GW Instek LCR-6000 Series User Manual Download Page 32

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Measure Key

Table 4-5

Effective measurement range for the impedance range
when in HOLD state.

Range

No.

Impedance

range

Effective measurement range

10Ω

0 - 10Ω

30Ω

10Ω-100Ω

100Ω

100Ω-316Ω

300Ω

316Ω-1kΩ

1kΩ

1kΩ-3.16kΩ

3kΩ

3.16kΩ-10kΩ

10kΩ

10kΩ-31.6kΩ

30kΩ

31.6kΩ-100kΩ (



)

100kΩ

100kΩ-



(This range is available only

when the test frequency < 20kHz.)

Table 4-6

DCR FUNC effective measurement range for the
impedance range when in HOLD state.

When the measured value exceeds 150% of the full
scale for the selected range, “OVERLOAD” will be
displayed.

Range
No.

Impedance
range

Effective measurement
range

Overload

1Ω

– 3.1

4.65

10Ω

2.8

– 99

148.5

100Ω

– 312

468

300Ω

280

– 990

1.485k

1kΩ

900

– 3.1k

4.65k

3kΩ

2.8k

– 9.9k

14.85k

10kΩ

– 31k

46.5k

30kΩ

28k

– 99k

148.5k

100kΩ

90k

– 312k

100M

DCR accuracy: ±0.05% with effective measurement.
range

Summary of Contents for LCR-6000 Series

Page 1: ...LCR Meter LCR 6300 6200 6100 6020 6002 User s Guide VERSION 1 03 ISO 9001 CERTIFIED MANUFACTURER...

Page 2: ...language without prior written consent of the Good Will company The information in this manual was correct at the time of printing However Good Will continues to improve products and reserves the righ...

Page 3: ...s fallen into the instrument The following general safety precautions must be observed during all phases of operation service and repair of this instrument Failure to comply with these precautions or...

Page 4: ...ies always disconnect the power and discharge the circuits before touching them DO NOT Service Or Adjust Alone Do not attempt internal service or adjustment unless another person capable of rendering...

Page 5: ...roduction 14 2 2 Main Specifications and Features 15 2 2 1 Test Function 15 2 2 2 Equivalent Circuit 15 2 2 3 Ranging 15 2 2 4 Measurement Speed 15 2 2 5 Trigger Mode 16 2 2 6 Basic Accuracy 16 2 2 7...

Page 6: ...e 24 4 1 1 Measurement Function FUNC 25 4 1 2 Impedance Range RANGE 27 4 1 3 Test Frequency FREQ 29 4 1 4 Trigger Mode TRIG 31 4 1 5 Test Signal Voltage Current Level LEVEL 32 4 1 6 Measurement Speed...

Page 7: ...Monitor 1 and Monitor 2 MON 1 MON 2 56 5 1 6 Measurement Delay DELAY 57 5 1 7 AUTO LEVEL CONTROL ALC 57 5 1 8 Nominal Value NOMINAL 57 5 2 BIN SETUP Page 58 5 2 1 Measurement Function FUNC 59 5 2 2 C...

Page 8: ...Page 78 7 1 1 MEDIA 79 7 1 2 Recall a File at Startup AUTO RECALL 79 7 1 3 Auto save data to last file AUTO SAVE 80 7 1 4 File operation 80 8 HANDLER INTERFACE 81 8 1 Pin Assignment 82 8 2 Connection...

Page 9: ...LEVel Subsystem 105 11 8 1 LEVel VOLTage VOLTage LEVel 105 11 8 2 LEVel CURRent CURRent LEVel 106 11 8 3 LEVel SRESistance VOLTage SRESistance 106 11 8 4 LEVel ALC AMPlitude ALC 107 11 8 5 LEVel MODe...

Page 10: ...PEN 118 11 13 2 CORRection OPEN STATe 119 11 13 3 CORRection SHORt 119 11 13 4 CORRection SHORt STATe 119 11 13 5 CORRection SPOT FREQuency 120 11 13 6 CORRection SPOT OPEN 120 11 13 7 CORRection SPOT...

Page 11: ...19 4 RCL 126 12 SPECIFICATION 127 12 1 General Specification 127 12 2 Dimensions 131 13 ACCURACY 132 13 1 Accuracy 133 13 1 1 L C R Z Measurement Accuracy 133 13 1 2 Accuracy for D 133 13 1 3 Accuracy...

Page 12: ...Figure 5 6 Sequential mode 63 Figure 5 7 BIN MEAS Page 66 Figure 5 8 BIN COUNT Page 67 Figure 6 1 SYSTEM CONFIG Page 70 Figure 6 2 SYSTEM INFO Page 77 Figure 7 1 FILE Page 78 Figure 8 1 Pin Assignmen...

Page 13: ...Figure 11 10CORRection Subsystem Command Tree 118 Figure 11 11TRIGger Subsystem Command Tree 121 Figure 11 12BIAS Subsystem Command Tree 122 Figure 11 13FILE Subsystem Command Tree 123 Figure 12 1 Di...

Page 14: ...defined test frequencies that can be selected by using INCR DECR 30 Table 4 10 LCR 6100 s predefined test frequencies that can be selected by using INCR DECR 30 Table 4 11 LCR 6020 s predefined test f...

Page 15: ...o the following procedure WARNING If the external face of the instrument such as the cover front rear panel VFD screen power switch and port connectors appears to have been damaged during transport do...

Page 16: ...ents are satisfied Operating Environment Ensure that the operating environment meets the following requirements Temperature 0 C to 50 C Temperature range at calibration 23 C 5 C 1 C deviation from the...

Page 17: ...Remove the Handle A handle kit is attached to the LCR 6000 Series Figure 1 1 How to remove the handle 1 Retracted 3 Carrying Position 2 Extended Remove Handle Lift the handle perpendicular to the uni...

Page 18: ...components materials and semiconductor devices over a wide range of frequencies 10 Hz to 300 kHz and test signal levels 10 00mV to 2 00V 100 0uA to 20 00mA With its built in comparator the LCR 6000 S...

Page 19: ...Q Cs 1 D2 Cp Rs RpD2 1 D2 Cs Rs D 2 FCsRs 1 Q Cp Cs 1 D2 Rp Rs 1 D2 D2 Q Xs Rs D Rs Xs Xs 1 2 FCs 2 FLs 2 2 3 Ranging Auto Hold and Nominal range Total 9 Ranges About Nominal ranges The LCR 6000 Serie...

Page 20: ...ccuracy 0 05 SLOW MED 0 1 FAST 2 2 7 Display Range Table 2 2 Display Range Parameter Display Range L 0 00001uH 9999 99H C 0 00001pF 9999 99mF R X Z 0 00001 99 9999M G B Y 0 01nS 999 999S D 0 00001 9 9...

Page 21: ...0kHz LCR 6100 10Hz 100kHz LCR 6020 10Hz 20kHz LCR 6002 10Hz 2kHz Frequency Accuracy 0 01 2 3 2 Test Signal Level AC 10 00mV 2 00V 10 CV mode 10 00mV 2 00V 6 100 0uA 20 00mA 10 CC mode 100 0uA 20 00mA...

Page 22: ...tolerance mode can be selected as the sorting mode Limit Setup Absolute value deviation value and deviation value can be used for setup BIN count Countable from 0 to 999999 2 4 3 List Sweep Points The...

Page 23: ...2 6 1 USB host port Universal serial bus jack type A 4 contact positions contact 1 is on your left female for connection to USB memory devices only USB disk type Flash disk only Format FAT FAT32 exFAT...

Page 24: ...saved to the USB disk by depressing the Enter key If the screen shot is saved successfully Screen saved will be shown in the message area at the bottom of the screen The location and name of the scree...

Page 25: ...rovides the basic procedures for operating theLCR 6000 Series Front panel summary Rear panel summary Power On Off Connect to Device under test 3 1 Front panel Figure 3 1 Front panel 1 11 5 3 12 2 6 7...

Page 26: ...l 3 RS 232C Interface 4 Handler Interface 3 3 Power On Off 3 3 1 Power On Press the power key for at least 2 seconds Release power key when the POWER LED is lit 3 3 2 Power Off Press the power key at...

Page 27: ...configuration that provides easy accurate and stable measurements and avoids mutual inductance interference from measurement signals noise and other factors inherent with other types of connections Fi...

Page 28: ...SHORT page LIST SETUP page LIST MEAS page 4 1 MEAS DISPLAY Page When the Measure key is pressed the MEAS DISPLAY page appears The following measurement controls can be set FUNC Measurement Function R...

Page 29: ...include a primary parameter a secondary parameter and two monitor parameters NOTE The monitor parameters can be set in the SETUP page The monitor parameters are initially set to OFF Types of measureme...

Page 30: ...p Equivalent parallel resistance measured using the parallel equivalent circuit model Z Absolute value of impedance Y Absolute value of admittance G Conductance B Susceptance R Resistance Rs X Reactan...

Page 31: ...ce of the DUT You don t need to select range The measurement time is longer due to the ranging time Hold Range Measurement isperformed with a fixed impedance ran No ranging time is required You need t...

Page 32: ...the test frequency 20kHz Table 4 6 DCR FUNC effective measurement range for the impedance range when in HOLD state When the measured value exceeds 150 of the full scale for the selected range OVERLOAD...

Page 33: ...ge NOMINAL RANGE Sets to NOMINAL range INCR Increments the impedance range in the HOLD mode DECR Decrements the impedance range in the HOLD mode 4 1 3 Test Frequency FREQ LCR 6300 10Hz 300kHz LCR 6200...

Page 34: ...00 s predefined test frequencies that can be selected by using INCR DECR INCR DECR 10Hz 50Hz 60Hz 100Hz 120Hz 1kHz 2kHz 10kHz 20kHz 40kHz 50kHz 100kHz 200kHz 250kHz 300kHz Table 4 9 LCR 6200 s predefi...

Page 35: ...ne cycle of measurement each time you press the Trig key EXT LCR 6000 Series performs one cycle of measurement each time a rising pulse is input to the handler external trigger input pin on the rear p...

Page 36: ...p 2 Use the cursor key to select LEVEL field Step 3 Use the soft keys or numeric entry keys to enter the test signal voltage current level Soft key Function INCR Refer to Table 4 13 DECR ALC ON Auto L...

Page 37: ...ct the SPEED field Step 3 Use the soft keys to set measurement speed Soft key Function FAST 40 times sec 1 MED 10 times sec 1 SLOW 3 times sec 1 NOTE 1 Measurement speed in 300kHz typical The Measurem...

Page 38: ...cannot be changed Procedure for setting Log Step 1 Press the Measure key Step 2 Use the left right cursor keys to select the LOG status field Step 3 Use the START LOG soft keys to start a new log Sof...

Page 39: ...red after the save operation If an external USB flash drive is not plugged in the meter will not stop the ongoing recording CLEAR STOP Stop recording and clears the internal buffer Step 5 When the int...

Page 40: ...be saved in a subdirectory named MEAS DATA whose parent directory will have the same name as the LCR 6000 model being used See the example in below Example F LCR6300 MEAS DATE MEAS0000 CSV Up to 9999...

Page 41: ...of fixed trimming points The correction for all other frequencies are interpolated from those fixed trimming points Please refer to the 12 1 Specification page to see what the trimming frequency poin...

Page 42: ...rm open correction Step 1 Press the Measure key Step 2 Press the OPEN SHORT soft key Step 3 Use the cursor key to select the OPEN field Soft key Function ON Enables open correction OFF Disables open c...

Page 43: ...e OPEN correction by depressing the ON or OFF soft keys 4 2 2 Short Correction SHORT The short correction feature of the LCR 6000 Series compensates for any residual impedances R X that may exist outs...

Page 44: ...orrection Step 7 After the SHORT measurement has finished the meter will enable SHORT correction automatically You can however still choose to manually choose to enable or disable SHORT correction by...

Page 45: ...During the measurement you can press the ABORT soft key to abort open correction To specify frequency points and perform short correction Step 1 Press the MEAS SHORT soft key a dialog message Short c...

Page 46: ...re using the List Measure feature you have to configure the list setup In the LIST SETUP page you can configure each of the following list measurement controls with the cursor placed in the correspond...

Page 47: ...P and TRIG is set to MAN the LIST MEAS function will automatically execute the first test step The meter will then wait for the trigger button to be depressed before executing the next step This proce...

Page 48: ...arameter Soft key Function FREQ Uses frequency as the list measurement parameter VOLT Uses voltage as the list measurement parameter CURR Uses current as the list measurement parameter 4 3 4 List Poin...

Page 49: ...oft key labels change to unit labels uA mA Step 6 Using the cursor keys select the LMT field Step 7 Configure the limit parameter by pressing the appropriate soft key Soft key Function PRIMARY A Uses...

Page 50: ...oint currently being measured This page provides the following information Trigger mode TRIG Test mode MODE Range mode RANGE Measurement recording LOG These conditions can be set from MEAS DISPLAY pag...

Page 51: ...re swept one by one 4 4 2 Test Mode MODE The LIST MEAS page will execute a list of up to 10 swept frequency or amplitude tests When MODE is set to SEQ and TRIG is set to MAN the LIST MEAS function wil...

Page 52: ...has an internal data buffer that record up to 10000 measurement readings These readings can be saved to an external USB drive in a csv file format These readings can then be opened on a PC using softw...

Page 53: ...E TO USB Saves the recorded readings in the buffer to an external USB flash drive The internal buffer is cleared after this operation CLEAR BUFFER Clears the internal buffer Before saving the recorded...

Page 54: ...return to the regular MEAS DISPLAY mode Two biggest readings you see in the upper part of the ENLARGE DISPLAY mode are the primary and the secondary measurement parameters while the two other smaller...

Page 55: ...the BIN SETUP page When the number of bins is set to 1 in the BIN SETUP page the Direct Comparison function will be activated for the ENLARGE DISPLAY mode To activate Direct Comparison choose 1 BINS i...

Page 56: ...BIN SETUP page BIN MEAS page BIN COUNT page Every time or everywhere you can press the Setup key to open the MEAS SETUP page 5 1 MEAS SETUP Page NOTE In MEAS SETUP page the Instrument does not display...

Page 57: ...Trigger Mode TRIG 1 Test Signal Voltage Level LEVEL 1 Measurement Speed SPEED 1 Source Output Impedance SRC RES Averaging Factor AVG DC Bias Voltage BIAS Auto LCZ Function AUTO LCZ Monitor 1 and Monit...

Page 58: ...he source output impedance Soft key Function 30 30 50 50 100 100 5 1 2 Averaging Factor AVG The averaging feature allows you to obtain moving average values of successive measurement results You can s...

Page 59: ...DC bias voltage Soft key Function OFF Turn off the DC bias voltage 2V 2V voltage is applied to the device under test 1 5V 1 5V voltage is applied to the device under test 1 5V 1 5V voltage is applied...

Page 60: ...tor 2 MON 1 MON 2 The LCR 6000 Series can monitor the other two parameters NOTE Additional monitoring parameters do not increase the instrument measurement time Monitor parameter display in MEAS DISPL...

Page 61: ...l level voltage or current is applied to the DUT NOTE In situations when the actual measuring Vac or Iac goes beyond the extent that the ALC can regulate a warning message Failed ALC can t regulate wi...

Page 62: ...he secondary parameter limits can be sorted into an auxiliary bin To take full advantage of the comparator LCR 6000 Series is equipped with a handler interface for use in conjunction with the comparat...

Page 63: ...r and two monitor parameters Please refer to the 4 1 MEAS DISPLAY Page section on 24 for details 5 2 2 Comparator Function ON OFF LCR 6000 Series built in comparator can sort DUTs into a maximum of 10...

Page 64: ...er Secondary Upper Display OUT AUX NG Output NG S_OVER P_OVER P_HI or P_LO Display BIN1 9 AUX NG Output NG S_OVER Display BIN1 9 OK Output BIN_1 or BIN_2 Procedure for setting the comparator function...

Page 65: ...urns ON the auxiliary bin OFF Turns OFF the auxiliary bin 5 2 4 Primary Parameter Comparator limit mode MODE You can specify the primary parameter limit values in one of the following 3 ways Tolerance...

Page 66: ...nd the unit Absolute mode ABS Absolute value UNKNOWN value nominal value Figure 5 4 Absolute mode Includes the point Excludes the point Percentage mode PER Deviation percentages Absolute value nominal...

Page 67: ...solute value of the measurement The nominal value does not need to participate in operation To set up the comparator limit mode Step 1 Press the Setup key Step 2 Press the BIN SETUP soft key Step 3 Us...

Page 68: ...nit 5 2 6 Beep feature The beep feature behaves differently depending on which beep mode is in effect To set up the beep feature Step 1 Press the Setup key Step 2 Press the BIN SETUP soft key Step 3 U...

Page 69: ...etup key Step 2 Press the BIN SETUP soft key Step 3 Use the cursor key to select BIN 1 LOWER field Step 4 Enter the limit value using the entry keys When in the ABS and SEQ mode please enter the unit...

Page 70: ...0 bins BIN1 to BIN9 and OUT using a maximum of nine pairs of primary parameter limits and one pair of secondary parameter limits A DUT which has the primary parameter within the limits but secondary p...

Page 71: ...limits are sorted into the auxiliary AUX bin Procedure for turning ON OFF the auxiliary bin AUX Step 1 Press the Setup key Step 2 Press the BIN MEAS soft key Step 3 Use the cursor key to select AUX fi...

Page 72: ...99999 is reached the counting operation stops and the overflow message appears Set the Counter Step 1 Press the Setup key Step 2 Press the BIN COUNT soft key Step 3 Use the cursor key to select COUNT...

Page 73: ...e When the Measure or Setup key is pressed followed by the SYSTEM bottom soft key the SYSTEM CONFIG page appears The following information can be configured in the SYSTEM CONFIG page System Informatio...

Page 74: ...select date field Step 4 Use the soft keys to edit date Soft key Function YEAR INCR Increases the year in steps of 1 YEAR DECR Decreases the year in steps of 1 MONTH INCR Increases the month in steps...

Page 75: ...SERVICE page and the FILE page To Change Account Step 1 Press the Measure or Setup key Step 2 Press the SYSTEM bottom soft key Step 3 Use the cursor key to select ACCOUNT field Step 4 Use the soft ke...

Page 76: ...the beep settings Soft key Function ON Turn on the key beep feature OFF Turn off the key beep feature 6 1 4 RS 232 baud rate Before you can control the LCR 6000 Series remotely via the built in RS 232...

Page 77: ...ill return the commands it received from the PC first before returning the result string of the command Example PC sends idn The meter returns idn LCR 6300 RevC1 0 To set up the Hand Shake feature Ste...

Page 78: ...meter E04 buffer overrun E05 Syntax error E06 Invalid separator E07 Invalid multiplier E08 Numeric data error E09 Value too long E10 Invalid command E11 Unknown error To set up the Error Code feature...

Page 79: ...the SYSTEM bottom soft key Step 3 Use the cursor key to select the RESULT field Step 4 Use the soft keys to set Soft key Function FETCH The meter will not send out the test result after the test AUTO...

Page 80: ...1V RANGE AUTO TRIG INT SPEED SLOW SRC RES 100 BIAS OFF AUTO LCZ OFF DELAY 0ms ALC OFF AVG 1 MON1 OFF MON2 OFF OPEN SHORT OPEN TEST ON SHORT TEST ON SPOT OFF To reset setting values to factory default...

Page 81: ...TEM INFO Page When the Measure or Setup key is pressed followed by SYSTEM bottom soft key and then the SYSTEM INFO soft key the SYSTEM INFO page appears There are no configurable options in the SYSTEM...

Page 82: ...ile memory 7 1 FILE Page When the Setup key is pressed followed by the FILE bottom soft key the FILE page appears Figure 7 1 FILE Page In this page you can configure each of the following controls wit...

Page 83: ...ft key Function INTERNAL MEMORY To access files from the meter s internal memory USB MEMORY To access files from the external USB flash drive 7 1 2 Recall a File at Startup AUTO RECALL You can recall...

Page 84: ...Auto save function will be enabled OFF Turn off the auto save function 7 1 4 File operation To choose a file to operate Step 1 Press the Setup key Step 2 Press the FILE bottom soft key Step 3 Use the...

Page 85: ...puts signals that indicate the end of a measurement cycle the result of bin sorting by the comparator In addition the instrument accepts input of external trigger You can use these signals to easily i...

Page 86: ...result is within bin2 Active low 3 O_BIN_3 The sorting result is within bin3 Active low 4 O_BIN_4 The sorting result is within bin4 Active low 5 O_BIN_5 The sorting result is within bin5 Active low 6...

Page 87: ...he logic state of this pin O_S_OVER OR O_P_OVER 22 O_INDEX This pin indicates that AD conversion is still ongoing It is not yet finished when it is low 23 O_EOM A low level on this pin indicates that...

Page 88: ...range To avoid damaging the interface turn off the meter before making any wired connections to this interface If users need to use the output pins of this interface to drive external relays do use on...

Page 89: ...ming Chart for Handler Interface Figure 8 4 Timing chart Table 8 4 Timing Definitions Time segment Minimum value T1 Trigger pulse width 1msec T2 Measurement circle Trigger delay time 10usec T3 Analog...

Page 90: ...basic measurement procedures practical measurement examples are shown using LCR 6000 Series 9 1 Basic Measurement Procedure The following flow chart shows the basic procedures used to measure the imp...

Page 91: ...ment END 9 2 Example This paragraph describes a practical example of measuring a ceramic capacitor The basic procedure flow to perform this measurement is the same as the Basic Measurement Procedure d...

Page 92: ...t 1 V Step 3 Connect the test fixture to the LCR 6000 Series Step 4 To compensate for the test fixture a user correction is required Don t connect any DUT to the unit as shown below 1 Press the Measur...

Page 93: ...ps to a shorting bar as shown below 8 Press the MEAS SHORT soft key and then the OK soft key Wait until the Correction finished message is displayed 9 Press the ON soft key if the SHORT field is set t...

Page 94: ...Examples 90 performed continuously by the internal trigger and the measured Cs and D values of the capacitors are displayed as shown below Figure 9 2 Measurement results...

Page 95: ...instrument functions 10 1 About RS 232C You can connect a controller i e PC and PLC to the RS 232 interface using a GWINSTEK RS 232 DB 9 cable The serial port uses the transmit TXD receive RXD and si...

Page 96: ...controller connected via its DB 9 connector you have to configure the RS 232 baud rate The LCR 6000 Series built in RS 232 interface uses the SCPI language The RS 232 configuration is as follows Data...

Page 97: ...LCR 6000 Series User Manual 93 10 3 SCPI Language Standard Commands for Programmable Instruments SCPI is fully supported by the RS 232 interface NOTE LCR 6000 Series ONLY supports the SCPI Language...

Page 98: ...minator 11 3 Command Structure The LCR 6000 commands are divided into two types Common commands and SCPI commands The common commands are defined in IEEE std 488 2 1987 and these commands are common f...

Page 99: ...IMPEDANCE function impedance Spaces _ used to indicate a space must not be placed before and or after the colon For example func_ _imp func imp The command can be completely spelled out or in abbrevi...

Page 100: ...bbreviated to curr range abbreviated to rang b If the 4th character is not a vowel the short form is the first 4 characters For example resistance abbreviated to res volume abbreviated to vol If the l...

Page 101: ...Numeric Data a NR1 integer For example 1 123 123 b NR2 fix float For example 1 23 1 23 1 23 c NR3 floating point For example 1 23e3 5 67e 3 123k 1 23M 2 34G The available range for numeric data is 9...

Page 102: ...ator Subsystem LIST Subsystem CORRection Subsystem TRIGger Subsystem BIAS Subsystem FILE Subsystem ERRor Subsystem Common Command TRG IDN SAV RCL The explanation of each subsystem command is patterned...

Page 103: ...ring is ASCII character string 30 ASCII characters Example SEND DISP LINE This is a comment 11 6 2 DISP PAGE The PAGE command sets the display page The PAGE Query returns the abbreviated page name cur...

Page 104: ...T Sets the display page to BIN SETUP LISTSETUP or LSET Sets the display page to LIST SETUP CATalog or CAT Sets the display page to CATALOG SYSTem or SYST Sets the display page to SYSTEM CONFIG SYSTEMI...

Page 105: ...tion Command Syntax FUNC function Parameter Where function is Cs Rs Cs D Cp Rp Cp D Lp Rp Lp Q Ls Rs Ls Q Rs Q Rp Q R X DCR Z r or Z thr 1 Z d Z thd 1 Z D Z Q 1 is ASCII Hex 0xE9 Example SEND FUNC Cp...

Page 106: ...ANGe command sets the impedance s measurement range Command Syntax FUNC IMPedance RANGe 0 8 MIN MAX Parameter Where 0 8 MIN MAX is 0 8 The range number MIN Range 0 MAX Range 8 Example SEND FUNC IMP RA...

Page 107: ...ts to auto range SEND FUNC RANG AUTO off NL Sets auto range to off Query Syntax FUNC RANGe AUTO Query Response HOLD AUTO NOM Example SEND FUNC RANG AUTO NL RET auto NL 11 7 6 FUNCtion MONitor1 2 The F...

Page 108: ...data NR1 integer NR2fix float or NR3 floating point MIN Sets to the minimum value MAX Sets to the maximum value Example SEND FREQ 1K NL Set to 1kHz the Hz cannot be added Query Syntax FREQ CW Query R...

Page 109: ...vel Command Syntax LEVel VOLTage value MIN MAX or VOLTage LEVel value MIN MAX Parameter Where value Is the numeric data NR1 NR2 or NR3 MIN Sets to the minimum value of voltage MAX Sets to the maximum...

Page 110: ...esponse NR3 NR3 floating point Example SEND CURR NL RET 1 000e 00 NL Note The A unit suffix cannot be used This command CANNOT be used in LIST MEAS page and CORRECTION page 11 8 3 LEVel SRESistance VO...

Page 111: ...Command Syntax LEVel ALC on 1 off 0 AMPlitude ALC on 1 off 0 Parameter on 1 off 0 Where on 1 Enable ALC off 0 Turn off the ALC Example SEND LEV ALC on NL Query Syntax LEV ALC or AMP ALC Query Response...

Page 112: ...to fast value NR1 0 to 256 Averaging rate 0 OFF 1 Example SEND APER FAST NL SEND APER 10 NL Query Syntax APER Query Response SLOW MED FAST avg value Example SEND APER NL RET slow 0 NL 11 9 1 APERture...

Page 113: ...Query Response NR3 primary value NR3 secondary value comparator result Example SEND FETC NL RET 2 61788e 11 5 45442e 01 BIN1 AUX OK OK NL RET 1 23434e 05 OUT NG NL DCR Comp on When in the LIST MEAS pa...

Page 114: ...e primary and secondary parameters Query Syntax FETCh MAIN Query Response NR3 primary value NR3 secondary value Example SEND FETC MAIN NL RET 2 02100e 11 1 64422e 01 NL LCR Primary Secondary RET 1 234...

Page 115: ...ry value NR3 secondary value CMP result spot no 01 10 Example SEND FETC LIST NL RET 01 2 98524e 12 3 27673e 00 L 02 7 11030e 12 3 48450e 01 P 03 7 11322e 12 5 14944e 02 H 04 1 00000e 20 1 00000e 20 05...

Page 116: ...e comparator function including its ON OFF setting limit mode and limit values Figure 11 8 COMParator Subsystem Command Tree COMParator S TATe MODE TOLerance S ECONDARY S LIM ON OFF ABS PER SEQ NOMina...

Page 117: ...t mode of the comparator function Command Syntax COMParator MODE ABS PER SEQ Parameter Where ABS PER SEQ is ABS Absolute tolerance mode PER Percent tolerance mode SEQ Sequential mode Example SEND COMP...

Page 118: ...ter Where value is NR1 NR2 or NR3 A suffix multiplier can be used with this command But the suffix unit F H can t be used Example SEND COMP TOL NOM 100N NL SEND COMP TOL NOM 1E 6 NL Query Syntax COMPa...

Page 119: ...NR3 low limit value high value NR1 NR2 or NR3 high limit value A suffix multiplier can be used with this command Example SEND COMP SLIM 0 0001 0 0010 NL Query Syntax COMParator SLIM COMParator seconda...

Page 120: ...EP Subsystem command group sets the List Sweep measurement function including the sweep point setting and limit values for the limit function Figure 11 9 LIST Subsystem Command Tree 11 12 1 LIST PARAm...

Page 121: ...ST BAND command sets the List Sweep point value limit mode and low high limit values Command Syntax LIST BAND n point value A B OFF low high Parameter Where n point value A B OFF low high is n NR1 1 t...

Page 122: ...oup sets the correction function including the OPEN SHORT and LOAD correction settings Note The CORRection subsystem CANNOT work in LIST MEAS page Figure 11 10 CORRection Subsystem Command Tree 11 13...

Page 123: ...OPEN STATe NL RET on NL 11 13 3 CORRection SHORt The CORRection SHORt command execute all preset SHORT correction data measurement points Command Syntax CORRection SHORt Example SEND CORRection SHOR...

Page 124: ...Example SEND CORR SPOT FREQ 1k NL SEND CORR SPOT FREQ 10k NL Query Syntax CORRection SPOT FREQuency Query Response NR3 Example SEND CORR SPOT FREQ NL RET 1 000000e 03 NL 11 13 6 CORRection SPOT OPEN...

Page 125: ...er state Command Syntax TRIGger IMMediate Example SEND TRIG NL Note This command can be ONLY used in BUS trigger mode 11 14 2 TRIGger SOURce The TRIGger SOURce command sets the trigger mode Command Sy...

Page 126: ...000s Query Syntax TRIGger DELAY TRIGger DLY Query Response 0 000s 60 00s Example SEND TRIG DLY NL RET 1 000s NL 11 15 BIAS Subsystem The BIAS subsystem command group sets the DC BIAS switch to ON or O...

Page 127: ...L 11 16 2 FILE SAVE The FILE SAVE command saves all user settings into the currently used file Command Syntax FILE SAVE Example SEND FILE SAVE NL The FILE SAVE n command saves all user settings into t...

Page 128: ...is NR1 0 to 9 Example SEND FILE DELete NL 11 17 ERRor Subsystem 11 17 1 ERRor The ERRor retrieves the last error information Query Syntax ERRor Query Response Error string Example SEND ERR NL RET no e...

Page 129: ...CK OFF or UNLOCK UNLK Example SEND UNLOCK NL 11 18 4 SYSTem RESult SYSTem RESult command selects the test results send mode Command Syntax SYSTem RESult fetch auto Example SEND SYST RES fetch NL Param...

Page 130: ...parator result Example SEND TRG RET 5 56675e 11 7 25470e 01 OUT Note This command can be used in BUS trigger mode TRG TRIG FETC 11 19 3 SAV SAV FILE SAVE The SAV command saves all user settings into t...

Page 131: ...itions Temperature 23 C 5 C Humidity 70 R H Zeroing Open and Short Correction Warm up time is 30 min or more 1 year calibration cycle Basic Accuracy 0 05 Slow Med 0 1 Fast 12 1 General Specification D...

Page 132: ...int list 10 12 15 20 25 30 40 50 60 80 100 120 150 200 250 300 400 500 600 800 1k 1 2k 1 5k 2k 2 5k 3k 4k 5k 6k 8k 10k 12k 15k 20k 25k 30k 40k 50k 60k 80k 100k 120k 150k 200k 250k 300k LCR 6200 s open...

Page 133: ...1 5k 2k Display Range Parameter Display Range L 0 00001uH 9999 99H C 0 00001pF 9999 99mF R X Z 0 00001 99 9999M G B Y 0 01nS 999 999S D 0 00001 9 99999 Q 0 00001 99999 9 d 179 999 179 999 r 3 14159 3...

Page 134: ...OFF PASS FAIL Trigger Mode Internal Manual External and Bus Trigger Interface Handler interface and RS232 interface Environment Specification Conditions Temperature 23 C 5 C Relative Humidity 70 RH O...

Page 135: ...LCR 6000 Series User Manual 131 12 2 Dimensions Figure 12 1 Dimensions 264 4 231 107 99 291 6 308 6 311 1...

Page 136: ...cide accuracy The meters accuracy is affected by the tolerances from measurement stability temperature variation circuit linearity and the measurement repeatability The meter s accuracy verification n...

Page 137: ...hort trimming factor KL Test leads length factor The method to calculate the accuracy of L and C depends on whether Dx D measurement value is 0 1 or not The method to calculate the accuracy of R depen...

Page 138: ...here Qx is the measured Q value De is D s accuracy 13 1 4 Accuracy for s accuracy is defined below 100 180 e e A deg 13 1 5 Accuracy for Rp When Dx the measured D value 0 1 Rp s accuracy is defined as...

Page 139: ...l is 0 4Vrms Vs 1 2Vrms and the measurement speed is slow or medium A is 0 1 When the measuring signal is 0 4Vrms Vs 1 2Vrms and the measurement speed is fast When the measuring signal is Vs 0 4Vrms o...

Page 140: ...rement accuracy A If the accuracy for the spot you are searching for falls right on the line e g the horizontal thick line between values 0 25 and 0 65 then use the smaller value 0 25 for the basic ac...

Page 141: ...Hz fm 100kHz 200 1 10 1 3 s m V Z 70 1 10 1 9 s m V Z fm 100kHz 200 2 10 1 3 s m V Z 70 1 10 3 9 s m V Z Fast fm 100Hz 100 1 400 1 10 5 2 3 m s m f V Z 100 1 100 1 10 2 9 m s m f V Z 100Hz fm 100kHz 4...

Page 142: ...ual to the open short trimming frequency 0 0003 Please refer to 12 1 general specification section for what the open short trimming frequency points are for each LCR 6000 models Table 13 4 Correction...

Page 143: ...l Fast Transients EN 61000 4 4 2012 Current Harmonics EN 61000 3 2 2014 Surge Immunity EN 61000 4 5 2006 Voltage Fluctuation EN 61000 3 3 2013 Conducted Susceptibility EN 61000 4 6 2014 Electrostatic...

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