NF FRA5022 Instruction Manual Download Page 8

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FRA5022

Contents

Page

OUTLINE ....................................................................................................................... 1-1

1.1 Features ................................................................................................................... 1-2

1.2 Applications .............................................................................................................. 1-2

1.3 List of Functions ....................................................................................................... 1-3

1.4 Principle of Operation .............................................................................................. 1-5

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PREPARATIONS BEFORE USE ................................................................................... 2-1

2.1 Checking Before Use ............................................................................................... 2-2

2.2 Installation ................................................................................................................ 2-3

2.2.1 General Precautions for Intallation .................................................................... 2-3

2.2.2 Installation Conditions ....................................................................................... 2-3

2.2.3 Rack Mounting ................................................................................................... 2-4

2.3 Grounding and Power Supply Connection ............................................................... 2-9

2.4 Simplified Operation Check ................................................................................... 2-10

2.5 Calibration .............................................................................................................. 2-11

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PANEL FEATURES AND BASIC OPERATIONS ........................................................... 3-1

3.1 Panel Component Names and Functions ................................................................ 3-2

3.2

Display at Power “ON” and Initial Settings ............................................................... 3-5

3.2.1 Check before Power

“ON” ................................................................................. 3-5

3.2.2

Displays and Indications at Power “ON” ............................................................ 3-6

3.2.3 Initialization ........................................................................................................ 3-6

3.3 I/O Terminals ............................................................................................................ 3-9

3.3.1 Oscillator Output Terminal ................................................................................. 3-9

3.3.2 Analyzer Input Terminal ................................................................................... 3-10

3.3.3 Signal Terminal Isolation .................................................................................. 3-11

3.4 I/O Connection ....................................................................................................... 3-12

3.5 Basic Operations .................................................................................................... 3-13

3.5.1 Simplified Sweep Measurement ...................................................................... 3-13

3.5.2 Setup Screen, Measurement Screen Switchover ............................................ 3-14

3.5.3 Menu Screen Basic Operation ......................................................................... 3-15

3.5.4 System Menu Screen ...................................................................................... 3-17

3.5.5 Sweep Menu Screen ....................................................................................... 3-20

3.5.6 Spot Menu Screen ........................................................................................... 3-27

3.5.7 Sweep Measurement ....................................................................................... 3-30

3.5.8 Sweep Measurement Screen .......................................................................... 3-31

3.5.9 Spot Measurement .......................................................................................... 3-32

3.5.10 Spot Measurement Screen ............................................................................ 3-33

3.5.11 Measured Values of Excessive Input ............................................................. 3-34

Summary of Contents for FRA5022

Page 1: ...NF Corporation FREQUENCY RESPONSE ANALYZER FRA5022 Instruction Manual...

Page 2: ......

Page 3: ...FREQUENCY RESPONSE ANALYZER FRA5022 Instruction Manual DA00016981 005...

Page 4: ...rks National Instruments is a registered trademark of National Instruments Corporation in the United States Other company names and product names may be trademarks or registered trademarks of their re...

Page 5: ...nization If using this equipment for the first time start from Chapter 1 1 OUTLINE This chapter describes the overview specificities applications functions and simple principle of operations of this p...

Page 6: ...ower supply plug is connected to a three pole power outlet with a protective ground contact Check the power supply voltage This product operates on the power supply voltage indicated in Grounding and...

Page 7: ...risk of electric shock under specific conditions Warning Symbol This symbol indicates information for the avoidance of a hazard such as electric shock that may endanger human life or cause injury dur...

Page 8: ...at Power ON and Initial Settings 3 5 3 2 1 Check before Power ON 3 5 3 2 2 Displays and Indications at Power ON 3 6 3 2 3 Initialization 3 6 3 3 I O Terminals 3 9 3 3 1 Oscillator Output Terminal 3 9...

Page 9: ...9 4 6 Data Memory 4 12 4 7 Equalizer 4 13 4 8 Oscillator Output Terminal Change Rate Limit SLOW 4 14 5 REMOTE CONTROL 5 1 5 1 Preparations Before Use 5 2 5 1 1 USB Preparations 5 2 5 1 2 GPIB Preparat...

Page 10: ...5 Checking Isolation 7 3 7 6 Checking Oscillator Output Wave Form 7 3 7 7 Performance Testing 7 3 7 7 1 Frequency Accuracy Test 7 4 7 7 2 Oscillator AC Amplitude Accuracy Test 7 4 7 7 3 Oscillator DC...

Page 11: ...UT 3 12 Figure 3 7 OSCILLATOR CH1 internal connection 3 12 Figure 3 8 Setup screen measurement screen switchover description 3 14 Figure 3 9 System menu screen 3 17 Figure 3 10 Sweep menu screen 3 20...

Page 12: ...dimensions 8 8 Table 2 1 Package Contents 2 2 Table 3 1 Setting items and initial values 3 7 Table 4 1 Setup items and screen handling 4 4 Table 5 1 FRA5022 subsystem command list 5 4 Table 5 2 Commo...

Page 13: ...FRA5022 1 1 1 OUTLINE 1 1 Features 1 2 1 2 Applications 1 2 1 3 List of Functions 1 3 1 4 Principle of Operation 1 5...

Page 14: ...al supply to the system under test when in servo analysis Graph display It is possible to display the frequency characteristics on a color liquid crystal display as Bode diagrams Quick settings switch...

Page 15: ...uency Minimum frequency Frequency point Automatic Manual switching Spot measurement SPOT switching to spot display Repeat Single switching Phase display lower limit Gain passing range upper limit Gain...

Page 16: ...s magnification MAG Cursor Cursor speed Excessive input CH1 detection level CH2 detection level Action on detection OVER light up BEEP HOLD OSC OFF Settings memory Settings title Settings lock Setting...

Page 17: ...and display the vector ratio of the signals obtained by the analyzer By using the direct digital frequency synthesis method based on the reference quarts crystal resonator the main processor generate...

Page 18: ...to digital signals via the A D Analog to Digital Converter The subprocessor obtains the two orthogonal components of the signal the signal vectors by multiplication and integration of the response sig...

Page 19: ...ing Before Use 2 2 2 2 Installation 2 3 2 2 1 General Precautions for Intallation 2 3 2 2 2 Installation Conditions 2 3 2 2 3 Rack Mounting 2 4 2 3 Grounding and Power Supply Connection 2 9 2 4 Simpli...

Page 20: ...software allows you to easily import the data from FRA5022 to a personal computer save data in CSV format display data as various graphs and set main parameters Instructions for using the CD ROM cont...

Page 21: ...onditions Install FRA5022 in a location that fills the following temperature and humidity requirements Performance guarantee 5 to 35 5 to 85 RH where absolute humidity is 1 to 25g m3 non condensing Op...

Page 22: ...he device on the rack Support the FRA5022 by all means by installing some supports such as rails on the rack Otherwise FRA5022 may fall causing injury or damaging itself Make sure that the rack is suf...

Page 23: ...mount mm rack Removable Rack mounting plane Surface treatment Rack mount adapter Paint Ultra Light Gray Munsell 6 OPB9 2 0 1 Caution When mounting on the rack do not use only the rack mount adapter Ma...

Page 24: ...ack mount inch rack Rack mounting plane Caution When mounting on the rack do not use only the rack mount adapter Make sure that the rack uses L metal fittings or shelves to hold the body Surface treat...

Page 25: ...adapter mm rack Figure 2 4 Mounting rack mount adapter inch rack Rack mount adapter mounting procedure Remove the screws on the sides of the front panel 2 each Use the screws supplied with the rack m...

Page 26: ...2 2 Installation FRA5022 2 8 Figure 2 5 Removal of feet...

Page 27: ...e specified range for the FRA5022 FRA5022 operates with the following commercial power supply Power voltage range 100 to 230VAC 10 not exceeding 250VAC Power frequency range 50 60Hz 2Hz Maximum power...

Page 28: ...ATOR terminal to an oscilloscope with a BNC BNC cable etc Set the oscilloscope s parameters as below for example Input impedance 1M Input sensitivity 2V DIV Sweep speed 0 2ms DIV Trigger level 0V 5 Ch...

Page 29: ...and 0deg respectively Press the MEASUREMENT DOWN or UP key After the sweep is complete check the graph 2 5 Calibration Ensure that FRA5022 undergoes the test described in 7 7 Performance Testing at l...

Page 30: ...FRA5022 2 12...

Page 31: ...Analyzer Input Terminal 3 10 3 3 3 Signal Terminal Isolation 3 11 3 4 I O Connection 3 12 3 5 Basic Operations 3 13 3 5 1 Simplified Sweep Measurement 3 13 3 5 2 Setup Screen Measurement Screen Switch...

Page 32: ...3 1 Panel Component Names and Functions FRA5022 3 2 3 1 Panel Component Names and Functions This section describes the names and functions of the components on the front and rear panels of FRA5022...

Page 33: ...reen Remote lamp Turned on during remote control through GPIB or USB Grounding terminal for measurements Connected to the case Necessary for shielding the system under test or for voltage clamp LCD Di...

Page 34: ...es and Functions FRA5022 3 4 Figure 3 2 Rear panel Nomenclature plate Certification label Power inlet GPIB connector USB connector AUX connector Provides 24V power to the signal injector probe 5055 Ha...

Page 35: ...cord s plug into a three pole power socket with protective ground contact Make sure that the power switch is set to OFF before connecting the power cord After turning the power off make sure to wait...

Page 36: ...up errors the settings in effect before the last power off is recalled If the above self check is successful the following check is signal related check and self calibration When the progress bar has...

Page 37: ...lay time 0 00 to 999 99s 0 00s Sweep SWEEP Frequency axis freq axis log linear Log Maximum frequency freq max 0 11m to 100 00kHz 100kHz Minimum frequency freq min 0 10m to 99 999kHz 1Hz Frequency poin...

Page 38: ...199 99dB Result evaluation gain min GO NG G min 199 99dB 199 99dB Result evaluation phase max GO NG P max 360 00deg 360 00deg Result evaluation phase min GO NG P min 360 00deg 360 00deg set to initial...

Page 39: ...yed when the maximum output current is exceeded Output voltage limits If the AC amplitude and the DC bias settings produce a composed voltage that exceeds 10V open the output may be clipped Output whe...

Page 40: ...nd are isolated from the internal parts Figure 3 4 Analyzer input terminal CH1 input for CH2 OSC When the measurement mode is set to CH2 OSC CH1 input terminal is open The analyzer CH1 input is connec...

Page 41: ...42Vpk Figure 3 5 Insulation voltages of input and output terminals Do not connect the isolated parts to a signal that exceeds 42Vpk Otherwise FRA5022 may be damaged CAUTION Other connector s outer co...

Page 42: ...ng terminal as the SUT s ground or shield CH1 Input internal connection When the oscillator output OSCILLATOR is used with the analyzer input CH1 it is possible to make the connection inside FRA5022 W...

Page 43: ...TR key DC bias OSC dc bias 0 00V Set the value with the ENTR key Integration time MEAS integ time 0 10s Set the value with the ENTR key Integration cycle MEAS integ cycle 1c Set the value with the ENT...

Page 44: ...SPOT key When only a partial change of the conditions is desired press the SETUP key and a convenient setup screen including frequently used parameters for sweep measurements spot measurements oscill...

Page 45: ...set values such as frequency use the numerical keys 0 to 9 the decimal key the inverted key and the ENTR key to validate a setting To enter m 10 3 or k 103 use the m or k key in place of the ENTR key...

Page 46: ...etical or other characters below that key For example pressing the key 7 a number of times will produce the following display 7 S T U 7 To enter multiple characters use the right cursor key to move th...

Page 47: ...ation takes about 50 seconds It is not possible to stop it while it is being executed 9 Extend is reserved for the function extensions Currently is the same function as 1 Execute Selected items settin...

Page 48: ...emory and the result evaluation is made Initial values 0 Auto Scan measurement details 4 4 Scan Measurement Oscillator output terminal change rate limit OSC slow on off Value range 0 Quick only 1 Slow...

Page 49: ...Serial Number Description Serial number for the FRA5022 model This value cannot be modified The value is necessary to identify the device when a connection to FRA5022 is made through USB Initialize al...

Page 50: ...acters _ white space the underscore above denotes white space Description Title for each setting memory With each press of the numeric key the number is switched to alphabets and symbols Pressing the...

Page 51: ...AC amplitude OSC ac amplitude Value range 0 000 7 07Vrms Resolution 0 001 1 0 01 1 Vrms 0 000 10 00Vpeak Resolution 0 001 1 0 01 1 Vpeak Description The output AC amplitude of the oscillator When the...

Page 52: ...he measurement The actual integration time is the longer of the shortest signal cycle duration equal or greater than this value or the integration cycle s separetely specified Initial values 0 02s Int...

Page 53: ...n The number of frequency measurement points to be used when in frequency sweep Measurement is performed between the maximum and minimum frequencies at the specified number of frequency points spaced...

Page 54: ...phase difference Initial values 0 A Graph axis measured value display format DISP coordinates Value range 0 GdB P F 1 G P F 2 a b Description GdB P F Displays the values Gain dB Phase deg Frequency H...

Page 55: ...ial values 60 0dB Graph gain minimum value DISP gain min Value range 180 0 to 179 9dB Description Graph Bode diagram minimum value for the gain axis Initial values 60 0dB Graph phase maximum value DIS...

Page 56: ...weep would also be aborted and set to HOLD During a scan measurement the scan would be stopped and would remain at the last setting Off Besides for the 3 above items the AC and DC output of the oscill...

Page 57: ...een For the details refer to the descriptions of the sweep measurement screen Displays the options available for the selected item Setting value Setup items select with the Up Down cursor keys Scrollb...

Page 58: ...urement Data memory display DISP data memory Under spot measurement even if A B are set only the latest measured value A is displayed Graph axis measured values display format DISP coordinates Under s...

Page 59: ...he result is positive Result evaluation Phase maximum value SPOT GO NG P max Value range 360 00 to 360 00 Description The result evaluation phase maximum value Initial values 0 When maximum value mini...

Page 60: ...ion is in the STOP mode When HOLD or DOWN is active a sweep is executed from the frequency f at that point to the maximum frequency If f maximum frequency or f minimum frequency the sweep is executed...

Page 61: ...requency axis near the cursor by 1 2 4 8 16 Use the Up Down cursor keys MAG to magnify reduce the display as needed Frequency axis magnification ration Setting memory number Title Oscillator output ON...

Page 62: ...e DC bias OSC dc bias Integration time MEAS integ time Integration cycle MEAS integ cycle Phase minimum value DISP spot phase min The phase value is displayed within a range from the set phase minimum...

Page 63: ...the noise components that differ from the measured frequency are not measured It is not possible to display RMS values including noise or distortion like with a general voltmeter or peak values obser...

Page 64: ...put When the input signal to the analyzer CH1 or CH2 exceeds the measurement range 10V the gain obtained will be displayed as the maximum value that can be displayed on FRA5022 Below are the actual va...

Page 65: ...Description 4 4 4 2 2 Setting Memory Setup Items 4 4 4 2 3 Setting Memory Operation 4 5 4 3 Result Evaluation 4 6 4 3 1 Evaluation Range Setting 4 6 4 3 2 Evaluation Display 4 6 4 4 Scan Measurement...

Page 66: ...tup items for the sweep setup screen are a sweep menu screen subset as shown below Integration time MEAS integ time Integration cycle MEAS integ cycle Maximum frequency SWEEP freq max Minimum frequenc...

Page 67: ...g a sweep or a spot measurement displays a summary setup screen of the most used oscillator setup items Figure 4 4 Oscillator setup screen ex The setup items for the oscillator setup screen are a swee...

Page 68: ...y time MEAS delay time Frequency axis SWEEP freq axis Maximum frequency SWEEP freq max Minimum frequency SWEEP freq min Frequency point SWEEP points Automatic sweep SWEEP man auto Repeat measurement R...

Page 69: ...re the items shared in the setting memory Changing these items on one menu will also change the corresponding items on the other Protecting setting mermory SETTING lock It is possible to lock a settin...

Page 70: ...199 99 to 199 99 dB resolution 0 01 dB Result evaluation Phase maximum value SPOT GO NG P max Result evaluation Phase minimum value SPOT GO NG P min Value range 360 00 to 360 00 deg resolution 0 01 d...

Page 71: ...um value the scan will stop at that point When the scan stops the spot measurement repeat setting is ignored and the measurement is stopped too By pressing the k key it is possible to have the reverse...

Page 72: ...as is modified by a setting memory switch during a scan measurement the values will immediately be reflected in the output voltage It is not necessary to use the ON AC DC key The output change rate li...

Page 73: ...ou work in safe conditions The connection between FRA5022 and the system under test may generate unexpected behavior like an oscillation There is a few 100pF floating capacitance capacitance vs the ca...

Page 74: ...nt are found in the 5055 Instruction Manual 5055 can get its power supply from FRA5022 rear panel s AUX connector 5055 comes with 2 different FRA connection cables Use the one that connects to the AUX...

Page 75: ...nification example 4 7k 4 7k Signal input FRA CH1 or CH2 input R1 R2 10V 20V 150pF Coaxial cable 1m Characteristic impedance 50 When the signal source impedance is sufficiently low if the parallel val...

Page 76: ...ng STORE data A B Copies the contents of data memory A to data memory B The contents of data memory A stays in place Sweep Menu Screen Spot Menu Screen Data memory display DISP data memory It is possi...

Page 77: ...frequency range where the data memory B has no data no data is displayed When the values in data memory B are not matching those in data memory A with respect to frequency the value of data memory B a...

Page 78: ...linearly within a duration of up to 10 seconds To change the output immediately using the ON OFF key press the QUICK key to turn off the SLOW lamp After the output is changed immediately for only onc...

Page 79: ...mmand List 5 4 5 4 Command Tree 5 9 5 5 Command Explanation 5 10 5 5 1 Summary of Terms 5 10 5 5 1 1 Subsystem Commands 5 10 5 5 1 2 Path Separator 5 10 5 5 1 3 Command Strings Simplification 5 10 5 5...

Page 80: ...VISA Run time Engine Ver3 3 or superior 3 The downloaded file is a self extracting archive Install after extraction 4 After the process is correctly completed the USB TMC class driver is installed The...

Page 81: ...evices or 20m whichever is shorter length for 1 cable 4m Each device must be setup with a unique GPIB address Devices connected to the bus can be damaged if they are identified with the same address 5...

Page 82: ...calibration CALibration ALL DISPlay subsystem Data display format DISPlay COORdinates Data memory display DISPlay DATA MEMory Copy to data memory B DISPlay DATA STORe Spot measurement phase minimum DI...

Page 83: ...evaluation results readout SENSe DATA SPOT LIMit REPort SOURce subsystem Oscillator frequency SOURce FREQuency IMMediate Measurement operation SOURce SWEep MEASure Sweep operation mode SOURce SWEep MO...

Page 84: ...ister STATus OPERation ENABle Operation event register STATus OPERation EVENt Operation transition filter 1 0 STATus OPERation NTRansition Operation transition filter 0 1 STATus OPERation PTRansition...

Page 85: ...commands have been processed When querying returns 1 when all the processes are completed RCL Recall command Switches the settings to the specified setting memory contents RST Reset command Resets th...

Page 86: ...illegal commands are found at interpretation or at execution an error is generated and the later command are not processed When interpretation and execution are completed the input buffer is cleared a...

Page 87: ...Cle TIME MODE SPOT REPeat MEMory COPY DELete STATe TITle SENSe DATA SWEep DATA POINt SPOT DATA LIMit GAIN MAXimum MINimum PHASe MAXimum MINimum REPort SOURce FREQuency IMMediate SWEep MEASure MODE SPA...

Page 88: ...er and the parameters By using a semi colon to separate a command string it is possible to access a subsystem command as the same level without changing the current path 5 5 1 3 Command Strings Simpli...

Page 89: ...meters in the command string The vertical bar indicates possibilities to select a keyword from several choices Comparison marks indicate that a parameter such as numerical values and strings needs to...

Page 90: ...ESE std_event_enable Description Sets queries the standard event status enable register Parameters std_event_enable register contents format NR1 range 0 to 255 Details 5 6 3 Standard Event Status Exa...

Page 91: ...ttings stored in the selected memory recall Parameters setting_memory memory number format NR1 range 0 to 9 Settings example RCL 5 RST Description Resets the device sets the output to OFF reverts the...

Page 92: ...5 5 Command Explanation FRA5022 5 14 Query example SRE Response example 128...

Page 93: ...commands to be executed while it is being executed A sequential command is a command that does not allows for succeeding commands to be executed while it is being executed The following commands are o...

Page 94: ...command will restore the normal operation DISPlay COORdinates coordinates DISPlay COORdinates Description Sets queries the graph display and other data display format Parameters coordinates graph axis...

Page 95: ...example DISP WIND SCAL MODE 0 Response scale Query example DISP WIND SCAL MODE Response example 0 DISPlay WINDow TRACe GAIN MAXimum gain_max DISPlay WINDow TRACe GAIN MAXimum Description Sets queries...

Page 96: ...TRACe PHASe MINimum phase_min DISPlay WINDow TRACe PHASe MINimum Description Sets queries the graph phase minimum value Parameters phase_min phase minimum format NR2 range 360 0 to 359 9 unit deg Set...

Page 97: ...2 range 0 01 to 19 99 unit Vrms Settings example INP1 VOLT OVER 3 00 sets the excessive input detection level for CH1 to 3 00Vrms Response over_level Query example INP1 VOLT OVER Response example 3 00...

Page 98: ...NR1 range 1 to 999 unit cycle Settings example MEAS INT CYC 999 Response integ_cycle Query example MEAS INT CYC Response example 999 MEASure INTegrate TIME integ_time MEASure INTegrate TIME Descripti...

Page 99: ...ue Parameters spot_repeat repeat set format bool range OFF 0 single ON 1 repeat Settings example MEAS SPOT REP ON Response spot_repeat format NR1 range 0 1 0 single 1 repeat Query example MEAS SPOT RE...

Page 100: ...etting_memory memory number format NR1 range 0 to 9 lock modification status format NR1 range 0 1 0 Free 1 Lock Settings example MEM STAT 0 0 Allows modifications to setting memory No 0 Response lock...

Page 101: ...y a real part b imaginary part format NR3 NR3 NR3 Response example SENS DATA SPOT 12 345E 03 118 62 45 54 SENSe DATA SPOT LIMit GAIN MAXimum gain_upper_limit SENSe DATA SPOT LIMit GAIN MAXimum Descrip...

Page 102: ...deg Settings example SENS DATA SPOT LIM PHAS MAX 120 00 Response phase_upper_limit Query example SENS DATA SPOT LIM PHAS MAX Response example 120 00 SENSe DATA SPOT LIMit PHASe MINimum phase_lower_li...

Page 103: ...t NR3 NR3 NR2 When displaying frequency a real part b imaginary part format NR3 NR3 NR3 Query example SENS DATA SWE Response example 12 345E 03 118 62 45 54 Outputs the data for all the measurement po...

Page 104: ...Hz Settings example FREQ 1000 Response freq_current Query example FREQ Response example 1 0000E 03 SOURce SWEep MEASure measure_operation SOURce SWEep MEASure Description Queries sweep spot measureme...

Page 105: ...cally Log axis between the minimum and the maximum frequency Parameters freq_points frequency points format NR1 range 3 to 1000 Settings example SWE SPAC POIN 1000 Response freq_points Query example S...

Page 106: ...meters change_speed variation speed format bool range OFF 0 ON 1 OFF 0 Quick ON 1 Slow Settings example VOLT SLOW ON Response change_speed format NR1 range 0 1 0 Quick 1 Slow Query example VOLT SLOW R...

Page 107: ...terpreted as a value of the unit set in VOLTage UNIT When a suffix is used for this value VRMS VPK VOLTage UNIT becomes irrelevant and the unit is interpreted as being the suffix Parameters amplitude...

Page 108: ...eters None Response Register contents format NR1 range 0 to 32767 Details 5 6 4 Operation Status Query example STAT OPER COND Response example 0 STATus OPERation ENABle opee STATus OPERation ENABle De...

Page 109: ...transition_pos positive transition filter format NR1 range 0 to 65535 Details 5 6 4 Operation Status Settings example STAT OPER NTR 32767 Settings example STAT OPER PTR 0 Response transition_neg Resp...

Page 110: ...sage format SRD Details 6 1 3 Remote Control Errors Query example SYST ERR Response example 0 No error SYSTem OVERload RELease Description Releases the error just like RESET ERROR key from the front p...

Page 111: ...register 7 6 5 4 3 2 1 0 OPE RQS MSS ESB MAVQUE 2 1 OVE Logical OR Logical OR Operation event register Operation event enable register Logical OR Standard event status register Standard even status en...

Page 112: ...dard event status register are set to 0 MAV 4 16 When the response to the query is ready to be output When all of the responses have been output and there remains none to be output QUE 3 8 Always at 0...

Page 113: ...or Set to 1 when there is a syntax error in program code EXE 4 16 Execution error Set to 1 when parameters are set beyond possible range values or when settings are contradictory DDE 3 8 Device depend...

Page 114: ...leared to 0 upon powering on However the PON bit is set to 1 ESE ESE Sets queries the standard event status enable register Set to 0 to clear the enable register to 0 Cannot be cleared by any other co...

Page 115: ...ch bit is set to 1 the status byte OPE bit is set to 1 Figure 5 4 Operation status structure Always at 0 unused Always at 0 unused Always at 0 unused Running spot measurement SPOT Running manual sweep...

Page 116: ...cleared to 0 even if queried Always indicates the status of FRA5022 STATus OPERation NTRansition STATus OPERation NTRansition Sets queries the negative transition filter register STATus OPERation PTR...

Page 117: ...essive input detected in CH2 OVER lamp lit CH1 1 2 Excessive input detected in CH1 OVER lamp lit OUTP 0 1 The oscillator output current has largely exceeded the allowable range Other Always at 0 unuse...

Page 118: ...cleared with a CLS command Cleared to 0 upon powering on A parameter of each register setting message or response message takes a value that adds up the weight of all bits set to 1 5 7 Programming Ca...

Page 119: ...FRA5022 5 41...

Page 120: ...FRA5022 6 1 6 TROUBLESHOOTING 6 1 Error Messages 6 2 6 1 1 Errors at Power On 6 2 6 1 2 Error During Panel Operation 6 3 6 1 3 Remote Control Errors 6 3 6 2 When Fault Symptoms are Observed 6 4...

Page 121: ...RROR Battery backup contents are broken Backup battery is empty Backup memory fault Temporary internal data error due to power off etc while operating on the memory ANALYZER ERROR Analyzer malfunction...

Page 122: ...error No error Syntax error 100 Command error Illegal command input no detailed classification 101 Invalid character An invalid character was included in the command 102 Syntax error Input of undefine...

Page 123: ...impedance and the load impedance Increase the voltage according to the load impedance The measured values vary largely The oscillator is off Press the OSCILLATOR ON AC DC key Setting the value only w...

Page 124: ...n Number 7 3 7 5 Checking Isolation 7 3 7 6 Checking Oscillator Output Wave Form 7 3 7 7 Performance Testing 7 3 7 7 1 Frequency Accuracy Test 7 4 7 7 2 Oscillator AC Amplitude Accuracy Test 7 4 7 7 3...

Page 125: ...ccuracy within 5 10 6 AC voltmeter Accuracy within 0 2 True RMS Frequency band 100kHz or more DC voltmeter Accuracy within 0 1 Resistance meter tester Measurement range 10M or more 7 2 Daily Maintenan...

Page 126: ...g is conducted as part of preventive maintenance to prevent performance degradation of the FRA5022 FRA5022 performance testing is also conducted as part of acceptance inspection periodic inspection pe...

Page 127: ...Specification 1kHz 2 of set value 7mVrms Specification 100kHz 4 of set value 21mVrms 7 07Vrms 6 9216 7 2184 Vrms 6 7662 7 3738 Vrms 3 0Vrms 2 933 3 067 Vrms 2 859 3 141 Vrms 1 5Vrms 1 463 1 537 Vrms...

Page 128: ...ngs After initialization the settings Minimum frequency 10Hz Maximum frequency 100kHz Frequency points 100 Integration cycle 1 Integration time 0 10s AC amplitude 7 07 1 100m 10m Vrms open After each...

Page 129: ...nal in IMRR or dynamic range tests it is necessary to repeat the measurement a few times until the value stabilizes This behavior is correct 7 7 6 Dynamic Range Test Connection OUTPUT OSCILLATOR INPUT...

Page 130: ...ce satisfying results NF Corporation will make the necessary adjustment or calibration to restore performance If calibration is necessary contact NF Corporation or one of our representatives You will...

Page 131: ...FRA5022 7 8...

Page 132: ...r 8 2 8 2 Analyzer Input 8 3 8 3 Analysis Processor 8 3 8 4 Measurement Processing 8 4 8 5 Display Part 8 5 8 6 Settings Memory 8 5 8 7 Remote Control Interface 8 5 8 8 General Information 8 6 Values...

Page 133: ...it Vpeak is converted from Vrms measured on a sine wave DC bias Setting range 10V to 10V Setting resolution 0 01V Accuracy 0 5 of the set absolute value 30mV 2 of AC amplitude Vpeak When output is ope...

Page 134: ...When 1Hz to 100kHz integration time 10s and 100 cycles Signal magnitude ratio when the one channel is at 10Vpeak and the other channel is terminated with a signal source impedance 1 or less Isolation...

Page 135: ...shifting sequentially among the spot settings automatically or manually Sweep control Frequency scale Linear Log Sweep operation UP min max DOWN max min HOLD holds sweep STOP stops measurement Automa...

Page 136: ...te result based on gain dB and phase range setting Measured values numerical display Gain When dB Range 199 99dB resolution 0 01dB When linear Range 0 1 0000E 9 to 9 9999E 9 resolution 5 digits Phase...

Page 137: ...Hz 2Hz Power consumption 55VA max Over voltage category Environmental conditions Altitude 2000m or less Temperature humidity range Performance guarantee Temperature 5 to 35 Humidity 5 to 85 RH Absolut...

Page 138: ...EMC EN 61326 1 Group1 Class A EN 61000 3 2 EN 61000 3 3 RoHS Directive 2011 65 EU External dimensions 434 W 88 H 403 D mm not counting protuberances Weight About 6 8kg not counting supplied parts Comp...

Page 139: ...ternal dimensions Rear panel figure Surface treatment Front panel Plastic sheet Ultra light gray Munsell 6PB9 2 0 1 Rear panel Munsell 8 5PB2 6 0 2 Cover Light gray leather tone Munsell 6PB7 6 1 2 lea...

Page 140: ...hout any charge for the parts and labor or either repair or replace products which prove to be defective For repair service under warranty the product must be returned to a service center designated b...

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Page 142: ...rmation provided in this manual is intended to be accurate and reliable However we assume no responsibility for any damage regarding the contents of this manual We assume no responsibility for influen...

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Page 145: ...http www nfcorp co jp 6 3 20 223 8508 TEL 045 545 8111 http www nfcorp co jp NF Corporation 6 3 20 Tsunashima Higashi Kohoku ku Yokohama 223 8508 JAPAN...

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