been existed in either case the calibration ON or OFF the re calibration cannot be execut ed To re calibrate the data the data must be cleared The calibrati...

Page 195: ...65CG and R3767CG equipped with OPT11 built in 3 port OPT13 Impedance 75 built in 3 port or OPT14 4 port test set individually There are two possible combinations for 3 port full calibrations as listed...

Page 196: ...ORT1 PORT2 and PORT3 PORT1 signal source PORT2 signal source PORT3 signal source Signal source PORT1 PORT2 PORT3 Directivity Ed1 Ed2 Ed3 Source matching Es1 Es2 Es3 Load matching El21 El31 El12 El32 E...

Page 197: ...source causing an error This reflection coefficient of the receiver section is referred to as Load Matching Transmission Tracking This is the measurement frequency transmission characteristic Reflecti...

Page 198: ...ayed and the calibration data is cleared Press PORT1 REFLECT N to call the PORT1 reflection menu Connect the open standard to TEST PORT1 then press S11 PORT1 OPEN A message Wait for Sweep is displayed...

Page 199: ...ted Note Connect the load standard to TEST PORT3 then press S33 PORT3 LOAD A message Wait for Sweep is displayed and the calibration data is acquired When the message disappears the calibration data a...

Page 200: ...ISOLATION A message Wait for Sweep is displayed and the calibration data is acquired When the message disappears the calibration data acquisition is completed Note 25 C Connect the load standard betw...

Page 201: ...tions match the ones used for the calibration data ac quisition Interpolation correction The set conditions do not match but interpolation is possible and is being executed Abnormal correction The set...

Page 202: ...OPT14 4 port test set 1 The following four calibration standards are necessary Open standard Short standard Load standard Two load standards are necessary for performing isolation calibration Through...

Page 203: ...ted for even if the error between PORT1 and PORT2 is measured A total of 16 S parameters of a 4 port device is obtained using the following 6 paths TEST PORT 1 to TEST PORT 2 TEST PORT 1 to TEST PORT...

Page 204: ...dard to TEST PORT1 then press S11 PORT1 LOAD A message Wait for Sweep is displayed and the calibration data is acquired When the message disappears the calibration data acquisition is completed Note P...

Page 205: ...eep is displayed and the calibration data is acquired When the message disappears the calibration data acquisition is completed Note Press DONE PORT3 REFLECT N to execute the reflection calibration fo...

Page 206: ...P1 P4 THRU A message Wait for Sweep is displayed and the calibration data is acquired When the message disappears the calibration data acquisition is completed Note Press DONE TRANS to execute the tra...

Page 207: ...ween TEST PORT2 and TEST PORT4 then press P2 P4 ISOLATION A message Wait for Sweep is displayed and the calibration data is acquired When the message disappears the calibration data acquisition is com...

Page 208: ...l One of the ten markers per channel is set to the active marker The change of the marker setting is made to the active marker The values on active marker is always displayed in the specified position...

Page 209: ...he marker 2 for the active marker MARKER 3 Sets the marker 3 for the active marker MARKER 4 Sets the marker 4 for the active marker MARKER 5 Sets the marker 5 for the active marker ACTIVATE MKR OFF Se...

Page 210: ...anation Press the MKR to call the marker menu Refer to section A 4 Press the MARKER MODE MENU to call the marker mode menu Press the MKR CPL UNCPL to select the marker coupling between the channels CP...

Page 211: ...twork Analyzer Operation Manual 7 6 Marker Function 7 67 For MKR CPL The inactive channel marker moves in response to the active marker or stimulus data of the active channel This moves in response to...

Page 212: ...t work depending on the number of set points 7 6 4 Displaying Marker Read out Value The marker value displayed on the screen always indicates the active marker To display more than that marker use th...

Page 213: ...between the current position and the previous position child marker can be obtained by moving the active marker 2 ACT MKR mode Obtains the difference between the active marker and the other marker 3 F...

Page 214: ...causes the child marker to be displayed on the active marker position and the result to be displayed at the active area on the screen Since the active marker setting can be changed obtain the data by...

Page 215: ...ED MKR position press the FIXED MKR POSITION on the same menu to call the FIXED MKR setting menu FIXED MKR setting menu FIXED MKR STIMULUS Sets the FIXED MKR stimulus value FIXED MKR VALUE For the Smi...

Page 216: ...uring the Smith chart display See step POLAR MKR MENU Calls the menu which sets the marker data display mode during the polar display See step Conversion marker menu DEFAULT Displays the value corresp...

Page 217: ...etting by the marker value The following items are provided for search functions Maximum value Minimum value Phase 0 Phase 180 Specified response value magnitude phase Filter analysis bandwidth Q shap...

Page 218: ...OFF The search function is released MAX Moves the active marker to the position of maximum value If the FORMAT is SMITH POLAR the active marker moves to the maximum value position of the internal LOGM...

Page 219: ...t regard to any format If SMOOTHING is set to ON the active marker does not move to a correct data LEFT SEARCH Searches specified value of left side from current marker position RIGHT SEARCH Searches...

Page 220: ...h The differential coefficient X is specified here Specify a ratio regarding the full scale of the horizontal axis as 100 X is specified only with the ten key Y Specifies the detecting sensitivity for...

Page 221: ...H IN OUT Selects the direction to be searched on the stimulus axis IN Searches outward from the search reference point OUT Searches inward to the reference point FILTER ANAL ON OFF Turns the measureme...

Page 222: ...lus axis is the MAX the minimum loss point the search reference point on the level axis is the MAX the minimum loss point Note 2 The Reference Line reference can be selected only when the FORMAT is sp...

Page 223: ...e the Q and Shaping factors are unaffected regardless of the level reference points which are set by the SEARCH FROM key Analysis methods for each setting are described as follows Figure 7 2 Band Pass...

Page 224: ...3765 67G Series Network Analyzer Operation Manual 7 6 Marker Function 7 80 Figure 7 3 Band Pass Filter Analysis Active Marker Reference Figure 7 4 Band Pass Filter Analysis Reference Line Reference 1...

Page 225: ...R3765 67G Series Network Analyzer Operation Manual 7 6 Marker Function 7 81 Figure 7 5 Notch Filter Analysis MAX Reference Figure 7 6 Notch Filter Analysis Active Marker Reference 1 1...

Page 226: ...R3765 67G Series Network Analyzer Operation Manual 7 6 Marker Function 7 82 Figure 7 7 Notch Filter Analysis Reference Line Reference Figure 7 8 Example of Filter Analysis Execution 1...

Page 227: ...ion calculates the average standard deviation and peak to peak for the range specified by the part search for the entire measurement range when the part search is turned OFF The measurement result wil...

Page 228: ...al purpose mode which allows the user to set the frequency range freely This mode is used to measure a DUT impulse response with its limited bands Using the low pass mode the user can obtain informati...

Page 229: ...TION DISTANCE measurements Note Set the velocity factor using VELOCITY FACTOR The velocity factor of Teflon and polyethylene dielectric is approximately 0 07 and 0 66 respectively 3 Magnification of t...

Page 230: ...to data discontinuity in the frequency domain or data truncation in the start and stop frequencies This leakage phenomenon conse quently causes the ripples called ringing Window processing is required...

Page 231: ...istics can be obtained but the attenuation at the cut off region is reduced Operating procedure Press FUNCTION to call the function menu Press TRANSFORM to call the time domain transformation menu Pre...

Page 232: ...NDPASS Selects the bandpass transformation mode 7 7 5 Transformation of the Time Domain Horizontal Axis Sets the annotation of the horizontal axis to a time or distance display Procedure Press FUNCTIO...

Page 233: ...alue whose frequency is ob tained either by adding the specified frequency to the center frequency right side or by subtracting the specified frequency from the center frequency left side 3 Phase anal...

Page 234: ...the loss from the peak value B W Displays the pass bandwidth I L Displays the insertion loss the peak value RPL The difference between the peak and lowest local minimum values ATTN1 Displays the guara...

Page 235: ...s set to OFF Phase linearity analysis menu PHASE LINEARITY ON OFF Turns the Phase linearity analysis ON or OFF Note The phase linearity analysis cannot be performed at the same time as the CDMA phase...

Page 236: ...n addition the ATTN1 and 2 values are obtained as follows After setting the C F the user sets the ATTN FREQ1 The analyzer then subtracts the ATTN FREQ1 from the CF and calculates the point where this...

Page 237: ...n every segment by dividing the measurement points into maximum 30 segments Other than frequency the output level receiver section resolution bandwidth and settling time can be set in every segment Th...

Page 238: ...ep type menu Press the EDIT USER SWEEP to call the user frequency sweep segment editing menu User frequency sweep segment editing menu SEGMENT NUMBER Specifies the segment number in the range of 0 to...

Page 239: ...frequency of the specified segment POINT Sets the point number of the specified segment CLEAR SEG Clears the specified segment CLEAR ALL SEG Clears all segments Program sweep segment editing menu 2 o...

Page 240: ...an example how the program sweep is applied to the trace on the screen Figure 7 9 The Screen before the Segment Edited Each segment is edited as shown like the above mentioned SEG START STOP POWER IF...

Page 241: ...R3765 67G Series Network Analyzer Operation Manual 7 9 Sweep 7 97 The result of execution is shown in the following Figure 7 10 The Screen after the Segment Edited...

Page 242: ...an arbitrary matching circuit is attached the characteristics of a DUT can be measured using the matching circuit function Furthermore the characteristics of a DUT itself can be measured by eliminatin...

Page 243: ...on The port extension and network elimination functions can be used at the same time see Figure 7 12 The network to be eliminated is set using the S parameter file user defined circuit file in T S fil...

Page 244: ...d the impedance is Zi for the port i the incident wave ai and the reflected wave bi are obtained using the following expressions The S parameter Sij for an n port device is defined by the following ex...

Page 245: ...eiving section with Z2 imped ance exists S21 can be calculated using the following expression according to the condi tions shown below VTHRU appears across the load if the signal source is directly co...

Page 246: ...ing circuit is attached to the measurement port There are two setting methods for the matching circuit as shown below 1 Setting using the combination of a capacitor and an inductor Arbitrary values ca...

Page 247: ...ods using the S parameter file 1 port matching circuit S1P data file The file name of a matching circuit to be attached is fixed for each measurement port as shown below Note Using a SIP data file mea...

Page 248: ...ble for OPT 72 When measuring a 3 port device OPT 11 or 14 is required The balanced matching circuit can be added between TEST PORT 2 and TEST PORT 3 When measuring a 4 port device OPT 14 is required...

Page 249: ...t unbalanced device The ideal balun can be selected from two types a floating balun and a differential balun Note The software balun function is not available for OPT 72 Floating balun Differential ba...

Page 250: ...put S parameters are displayed as Sdd11 Sdd21 Sdd12 and Sdd22 Differential mode input and common mode output S parameters are displayed as Scd11 Scd21 Scd12 and Scd22 Common Mode input and differentia...

Page 251: ...rd direction TEST PORT 1 and TEST PORT 2 are input and TEST PORT 3 and TEST PORT 4 are output 1 Differential mode differential mode Input reflection characteristics Sdd11 Differential mode differentia...

Page 252: ...irection transmission characteristics Sdd21 Differential mode common mode Forward direction transmission characteristics Scd21 Common mode common mode Forward direction transmission characteristics Sc...

Page 253: ...dB S22 deg S23 dB S23 deg Line feed S31 dB S31 deg S32 dB S32 deg S33 dB S33 deg Line feed When measuring a 4 port device FrequencyS11 dB S11 deg S12 dB S12 deg S13 dB S13 deg S14 dB S14 deg Linefeed...

Page 254: ...is arranged in the sequence of measurement frequency and S parameter data 7 10 2 9 Operation Procedure Use the following procedure to call the software fixture menu FUNCTION SOFTWARE FIXTURE Software...

Page 255: ...PORT 2 Sets the port extension value for TEST PORT 2 EXTENSION PORT 3 Sets the port extension value for TEST PORT 3 EXTENSION PORT 4 Sets the port extension value for TEST PORT 4 MARKER EXTENSION Sets...

Page 256: ...ce of TEST PORT 3 PORT4 IMPEDANCE Sets the impedance of TEST PORT 4 Return Returns to the port condition menu Note Even when the impedance conversion function is set to ON the function does not operat...

Page 257: ...red PORT2 IND R Set the resistance R for the inductance of TEST PORT 2 Return Returns to the port condition menu More 2 4 Moves to the 3 of 4 page 3 of 4 page PORT3 ADD CIRCUIT ON OFF Selects ON OFF o...

Page 258: ...the matching circuit function is set to ON for each port the function does not operate while the software fixture function is set to OFF Matching circuit type menu PORTn C P L S D Sets the matching ci...

Page 259: ...n is set to ON the MEAS menu is changed see Return Returns to the software fixture menu Note Even when the degree of balance measurement function is set to ON the function does not operate while the s...

Page 260: ...LOAD sfadd3 s1p Reads the 1 port matching circuit file sfadd3 s1p for TEST PORT 3 LOAD sfadd4 s1p Reads the 1 port matching circuit file sfadd4 s1p for TEST PORT 4 Return Returns to the user defined c...

Page 261: ...ance measurement function software balun function or mode analysis function is set to ON the MEAS menu is changed as shown below When the degree of balance measurement function is set to ON 1 When mea...

Page 262: ...to the differential mode input and common mode output mode Scc Sets the mode analysis to the common mode input and common mode output mode 11 Sets the measurement parameter to the forward direc tion P...

Page 263: ...r 7 10 3 2 Operation Procedure The following steps 1 through 4 give explanations of basic settings for the software fixture function The step 5 gives an explanation of the execution measurement of the...

Page 264: ...ance conversion Since the device used in this measurement is a 50 device transform the impedance of each port to 50 When the impedance is already set to 50 impedance conversion can be omitted Note The...

Page 265: ...ware fixture settings Check the settings using the software fixture setting list display FUNCTION SOFTWARE FIXTURE FIXTURE LIST ON A list of settings is displayed as shown below The function marked wi...

Page 266: ...drive FUNCTION SOFTWARE FIXTURE LOAD USR CIRCUIT LOAD ADD S2P LOAD sfadd4 s2p The user defined circuit file sfadd4 s2p is read from the floppy disk into the memory of this instrument When reading is...

Page 267: ...efined circuit file sfdel4 s2p into the floppy disk drive FUNCTION SOFTWARE FIXTURE LOAD USR CIRCUIT LOAD DEL S2P LOAD sfdel4 s2p The user defined circuit file sfdel4 s2p is read from the floppy disk...

Page 268: ...FUNCTION SOFTWARE FIXTURE BALANCE MEASUREMENT DIFF BALUN ON Since the filter used in this measurement is balanced the difference between the floating and differential baluns does not appear Reference...

Page 269: ...D ON The measurement results show that the network is balanced and the ripple in the pass band decreases 11 Measuring the degree of balance Measure the degree of balance between PORT 1 and PORT 2 FUN...

Page 270: ...ommon mode output MEAS Scc 21 The measurement results show that the common mode component is transmitted with its magnitude eliminated by approximately 45dB at the center frequency Measurement of comm...

Page 271: ...ing data and calibration data of the R3765 67G series Refer to sub section 7 14 1 RECALL Calls the recall menu to recall such as a setting data and calibration data of the R3765 67G series Refer to su...

Page 272: ...ult drive menu A Selects the drive A Floppy disk drive 720kB 1 2MB 1 44MB 1 B Selects the drive B RAM disk drive 2MB without backup 2 C Selects the C drive Compact flash disk drive with backup 3 The s...

Page 273: ...OS Ver 3 0 FAT format This function is ignored when using the2DD floppy disk 720KB Specifies the format to 2DD 720 KB the same as the 2DD format of the IBM PC AT compatible machine when initializing t...

Page 274: ...nu See Color scheme menu This function changes the color definition information at a time Color schemes have been set to the default of six samples in the factory SCHEME 1 Applies the color scheme 1 S...

Page 275: ...e menu Service menu INTERNAL TEST Calls the self diagnostic menu For more information on the self diagnostic menu refer to the maintenance manual Note SERVICE MODE Calls the service mode menu For more...

Page 276: ...to call the system menu Refer to section A 4 Press LIMIT MENU to call the limit menu See step Limit menu LIMIT LINE ON OFF Selects ON or OFF in the display of limit line When the limit line is set and...

Page 277: ...beep off for the limit test FAIL Sounds the beep when the limit test detects fail PASS Sounds the beep when the limit test detects pass BEEP TONE Selects the beep tone from 0 to 7 Zero indicates the l...

Page 278: ...t parameters selected in LIMIT MODE MENU EDIT SEGMENT Calls the edit segment menu to set and change the stimulus value and upper lower limit value of the specified segment See step If the Limit Table...

Page 279: ...mpared at each measurement point The limit test is performed when the data was updated during sweeping or after swept or when the limit test was set to ON for the first time BEEP Calls the beep mode t...

Page 280: ...value or the reverse the same values are set for both the limit values LOWER LIMIT Sets the lower limit value of the segment It is necessary to set both values upper limit and lower limit If the lower...

Page 281: ...ent is displayed with FLIN in the Limit Table SINGLE POINT The judgement is performed at a single stimulus point The upper limit is displayed with on the display and the lower limit is displayed with...

Page 282: ...e programming manual of the separate volume PROGRAM RUN Call the BASIC controller menu Refer to sub section 7 13 1 REMOTE LCL Calls the GPIB menu Refer to sub section 7 13 2 Moreover when the R3765 67...

Page 283: ...ifying a file DRIVE CHANGE Calls the drive menu to change the current drive See step Drive menu A Selects the drive A Floppy disk drive B Selects the drive B RAM disk drive without backup C Selects th...

Page 284: ...are vary depending on the firmware version E This drive is used exclusively for firmware Writing data on this disk is impossible 7 13 2 GPIB Menu The setting and the explanation Press the LCL to call...

Page 285: ...ve Type The setting and the explanation Press the SAVE to call the save menu Refer to selection A 4 Save menu SAVE REGISTER Calls the save register menu Refer to sub section 7 3 2 CLEAR REGISTER Calls...

Page 286: ...ty is 32 MB when OPT11 is used 2 To save data to the created register delete the previous data from the register using the CLEAR register menu and execute SAVE REGISTER Refer to Section 7 14 6 The set...

Page 287: ...he register 11 SAVE REG 12 Saves the settings calibration data and memory trace data into the register 12 SAVE REG 13 Saves the settings calibration data and memory trace data into the register 13 SAV...

Page 288: ...be stored See step EDIT NAME Calls the character editing menu to define the file name for storing NAME NAME CANCEL Cancels the file store File data menu When ON is selected the data is stored Refer t...

Page 289: ...ter editing menu See step CURSOR CURSOR Character editing menu DONE Completes editing CURSOR Shifts the label cursor right CURSOR Shifts the label cursor left BACKSPACE Executes the back space operati...

Page 290: ...file name Press the EDIT NAME to display the label window Figure 7 19 and calls the char acter editing menu Character menu DONE Completes editing CURSOR Shifts the label cursor right CURSOR Shifts the...

Page 291: ...ister 3 CLEAR REG 4 Clears the register 4 CLEAR REG 5 Clears the register 5 Clear register menu 2 of 4 CLEAR REG 6 Clears the register 6 CLEAR REG 7 Clears the register 7 CLEAR REG 8 Clears the regist...

Page 292: ...ata and memory trace data saved in the register 1 RECALL REG 2 Recalls the setting data calibration data and memory trace data saved in the register 2 RECALL REG 3 Recalls the setting data calibration...

Page 293: ...data is read again LOAD FILE Calls the load file menu used to load the all informations stored in the file See step and Figure 7 18 Recall menu 3 of 4 RECALL REG 11 Recalls the setting data calibratio...

Page 294: ...he setting data calibration data and memory trace data saved in the register 20 RECALL POWER OFF The settings are stored automatically when the power is turned off When the power is turned on again th...

Page 295: ...tion A 4 Copy menu PRINT Executes hard copy to the printer PLOT Outputs hard copy to the plotter or outputs an HPGL file Note SELECT QUADRANT Calls the plot scale menu used to select the size and loca...

Page 296: ...iding A4 size paper into two blocks RIGHT Selects the plot scale to output data to the right position by dividing A4 size paper into two blocks LEFT UPPER Selects the plot scale to output data to uppe...

Page 297: ...rence line output Note When both the text data output and the marker data output are set to ON the output of the marker list and filter analysis result is also set 7 15 3 Specifying Pen Selects the pe...

Page 298: ...ULT SETUPS Returns all the copy menu to the initial settings PLOTTER Calls the plotter selection menu Note In using the plotter of HP company the indication of the error such as error lamp lighting wi...

Page 299: ...on disable 0 with paper detection function 1 not with paper detection function 0 7 Switching input buffer capacity 1 maximum 12KB 0 1KB 0 8 FP GL I FP GL II select 1 FP GL I 0 FP GL II 1 5 ON DSW1 1 2...

Page 300: ...LOT SETUPS to call the setup menu Setup menu PRINTER SETUP Calls the printer setup menu See step PRINT SPEED FAST SLOW Sets the print mode to FAST or SLOW To set other parameters use the printer setup...

Page 301: ...e times LANDSCAPE ON OFF Specifies the print direction vertical or horizontal writings FORMFEED ON OFF Toggles the formfeed ON or OFF PRINTER Calls the printer menu See step Printer menu ESC P J84 Sel...

Page 302: ...SSION ON OFF Toggles the bitmap file compression ON or OFF TRUNCATE ON OFF When there is more than one file with the same name this determines whether the older file is overwritten or saved with a dif...

Page 303: ...cable for the connection The parallel I O connector on the back panel is used for communication Figure 7 23 shows the internal pin assignment and signals of the connector These I O port is controlled...

Page 304: ...s function is available only when the limit test function is ON Write strobe output for PASS FAIL output When the limit test result is output to the PASS FAIL output line generates a negative pulse SW...

Page 305: ...L level Negative logic latch output of TTL level Negative logic latch output of TTL level Negative logic latch output of TTL level Negative logic latch output of TTL level Negative logic latch output...

Page 306: ...ch port operation method Describes the operation method by built in BASIC OUTPUT statement for output and ENTER statement for input are used for data input output In the BASIC command OUTPUT and ENTER...

Page 307: ...ided to easily control external devices The functions are function which sets two latch outputs of OUTPUTs 1 and 2 to LOW by pulse input to INPUT 1 and function which detects the state of OUTPUT 1 by...

Page 308: ...meric variable OUTPUT 1 is ON Low level negative logic if 0 OUTPUT 1 is OFF High level Example 10 OUTPUT 36 16 20 ENTER 34 A 30 IF A 1 THEN GOTO 20 40 OUTPUT 33 1 By observing the state of OUTPUT 1 if...

Page 309: ...ring measurement operation Represents MEAS 10 OUTPUT 35 80 20 OUTPUT 35 112 READY MEAS turns OFF Network analyzer initial setup 100 OUTPUT 35 48 READY turns ON 110 ENTER 34 A 120 IF A 1 THEN GOTO 110...

Page 310: ...rt 20 OUTPUT 33 0 Initializes LED 30 Measurement and judgment measurement variable A Judgment range JED0 to JED1 JED1 to JED2 500 IF A JED0 AND A JED1 THEN OUTPUT 33 0xFF When JED0 to JED1 lights up L...

Page 311: ...rigger SW in example 10 OUTPUT 36 19 Defines ports A and B as output port 20 OUTPUT 35 80 Defines ports C and D as input port 30 OUTPUT 35 112 Network analyzer initial setup 100 TRIG 110 ENTER 34 A 12...

Page 312: ...D sub connector female type Signal table 2 Printer output method The LLIST or LPRINT command is used to output to the RS 232 printer by the R3765 67G series The setting such as a baud rate is defined...

Page 313: ...onnect the power cable Power fuse is blown Replace power fuse No trace appears on the screen BACK LIGHT is set to OFF Press the BACK LIGHT to switch ON Input cable or connector is loose Re connect the...

Page 314: ...ed on the fixed position of the liquid crystal display Therefore the message is overwritten and only the last message is displayed The message does not disappear until some panel key is pressed Howeve...

Page 315: ...ce signal has been input An input external trigger was ignored That does not mean a prohibiting state How to handle An external trigger PIO 18pin has been input in a state of not waiting for the exter...

Page 316: ...the calibration data acquisition from the first Refer to sub section 7 5 5 Calibration data not found CORRECT ON was executed without memorized calibration data How to handle Memorize the calibration...

Page 317: ...under a condition differing from the measurement condition under which the correction data was acquired How to handle Specify the same measurement condition as the one under which the correction data...

Page 318: ...handle It s not formatted It s in the state of write protection Check the floppy disk Refer to sub section 7 14 3 Formatting failure Something was wrong in the formatting operation How to handle The...

Page 319: ...e the setting conditions are different from those used when the calibration data was acquired Set the sweep range to a range where the sweep can be calibrated or obtain the calibration data again refe...

Page 320: ...of the Xth segment is higher than START FREQ of the following segment How to handle Specify the frequency of the Xth segment again Refer to sub section 7 9 2 and 7 9 3 Segment not entered The PROGRAM...

Page 321: ...be the same as the current measuring condition in the correcting measurement CORRECT ON Therefore when the number of points or a sweep type is altered in a state of CORRECT ON this message is displaye...

Page 322: ...sweep time was internally altered and the sweep time was increased How to handle The minimum setting value of the sweep time is decided according to the RBW setting etc When the sweep time is set to...

Page 323: ...of 2 traces and furthermore InputMeas is set to S11 S21 or S22 S12 this message is displayed and the measuring format is changed to LOGMAG internally Refer to sub section 7 4 1 and 7 4 4 Z0 VALUE chan...

Page 324: ...floppy disk was correctly complete Store completed A trace data was copied into a memory trace with DATA MEMORY Wait for sweep A sweep is being executed to obtain the calibration data Please wait STO...

Page 325: ...pped with a directional bridge The output from the signal source part is input to the directional bridge and the output from the directional bridge is output to the receiver part TEST PORT 2 is direct...

Page 326: ...or correction Normalize Full port calibration Averaging Filtering Resolution bandwidth Raw data Calibration data Normalize Full port calibration Data Trace mathematics Electrical length correction Por...

Page 327: ...3 Test items Measurement Instrument Remarks Frequency accuracy and range Counter Frequency 300kHz to 3 8GHz R3765G Series 300kHz to 8 0GHz R3767G Series Display 7 digits or more Accuracy 0 1ppm or le...

Page 328: ...R3767G Series 300kHz to 8GHz R3767G Series Power range 21dBm to 17dBm NRV Z51 R S DC to 18GHz 50 to 75 conversion adapter when OPT 12 or 13 is installed 11852 B Agilent Technologies Directivity Calibr...

Page 329: ...80 RH or less Free from dust vibration and noise Test items Measurement Instrument Remarks Dynamic accuracy Step attenuator Variable range 0 dB to 90 dB Accuracy Within 0 02 dB HP8496B Calibrated unde...

Page 330: ...Figure 10 1 Frequency Accuracy and Range Set the R3765 67G series as follows Span 0Hz Trigger mode HOLD Change any center frequency in the range of 300kHz to 3 8GHz R3767G Series to 8 0GHz Check Count...

Page 331: ...dBm 8 dBm for OPT 10 1 dBm for OPT 12 6 dBm for OPT 10 OPT 12 CG type 0 dBm 5 dBm for OPT 10 OPT 10 OPT 11 or 14 6 dBm for OPT 12 or 13 11 dBm for OPT 10 OPT 12 or 13 Sweep mode HOLD For the AG type c...

Page 332: ...easure the frequency characteristic of the 50 to 75 conversion adapter as shown in Figure 10 3 Define the peak to peak value of the frequency characteristics as X dB Figure 10 3 50 to 75 Conversion Ad...

Page 333: ...r frequency and obtain data from the power meter Note Use the calibration factor at the center frequency Check Flatness under the output obtained in Step above at 50 MHz 2 0dBpp in 23 C to 5 C For OPT...

Page 334: ...3 11 dBm for OPT 10 OPT 12 or 13 Sweep mode HOLD Connect the power sensor to the output terminal and perform the measurement Refer to Figure 10 4 For the AG type connect the power sensor to the SOURCE...

Page 335: ...2dBm to 8dBm For R3765BG 67BG Reference 3dBm 300kHz to 15MHz 0 4dB 2dBm to 8dBm 0 8dB 7dBm to 13dBm 15MHz to 8GHz 0 2dB 2dBm to 8dBm 0 4dB 7dBm to 13dBm For OPT10 Reference 8dBm 300kHz to 15MHz 0 6dB...

Page 336: ...For OPT 10 OPT 12 or OPT 13 Reference 11dBm 300kHz to 15MHz 0 6dB 6dBm to 16dBm 1 3dB 1dBm to 21dBm 15MHz to 3 8GHz 0 4dB 6dBm to 16dBm 0 6dB 1dBm to 21dBm For OPT 10 OPT 14 Reference 5dBm 300kHz to 1...

Page 337: ...ORT 1 and read the value of directivity from trace data with the marker Check The directivity of TEST PORT 1 in 23 C 5 C 300kHz to 40MHz 28dB or less 40MHz to 2 6GHz 30dB or less 2 6GHz to 3 8GHz 26dB...

Page 338: ...or OPT 14 Perform the normalize SHORT of TEST PORT 3 a MEAS TEST PORT CONNECTION S33 PORT3 b Connect the short standard to TEST PORT 3 c CAL NORMALIZE SHORT d Remove the short standard Connect the loa...

Page 339: ...lyzer Operation Manual 10 5 Directivity 10 13 Check The directivity of TEST PORT 4 in 23 C 5 C 300kHz to 40MHz 28dB or less 40MHz to 2 6GHz 30dB or less 2 6GHz to 3 8GHz 26dB or less 3 8GHz to 8 0GHz...

Page 340: ...F cable and press OPEN d Connect the short standard to the tip of RF cable and press SHORT e Connect the load standard to the tip of RF cable and press LOAD f Press DONE 1 PORT Connect A PORT of the R...

Page 341: ...nnect the short standard to the tip of RF cable and press SHORT e Connect the load standard to the tip of RF cable and press LOAD f Press DONE 1 PORT Connect A PORT of the R3765AG 67AG and the tip of...

Page 342: ...of RF cable and press SHORT e Connect the load standard to the tip of RF cable and press LOAD f Press DONE 1 PORT Connect TEST PORT 2 of the R3765BG 67BG and the tip of RF cable Read the load match of...

Page 343: ...ress OPEN d Connect the short standard to the tip of RF cable and press SHORT e Connect the load standard to the tip of RF cable and press LOAD f Press DONE 1 PORT Connect TEST PORT 1 of the R3765CG 6...

Page 344: ...Connect the short standard to the tip of RF cable and press SHORT e Connect the load standard to the tip of RF cable and press LOAD f Press DONE 1 PORT Connect TEST PORT 2 of the R3765CG 67CG and the...

Page 345: ...ct the short standard to the tip of RF cable and press SHORT e Connect the load standard to the tip of RF cable and press LOAD f Press DONE 1 PORT Connect TEST PORT 3 of the R3765CG 67CG and the tip o...

Page 346: ...plies to OPT14 Change the RF cable end from TEST PORT3 to TEST PORT4 Read the load match of TEST PORT 4 from trace data with the marker Check TEST PORT 4 load match in 23 C 5 C 300kHz to 40MHz 16dB or...

Page 347: ...ise level of A input b AVG SMOOTHING ON SMOOTHING APERTURE 2 0 x1 c SYSTEM SERVICE MENU SERVICE MODES SOURCE PLL OFF d Read the noise level value by the marker e Press MEAS B to display the noise leve...

Page 348: ...U SERVICE MODES SOURCE PLL OFF e Read the noise level value by the marker Check Noise level 3kHz bandwidth 300kHz to 40MHz 73dB or less 40MHz to 3 8GHz 78dB or less 3 8GHz to 8GHz 68dB or less R3767CG...

Page 349: ...APERTURE 2 0 x1 d SYSTEM SYSTEM SERVICE MENU SERVICE MODES SOURCE PLL OFF e Read the noise level indicated by the marker Check Noise level 3kHz bandwidth OPT 11 300kHz to 40MHz 73dB or less 40MHz to 3...

Page 350: ...R3765AG 67AG MEAS A R RBW 100Hz Average 16 times Connect the short standard to the SOURCE terminal Connect the load standard to A PORT Read the crosstalk value of A PORT from the trace data Check Cros...

Page 351: ...R RBW 100Hz Average 16 times Connect the short standard to the SOURCE terminal Connect the load standard to B PORT Read the crosstalk value of B PORT from the trace data Check Crosstalk of B PORT 300k...

Page 352: ...standard to TEST PORT 1 Connect the load standard to TEST PORT 2 Read the crosstalk value from the trace data Check Crosstalk only about TEST PORT 2 300kHz to 40MHz 90dB or less 40MHz to 2 6GHz 100dB...

Page 353: ...s Connect the short standard to TEST PORT 2 Connect the load standard to TEST PORT 1 Read the crosstalk value of TEST PORT 1 from the trace data Check Crosstalk of TEST PORT 1 300kHz to 40MHz 90dB or...

Page 354: ...e short standard to TEST PORT 1 Connect the load standard to TEST PORT 2 Read the crosstalk value of TEST PORT 2 from the trace data Check Crosstalk of TEST PORT 2 300kHz to 40MHz 90dB or less 40MHz t...

Page 355: ...ge 16 times Connect the short standard to TEST PORT 2 Connect the load standard to TEST PORT 1 Read the crosstalk value of TEST PORT 1 from the trace data Check Crosstalk of TEST PORT 1 OPT 11 300kHz...

Page 356: ...nalyzer Operation Manual 10 8 Crosstalk 10 30 OPT 14 300kHz to 40MHz 85dB or less 40MHz to 2 6GHz 90dB or less 2 6GHz to 3 8GHz 85dB or less 3 8GHz to 5 0GHz 75dB or less R3767CG only 5 0GHz to 8 0GHz...

Page 357: ...short standard to TEST PORT 3 Connect the load standard to TEST PORT 1 Read the crosstalk value of TEST PORT 1 from the trace data Check Crosstalk of TEST PORT 1 OPT 11 300kHz to 40MHz 90dB or less 4...

Page 358: ...nalyzer Operation Manual 10 8 Crosstalk 10 32 OPT 14 300kHz to 40MHz 90dB or less 40MHz to 2 6GHz 95dB or less 2 6GHz to 3 8GHz 85dB or less 3 8GHz to 5 0GHz 75dB or less R3767CG only 5 0GHz to 8 0GHz...

Page 359: ...AS S14 RBW 100Hz Average 16 times Connect the short standard to TEST PORT 4 Connect the load standard to TEST PORT 1 Read the crosstalk value of TEST PORT 1 from the trace data Check Crosstalk of TEST...

Page 360: ...short standard to TEST PORT 1 Connect the load standard to TEST PORT 2 Read the crosstalk value of TEST PORT 2 from the trace data Check Crosstalk of TEST PORT 2 OPT 11 300kHz to 40MHz 90dB or less 4...

Page 361: ...nalyzer Operation Manual 10 8 Crosstalk 10 35 OPT 14 300kHz to 40MHz 90dB or less 40MHz to 2 6GHz 95dB or less 2 6GHz to 3 8GHz 85dB or less 3 8GHz to 5 0GHz 75dB or less R3767CG only 5 0GHz to 8 0GHz...

Page 362: ...short standard to TEST PORT 3 Connect the load standard to TEST PORT 2 Read the crosstalk value of TEST PORT 2 from the trace data Check Crosstalk of TEST PORT 2 OPT 11 300kHz to 40MHz 90dB or less 4...

Page 363: ...nalyzer Operation Manual 10 8 Crosstalk 10 37 OPT 14 300kHz to 40MHz 90dB or less 40MHz to 2 6GHz 95dB or less 2 6GHz to 3 8GHz 85dB or less 3 8GHz to 5 0GHz 75dB or less R3767CG only 5 0GHz to 8 0GHz...

Page 364: ...AS S24 RBW 100Hz Average 16 times Connect the short standard to TEST PORT 4 Connect the load standard to TEST PORT 2 Read the crosstalk value of TEST PORT 2 from the trace data Check Crosstalk of TEST...

Page 365: ...short standard to TEST PORT 1 Connect the load standard to TEST PORT 3 Read the crosstalk value of TEST PORT 3 from the trace data Check Crosstalk of TEST PORT 3 OPT 11 300kHz to 40MHz 90dB or less 4...

Page 366: ...nalyzer Operation Manual 10 8 Crosstalk 10 40 OPT 14 300kHz to 40MHz 90dB or less 40MHz to 2 6GHz 95dB or less 2 6GHz to 3 8GHz 85dB or less 3 8GHz to 5 0GHz 75dB or less R3767CG only 5 0GHz to 8 0GHz...

Page 367: ...short standard to TEST PORT 2 Connect the load standard to TEST PORT 3 Read the crosstalk value of TEST PORT 3 from the trace data Check Crosstalk of TEST PORT 3 OPT 11 300kHz to 40MHz 90dB or less 4...

Page 368: ...nalyzer Operation Manual 10 8 Crosstalk 10 42 OPT 14 300kHz to 40MHz 90dB or less 40MHz to 2 6GHz 95dB or less 2 6GHz to 3 8GHz 85dB or less 3 8GHz to 5 0GHz 75dB or less R3767CG only 5 0GHz to 8 0GHz...

Page 369: ...AS S34 RBW 100Hz Average 16 times Connect the short standard to TEST PORT 4 Connect the load standard to TEST PORT 3 Read the crosstalk value of TEST PORT 3 from the trace data Check Crosstalk of TEST...

Page 370: ...EAS S41 RBW 100Hz Average 16 times Connect the short standard to TEST PORT 1 Connect the load standard to TEST PORT 4 Read the crosstalk value of TEST PORT 4 from the trace data Check Crosstalk of TES...

Page 371: ...EAS S42 RBW 100Hz Average 16 times Connect the short standard to TEST PORT 2 Connect the load standard to TEST PORT 4 Read the crosstalk value of TEST PORT 4 from the trace data Check Crosstalk of TES...

Page 372: ...EAS S43 RBW 100Hz Average 16 times Connect the short standard to TEST PORT 3 Connect the load standard to TEST PORT 4 Read the crosstalk value of TEST PORT 4 from the trace data Check Crosstalk of TES...

Page 373: ...the frequency characteristics 10 9 1 Dynamic Level Accuracy for the R3765AG 67AG This section describes the detail test procedure of the dynamic level accuracy This section applies only to the R3765A...

Page 374: ...s MEAS and A R to set the A PORT measurement mode Dynamic level accuracy at 50 MHz 3 Press CENTER 5 0 and MHz to set the center frequency to 50 MHz 4 Press SPAN 0 x1 to set the span to 0 MHz 5 Press A...

Page 375: ...uency to 3 8 GHz 15 Press MRK 3 8 and GHz to set the marker to 3 8 GHz 16 Set the step attenuator to 20 dB 17 Press CAL and NORMALIZE THRU to do normalization 18 Set the step attenuator to 10 dB 19 Re...

Page 376: ...t the span to 0 MHz 5 Press AVG IF RBW 1 0 0 and x1 to set the RBW to 100 Hz 6 Press MKR to set the marker on 7 Press MENU POWER 6 and x1 to set the output level to 6 dBm 8 Set the step attenuator to...

Page 377: ...NORMALIZE THRU to do normalization 18 Set the step attenuator to 10 dB 19 Read out the marker level 20 Repeat steps 19 and 20 on each set level listed on Table 10 2 21 For each set level calculate th...

Page 378: ...Instruments Required Step attenuator Range 0 to 90 dB Accuracy within 0 02dB Recommended model HP8496B RF cable SMA m SMA m 50 quantity 2 Recommended model A01253 060 Adopter N m SMA f quantity 2 Reco...

Page 379: ...ttenuator to 10 dB 11 Read out the marker level 12 Repeat steps 10 and 11 on each set level listed on Table 10 3 Table 10 3 Check Point for the R3765BG 67BG 13 For each set level calculate the dynamic...

Page 380: ...of the attenuator at the set level 10 9 3 Dynamic Level Accuracy for the R3765CG 67CG This section describes the detail test procedure of the dynamic level accuracy This section applies only to the R3...

Page 381: ...Press CENTER 5 0 and MHz to set the center frequency to 50 MHz 4 Press SPAN 0 and x1 to set the span to 0 MHz 5 Press AVG IF RBW 1 0 0 and x1 to set the RBW to 100 Hz 6 Press MKR to set the marker on...

Page 382: ...frequency to 3 8 GHz 15 Press MRK 3 8 and GHz to set the marker to 3 8 GHz 16 Set the step attenuator to 20 dB 17 Press CAL and NORMALIZE THRU to do normalization 18 Set the step attenuator to 10 dB...

Page 383: ...frequency to 50 MHz 4 Press SPAN 0 and x1 to set the span to 0 MHz 5 Press AVG IF RBW 1 0 0 and x1 to set the RBW to 100 Hz 6 Press MKR to set the marker on 7 Press MENU POWER 1 0 and x1 to set the o...

Page 384: ...19 Read out the marker level 20 Repeat steps 18 and 19 on each set level listed on Table 10 4 21 For each set level calculate the dynamic level error using the following formula dynamic level error me...

Page 385: ...1 TEST PORT 2 Measurement for Dynamic Level Accuracy 1 Connect two 3 dB attenuators and step attenuator using the RF cables between TEST PORT 2 and TEST PORT 3 shown in Figure 10 34 Figure 10 34 Conne...

Page 386: ...g the following formula dynamic level error measured value Offset value NOTE The offset value is a attenuator error at the reference point Offset value calibration factor of the attenuator at the refe...

Page 387: ...5 Connections for TEST PORT 1 Measurement for Dynamic Level Accuracy 2 Press MEAS and S12 P2 P1 Dynamic level accuracy at 50 MHz 3 Press CENTER 5 0 and MHz to set the center frequency to 50 MHz 4 Pres...

Page 388: ...y at 3 8 GHz 14 Press CENTER 3 8 and GHz to set the center frequency to 3 8 GHz 15 Press MRK 3 8 and GHz to set the marker to 3 8 GHz 16 Set the step attenuator to 20 dB 17 Press CAL and NORMALIZE THR...

Page 389: ...MHz 4 Press SPAN 0 and x1 to set the span to 0 MHz 5 Press AVG IF RBW 1 0 0 and x1 to set the RBW to 100 Hz 6 Press MKR to set the marker on 7 Press MENU POWER 1 0 and x1 to set the output level to 10...

Page 390: ...and GHz to set the center frequency to 3 8 GHz 15 Press MRK 3 8 and GHz to set the marker to 3 8 GHz 16 Set the step attenuator to 20 dB 17 Press CAL and NORMALIZE THRU to do normalization 18 Set the...

Page 391: ...span to 0 MHz 5 Press AVG IF RBW 1 0 0 and x1 to set the RBW to 100 Hz 6 Press MKR to set the marker on 7 Press MENU POWER 1 0 and x1 to set the output level to 10 dBm 8 Set the step attenuator to 20...

Page 392: ...E THRU to do normalization 18 Set the step attenuator to 10 dB 19 Read out the marker level 20 Repeat steps 18 and 19 on each set level listed on Table 10 5 21 For each set level calculate the dynamic...

Page 393: ...cable N m N m 75 For OPT 12 or 13 Recommended model 8120 6468 10 10 3 Testing Procedure 1 Connect the RF cable and conversion connector for OPT 12 or 13 only the RF cable is used from TEST PORT 1 to...

Page 394: ...CAL and NORMALIZE THRU A normalization operation is set 9 Press MENU POWER ATTENUATION PORT 1 2 0 X1 and RETURN The attenuator is set to 20 dB 10 Wait until the sweep is completed 11 Press MRK MKR SEA...

Page 395: ...2 S22 OPT11 13 S11 S22 S33 S21 S12 S31 S13 S23 S32 OPT14 S11 S22 S33 S44 S21 S31 S41 S12 S32 S42 S13 S23 S43 S14 S24 S34 R3765BG 67BG TRANSMISSION REFLECTION R3765AG 67AG A R B R These parameters can...

Page 396: ...CG 10dBm to 10dBm For OPT 12 or OPT 13 4dBm to 16dBm For OPT 14 8dBm to 10dBm For OPT 10 or OPT 10 OPT 11 5dBm to 15dBm ATT FIX 5dBm to 75dBm ATT AUTO For OPT 10 OPT 12 or OPT 10 OPT 13 1dBm to 21dBm...

Page 397: ...OPT 10 is installed the accuracy is specified using an attenuation of 0 dB R3765BG 67BG 0 5dB 50MHz 3dBm 23 C 5 C For OPT 10 0 5dB 50MHz 8dBm 23 C 5 C For OPT 12 0 5dB 50MHz 1dBm 23 C 5 C For OPT 10...

Page 398: ...8GHz 0 2dB 11dBm to 1dBm 6dBm reference 23 C 5 C 0 4dB 16dBm to 4dBm 6dBm reference 23 C 5 C For OPT 14 300kHz to 15MHz 0 4dB 5dBm to 5dBm 0dBm reference 23 C 5 C 0 8dB 10dBm to 8dBm 0dBm reference 2...

Page 399: ...C 5 C 0 4dB 11dBm to 9dBm 1dBm reference 23 C 5 C For OPT 10 OPT 12 300kHz to 15MHz 0 6dB 11dBm to 1dBm 6dBm reference 23 C 5 C 1 3dB 16dBm to 4dBm 6dBm reference 23 C 5 C 15MHz to 3 8GHz 0 4dB 11dBm...

Page 400: ...0MHz to 8GHz 23 C 5 C Sweep function Sweep type Linear logarithmic program or power sweep Sweep time 0 15ms 1 point Measurement point 3 6 11 21 51 101 201 301 401 601 801 1201 point Sweep trigger Cont...

Page 401: ...B C 2 6GHz to 8 0GHz Typical value Aging stability 0 005dB week Typical value Magnitude characteristic Magnitude resolution 0 001dB Frequency characteristic 1 0dB 23 C 5 C Dynamic accuracy In referenc...

Page 402: ...lled 0 dB for an input of 9 dBm in reference to 32 dB 0 3 12dB to 42dB 0 5 42dB to 52dB 1 0 52dB to 62dB 3 0 62dB to 72dB For R3765CG with OPT 12 or 13 installed 0 dB for an input of 4 dBm in referenc...

Page 403: ...C 16dB 40MHz to 2GHz 23 C 5 C 15dB 2GHz to 3 8GHz 23 C 5 C For OPT 10 Attenuation 0dB Source match Attenuation 20 40 60dB R3765BG CG OPT 10 R3765BG CG OPT 10 OPT 11 14 R3767BG CG OPT 10 R3767BG CG OPT...

Page 404: ...0GHz 65dB 5 0GHz to 8 0GHz Maximum input level 0dBm R3765AG 67AG 6dBm R3765BG 67BG 12dBm R3765CG 67CG 20 dBm for OPT 12 or OPT 13 Noise level At the allowable input level 3kHz bandwidth 85dB 300kHz to...

Page 405: ...rts calibration OPT14 only Averaging and smoothing Electrical length correction Phase offset correction Marker function Independent 10 markers can be set to each channel Marker function Search functio...

Page 406: ...94 LAN port Option 10Base T Keyboard Based on IBM PC AT External reference frequency input 1MHz 2MHz 5MHz 10MHz 10ppm More than 0dBm 50 Probe power 12V 0 5V 300mA Operating environment When FDD used T...

Page 407: ...channel of channel 1 is channel 3 and the sub channel of channel 2 is channel 4 1 In the case of COUPLE CH ON Function Channel CH1 CH3 CH2 CH4 MEAS SUB MEAS STIMULUS RBW Common Averaging Smoothing Co...

Page 408: ...MULUS RBW Averaging Smoothing Common Common Common Common Common Common Trace operation Parameter conversion FORMAT Scale Marker Limit line Independent Independent Independent Independent Independent...

Page 409: ...ime is 50 sec point 100 points 5msec When the frequency between the measuring points is more than 5MHz the setup time is 50 sec per about 5MHz Band switching time About 5msec The R3765 67G series is c...

Page 410: ...frequency sweep OFF Internal FREE RUN OFF 0sec 390 325msec AUTO 1201 300kHz 3 8GHz R3765AG BG CG 8 0GHz R3767AG BG CG Start Stop 1GHz 1 2 2 ON All clear Response Dual channel Active channel Resolutio...

Page 411: ...0 0 0 50 50 50 6 50 50 0 0 50 50 50 Calibration Correct measurement Calibration data Electrical length correction Phase offset Measurement end extension correction R input A input B input Port 1 Port...

Page 412: ...earch attenuation Guaranteed attenuation measurement First frequency Second frequency Phase linearity analysis OFF 0sec 6 sec CDMA IF OFF 6dB 900kHz 1 2MHz OFF OFF 0sec 6 sec CDMA IF OFF 6dB 900kHz 1...

Page 413: ...0dBm 18dBm 2dBm BG 12 11dBm 0dBm 11dBm 9dBm BG OPT10 OPT12 16dBm 0dBm 16dBm 4dBm CG CG OPT11 14 10dBm 0dBm 10dBm 10dBm CG OPT12 13 16dBm 0dBm 16dBm 4dBm CG OPT10 CG OPT10 OPT11 14 15dBm 0dBm 15dBm 5dB...

Page 414: ...8 5 Logarithmic magnitude the value per division of Y axis 6 Logarithmic magnitude reference position Type Channel CH1 CH2 CH3 CH4 AG 10dB 10dB 10dB 10dB BG 10dB 10dB 1 UNIT 10dB CG 10dB 10dB 1 UNIT...

Page 415: ...POINT CLEAR SEG CLEAR ALL SEG Return SEGMENT NUMBER START STOP POINT CLEAR SEG CLEAR ALL SEG Return More 1 2 SEGMENT POWER IF RBW SETTLING TIME Return More 2 2 CONTINUOUS SINGLE HOLD INT TRIG EXT TRIG...

Page 416: ...R B R SUB MEAS ON OFF CONVERSION MEAS For the R3765BG 67BG Z REFL Z TRANS Y REFL Y TRANS 1 S OFF Z0 VALUE Return REFLECTION TRANSMISSION TRANS REFL SUB MEAS ON OFF CONVERSION MEAS For the R3765CG 67C...

Page 417: ...IN MEAS SUB MEAS ON OFF TEST PORT CONNECTION P1 P2 S11 PORT1 S31 P1 P3 S13 P1 P3 S33 PORT3 TWIN MEAS SUB MEAS ON OFF TEST PORT CONNECTION P1 P3 S22 PORT2 S32 P2 P3 S23 P2 P3 S33 PORT3 TWIN MEAS SUB ME...

Page 418: ...EAS TEST PORT CONNECTION P1 P3 S11 PORT1 S41 P1 P4 S14 P1 P4 S44 PORT4 TWIN MEAS P1 P4 SUB MEAS TEST PORT CONNECTION P1 P4 S22 PORT2 S42 P2 P4 S24 P2 P4 S44 PORT4 TWIN MEAS P2 P4 SUB MEAS TEST PORT CO...

Page 419: ...Menu List A 13 FORMAT LOG MAG PHASE DELAY SMITH R jX SMITH G jB POLAR LIN MAG More 1 2 SWR REAL IMAG PHASE LOG MAG PHASE LOG MAG DELAY LIN MAG PHASE More 2 2 AUTO SCALE DIV REF VALUE REF POS MARKER R...

Page 420: ...AY MEMORY DISPLAY DATA MEM Return DATA MEM DATA MEM DATA MEM DATA MEM OFF Return Z REFL Z TRANS Y REFL Y TRANS 1 S OFF Z0 VALUE Return DONE CURSOR CURSOR BACKSPACE DELETE CHAR CLEAR LINE CANCEL GRATIC...

Page 421: ...NPUTC 8 EXTENSION PORT 1 EXTENSION PORT 2 EXTENSION PORT 3 8 MARKER EXTENSION Return 2 PORT FULL CAL NORMALIZE ISOL N Return REFLEC N TRANSMISSION ISOLATION DONE 2 PORT OPEN SHORT LOAD DONE 1 PORT THR...

Page 422: ...ION P2 P3 ISOLATION OMIT ISOLATION DONE ISOLATION PORT 1 FEMAL MAL PORT 2 FEMAL MAL PORT 3 FEMAL MAL 10 PORT 4 FEMAL MAL 11 Return N 50 N 75 3 5mm 7mm USER DEFINE DON T CARE DEFINE STANDARD Return OFF...

Page 423: ...MISSION ISOLATION DONE 4 PORT To 3 on the next page OMIT ISOLATION FWD ISOL N REV ISOL N DONE ISOLATION ELEC DELAY ON OFF ELECTRICAL DELAY ELECTRICAL LENGTH VELOCITY FACTOR PHASE OFFSET VALUE PHASE SL...

Page 424: ...or the path between PORT2 to PORT3 S22 PORT2 FWD OPEN S22 PORT2 FWD SHORT S22 PORT2 FWD LOAD S44 PORT4 REV OPEN S44 PORT4 REV SHORT S44 PORT4 REV LOAD DONE REFLECT N For the path between PORT2 to PORT...

Page 425: ...OFF Return More 1 2 MODE OFF REF MKR REF ACT MKR REF FIXED MKR FIXED MKR POSITION Return FIXED MKR STIMULUS FIXED MKR VALUE FIXED MKR AUX VALUE FIXED MKR ACTIVE MKR Return MARKER 6 MARKER 7 MARKER 8 M...

Page 426: ...Z0 VALUE Return 6 MKR MARKER START MARKER STOP MARKER CENTER MARKER SPAN MARKER REF VALUE PART SRCH MKR SEARCH MODE MANU SET RANGE STATISTICS ON OFF PART SRCH ON OFF Return MKR SEARCH OFF MAX MIN TAR...

Page 427: ...urn MAXIMUM NORMAL MINIMUM Return GATE ON OFF GATE START GATE STOP GATE CENTER GATE SPAN GATE SHAPE Return MAXIMUM WIDE NORMAL MINIMUM Return CDMA IF GATE CDMA FILTER ANALYSYS CDMA PHASE LINEARITY ON...

Page 428: ...PORT2 DEL CIRCUIT ON OFF PORT3 DEL CIRCUIT ON OFF PORT4 DEL CIRCUIT ON OFF LOAD DEL S2P Return IMPEDANCE TRANSFORM ON OFF PORT1 IMPEDANCE PORT2 IMPEDANCE PORT3 IMPEDANCE PORT4 IMPEDANCE Return MATCHI...

Page 429: ...G PORT2 IND L PORT2 IND R Return More 2 4 PORT2 C P L S D PORT2 L P C S D PORT2 C S L P D PORT2 L S C P D PORT2 L P C P D PORT2 USR CIRCUIT LOAD USR CIRCUIT Return PORT3 ADD CIRCUIT ON OFF PORT3 ADD...

Page 430: ...1 or 72 is installed continued LOAD ADD S1P LOAD ADD S2P LOAD DEL S2P Return LOAD sfadd1 s1p LOAD sfadd2 s1p LOAD sfadd3 s1p LOAD sfadd4 s1p Return 2 LOAD sfadd1 s2p LOAD sfadd2 s2p LOAD sfadd3 s2p LO...

Page 431: ...SAVE REG 6 SAVE REG 7 SAVE REG 8 SAVE REG 9 SAVE REG 10 RENAME REG Return More 2 4 SAVE REG 11 SAVE REG 12 SAVE REG 13 SAVE REG 14 SAVE REG 15 RENAME REG Return More 3 4 SAVE REG 16 SAVE REG 17 SAVE...

Page 432: ...REG 9 CLEAR REG 10 Return More 2 4 CLEAR REG 11 CLEAR REG 12 CLEAR REG 13 CLEAR REG 14 CLEAR REG 15 Return More 3 4 CLEAR REG 16 CLEAR REG 17 CLEAR REG 18 CLEAR REG 19 CLEAR REG 20 Return More 4 4 STO...

Page 433: ...Return More 1 4 LOAD CURSOR CURSOR Return RECALL REG 6 RECALL REG 7 RECALL REG 8 RECALL REG 9 RECALL REG 10 RECALL POWER OFF LOAD FILE Return More 2 4 RECALL REG 11 RECALL REG 12 RECALL REG 13 RECALL...

Page 434: ...O DISK COMPRESSION ON OFF TRUNCATE ON OFF Return PRINTER SETUP PRINT SPEED ON OFF PLOT LABEL ON OFF PLOT P TXT ON OFF DEFAULT SETUPS PLOTTER Return DPI UPPER MARGIN LEFT MARGIN ZOOM SCALE LANDSCAPE ON...

Page 435: ...ODES VERIFICATION 9 FIRMWARE REVISION Return SOURCE CORR ON OFF INPUT CORR ON OFF SOURCE PLL ON OFF MAINTENANCE MEAS Return A B C D Return SELECT TEST NO EXECUTE TEST DISPLAY STATUS Return R A B C Cdc...

Page 436: ...ADD SEGMENT LIMIT TYPE DONE More 1 2 LIMIT LINE ON OFF LIMIT TEST ON OFF BEEP MAG DATA LIN LOG LIMIT MODE MENU LIMIT LINE OFFSETS CLEAR LIST More 2 2 STIMULUS VALUE MARKER TO STIMULUS UPPER LIMIT LOW...

Page 437: ...Key Menu List A 31 LOAD CURSOR CURSOR DRIVE CHANGE Return ADDRESS R3765 13 ADDRESS PLOTTER ADDRESS PRINTER Return 13 For the R3767 Series R3767 is displayed A B C D E Return SYSTEM CONTROLLER TALKER L...

Page 438: ...section 8 2 4 Notice of the Completion and the State of Operation Refer to sub section 8 2 5 A 5 2 Setting of Backup Memory at the factory shipped A 5 3 GPIB Command List for Panel Key Soft Key It s...

Page 439: ...OUTLINE DRAWING Unit mm CAUTION This drawing shows external dimensions of this instrument The difference in products and options used can cause a change in the appearance of the instrument DIMENSIONA...

Page 440: ...menu 7 28 Averaging 7 30 Averaging process 7 30 Averaging Smoothing and Resolution Bandwidth 7 28 AVG A 15 B Balanced Matching Circuit Function 7 104 Basic Key Operation Examples 4 1 Basic Measuring...

Page 441: ...n Display and Display Selection Information 7 16 Frequency Accuracy and Range 10 4 Front Panel Descriptions R3765AG 67AG 2 1 2 2 Front Panel Descriptions R3765BG 67BG 2 3 2 4 Front Panel Descriptions...

Page 442: ...9 Measuring Time A 3 MEM ARRAY 6 9 MENU A 9 MKR A 19 MKR A 20 Mode Analysis Function 7 106 Multi marker List Display 5 28 N Name editing menu 7 145 Narrow Band Wide Band Sweep Measurement 5 25 Networ...

Page 443: ...1 Saving Menu 7 46 Saving Results 7 109 Saving to the Floppy Disk 6 7 SCALE A 13 Scale menu 7 15 Screen Display Descriptions 2 13 Search menu 7 74 Selecting Plot Data 7 153 Selection of Save Type 7 14...

Page 444: ...TRACE Operation 7 24 Trace operation menu 7 24 Transmission Reflection Characteristic Measurement Four Screen Display Mode 5 10 Transportation 1 11 Trigger menu 7 7 Two Channels Simultaneous Display...

Page 445: ...itation i instances where the Product has been subjected to physical stress or electrical voltage exceeding the permissible range and ii instances where the corrosion of electrical circuits or other d...

Page 446: ...ct will not perform properly Additionally if the operating life of a component or part has expired and continued use of such component or part damages the Product the Product may not be repairable Ple...

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ADVANTEST R3765AG, Operation Manual

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