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TX6000 Series Operation Manual Ver1.4

6.1.26

Accuracy of leakage inductance Lk ............................................. 68

6.2

Safety requirement ................................................................................... 69

6.2.1

Insulation resistance ................................................................... 69

6.2.2

Insulation intensity ...................................................................... 69

6.2.3

Leakage current ........................................................................... 69

6.3

Electromagnetic compatibility .................................................................. 69

6.4

Performance test ....................................................................................... 69

6.4.1

Working condition ....................................................................... 69

6.4.2

The used instruments and devices .............................................. 69

6.4.3

Function check ............................................................................ 70

6.4.4

Test signal level ........................................................................... 70

6.4.5

Frequency .................................................................................... 71

6.4.6

Measurement accuracy ............................................................... 71

6.4.7

Accuracy of C and D .................................................................... 71

6.4.8

Accuracy of L ............................................................................... 71

6.4.9

Accuracy of Z ............................................................................... 71

6.4.10

Accuracy of DCR .......................................................................... 72

Chapter 7 Command Reference ................................................................................. 73

7.1

Subsystem commands for TX6000 ............................................................ 73

7.1.1

DISPlay subsystem commands .................................................... 73

7.1.2

FREQuency subsystem commands .............................................. 75

7.1.3

VOLTage subsystem commands .................................................. 75

7.1.4

CURRent subsystem commands ................................................. 76

7.1.5

AMPLitude subsystem commands .............................................. 76

7.1.6

Output RESister subsystem commands ...................................... 77

7.1.7

BIAS subsystem commands......................................................... 77

7.1.8

FUNCtion subsystem commands ................................................ 79

7.1.9

LIST subsystem commands ......................................................... 83

7.1.10

APERture subsystem commands ................................................. 87

7.1.11

TRIGger subsystem commands ................................................... 87

7.1.12

FETCh? subsystem commands .................................................... 88

7.1.13

CORRection subsystem commands ............................................. 91

7.1.14

COMParator subsystem commands ............................................ 97

7.1.15

DCR subsystem commands ....................................................... 102

7.1.16

Mass MEMory subsystem commands ...................................... 104

7.2

GPIB Common Commands ...................................................................... 104

Chapter 8 The description for Handler (optional) ................................................... 108

8.1

Technical description ............................................................................... 108

8.2

The operation description ....................................................................... 108

8.2.1

The definition for the signal line ............................................... 108

8.2.2

Electrical feature ....................................................................... 116

8.2.3

HANDLER Interface board circuit .............................................. 117

8.2.4

Operation .................................................................................. 120

Содержание TX6000 Series

Страница 1: ...Operation Manual LCR Meter TX6000 Series DAE KWANG T M CO LTD http www kdk co kr TEL 02 2617 0787...

Страница 2: ...nding displayed pages 8 2 4 1 DISP 8 2 4 2 SETUP 8 2 4 3 SYSTEM SETUP 9 2 5 Basic Operation 9 2 6 Start the instrument 9 Chapter 3 Introduction to DISP 10 3 1 MEAS DISPLAY 10 3 1 1 Test function 10 3...

Страница 3: ...5 Cable length selection 34 3 7 LIMIT TABLE 34 3 7 1 Swap parameter 35 3 7 2 Limit modes of compare function 35 3 7 3 Set nominal value of tolerance mode 37 3 7 4 Comparator function ON OFF 37 3 7 5...

Страница 4: ...tor 57 5 6 1 Capacitor sorting 57 5 6 2 Operation example of load correction 58 Chapter 6 Performance and Test 60 6 1 Test function 60 6 1 1 Parameter and symbol 60 6 1 2 Equivalent mode 60 6 1 3 Rang...

Страница 5: ...2 FREQuency subsystem commands 75 7 1 3 VOLTage subsystem commands 75 7 1 4 CURRent subsystem commands 76 7 1 5 AMPLitude subsystem commands 76 7 1 6 Output RESister subsystem commands 77 7 1 7 BIAS s...

Страница 6: ...contents of the instrument and our company is subject to change and to improve the performance function inner structure appearance accessory and package of the instrument without notice If there is pu...

Страница 7: ...range 47 63Hz 3 Power supplying power range not less than 80VA 4 Power supplying input phase line L zero line N ground lead E should be as same as the power plug of the instrument 5 After careful desi...

Страница 8: ...40 humidity is less than 85 RH If the instrument will not be put in use for a time please have it properly packed with its original box or a similar box for storing 6 The instrument especially the tes...

Страница 9: ...TX6000 Series Operation Manual Ver1 4 3 1 7 Other features 1 Power consumption power 80VA 2 Dimension W H D 235mm 105mm 360mm 3 Weight About 3 6 kg...

Страница 10: ...ront panel of TX6000 Figure 2 1 Front panel 1 Brand and model Brand and model 2 DISP Press this key to enter into the corresponding measurement display page of instrument functions 3 SETUP Press this...

Страница 11: ...permitted Press this key once more it will be off which means DC bias output is prohibited The key is useless in some pages where the DC BIAS cannot be added No this function in TX6000 series When the...

Страница 12: ...MUST BE CONNECTED TO GROUND DISCONNECT POWER SUPPLY BEFORE REPLACING FUSE WARNING FUSE 220V 50Hz 80VA T2AL 250V RATING 1 2 5 4 3 6 7 8 Figure 2 2 Rear panel 1 IEEE 488 GPIB interface The tester can c...

Страница 13: ...number and manufacturer etc Warning Be sure that the direction of fuse is accordant with power supply voltage range before charging 2 3 Introduction to display zone TX6000 series applies a 65k 4 3 inc...

Страница 14: ...COUNT LIST SWEEP MORE 1 2 FILE MANAGE SAVE LOG MORE 2 2 N N NO O OT T TE E E SAVE LOG key is valid in MEAS DISPLAY and LIST SWEEP interface Press SAVE LOG after inserting the USB disk the state change...

Страница 15: ...esponding to the current zone of the cursor will be displayed in the soft key zone Users can select and use the desired key Numeric keys and ENTER are used to input data When a numeric key is pressed...

Страница 16: ...EL Test range RANGE DC BIAS BIAS Test speed SPEED There are 6 zones in this page FUNC FREQ LEVEL RANG BIAS and SPEED The details will be discussed later The test result condition display zone shows th...

Страница 17: ...displayed in two lines in the form of upper case characters The primary parameter displays in the upper line while the secondary parameter displays in the lower line Operation steps for setting test...

Страница 18: ...u 5 Press MORE the following parameters will be shown for your choice Lp D Lp G MORE 2 2 RETURN Press the soft key corresponding to your desired parameter Then press RETURN to return to upper soft key...

Страница 19: ...Press DCR choose the desired parameter Then press MORE to return to the first page of soft key menu 3 1 2Test range Measurement range should be selected in accordance with the impedance value of the t...

Страница 20: ...equency will change between the following six typical frequencies Model Frequency point TX6000 50Hz 100Hz kHz 5kHz 100kHz 100kHz TX6200 50Hz 100Hz 1kHz 10kHz 100kHz 200kHz TX6201 20Hz 100Hz 1kHz 10kHz...

Страница 21: ...e measurement current is the output one when the tested terminal is short while the measurement voltage is the output one when the tested terminal is open The auto level control function of TX6000 can...

Страница 22: ...or numeric keys can be used to select or set the DC bias source When numeric soft keys are used to input the desired bias level the available units mV V A mA and A will be displayed in the soft key z...

Страница 23: ...will be displayed D P AUTO D P FIX D P POS INCR D P POS DECRL 2 Press D P AUTO to reset the decimal position of the primary or the secondary parameter test result to its default setting 3 Press D P F...

Страница 24: ...et state of OPEN SHORT LOAD CORR 3 2 1Comparator function TX6000 has an inserted compare function which can divide DUT to up to 10 bins from BIN1 to BIN9 and BIN OUT Users can set 9 pairs of primary p...

Страница 25: ...OFF COUNT There are 2 zones are displayed in this page BIN COUNT DISP COUNT The function of each zone will be introduced as below The following test result condition can be displayed in this page but...

Страница 26: ...the count value of the out bin Operation steps for bin count function Execute the following operations to set the bin count function ON OFF on BIN COUNT DISP page 1 On BIN COUNT DISP page move the cu...

Страница 27: ...this page LIST SWEEP DISP and MODE List sweep points cannot be set on this page but can be set on LIST SWEEP SETUP 3 4 1Sweep mode The list sweep function of TX6000 can make automatic sweep test for u...

Страница 28: ...ingle step sweep test mode 3 4 2 FREQ Hz This zone shows the currently swept parameter mode and its unit What are right below this item are parameters of the sweep list 3 4 3 R X This zone is the curr...

Страница 29: ...zones listed below are as same as that on MEAS DISPLAY page so it is not necessary to introduce in this section but others will be introduced briefly in the following sections Test function FUNC Test...

Страница 30: ...he real test level voltage across or current through DUT to the test level value This function can guarantee the test voltage or current being constant When using this function the test level can be s...

Страница 31: ...steps for setting test average times 1 Move the cursor to the AVG zone the following soft keys are displayed INCR This key is used to increase the average times DECR This key is used to decrease the a...

Страница 32: ...ay time from triggering to test start Delay function can set the trigger delay time When the list sweep test function is used all set delay time will be delayed at each sweep test point The range of t...

Страница 33: ...ursor to the DC LEV zone 2 Use numeric keys to input level After pressing a numeric key the following unit keys will be displayed mV V 3 After pressing the numeric key and choosing the unit the result...

Страница 34: ...Use MEASURE or numeric keys to input the reference value of primary parameter 3 Move the cursor to the REF B to input the reference value of the secondary parameter the following soft key will be dis...

Страница 35: ...mode selection MODE Load correction test function FUNC Calibration spot numbers SPOT No Frequency points of OPEN SHOR and LOAD FREQ Reference values for 2 frequency points of load correction REF A RE...

Страница 36: ...different test frequencies which correspond to different ranges 201 open correction spots can be set in FREQ and SPOT No on CORRECTION Move the cursor to FREQ and then use the MEAS OPEN soft key to e...

Страница 37: ...hort correction function of TX6000 can eliminate the error caused by spurious inductance R X in serial with DUT as shown in figure below Spurious Inductance TX6000 adopts two kinds of short correction...

Страница 38: ...tion calculation in latter test If FREQ is set as OFF the short circuit correction data of the current frequency will be calculated by interpolation method When FREQ is set as ON the value of the curr...

Страница 39: ...Make the test fixture be open 6 Press MEAS OPEN to perform open correction at the current set frequency The test result G B of the open correction test will be displayed in the help line the bottom li...

Страница 40: ...reference value of the standard component is required to be input in advance The test parameters of reference value should conform with the preset load correction test function Load correction functio...

Страница 41: ...the test parameter is Cp D the swap parameter function can change the test parameter as D Cp Then user can set 9 pairs of compare limits for D but only 1 pair of compare limit can be set for Cp Operat...

Страница 42: ...is not necessary to be larger than the nominal value The limit range of each bin can be discontinues or overlapped Operation steps for setting the limit mode of the compare function 1 Move the cursor...

Страница 43: ...econdary parameters The tested results can be sorted into 10 bins BIN 1 to BIN 9 and BIN OUT at most If the primary parameter of DUT is within the limit range from BIN 1 to BIN 9 but the secondary par...

Страница 44: ...setting the auxiliary bin function ON OFF 1 Move the cursor to AUX the following soft keys will be displayed ON OFF 2 Use above soft keys to set the auxiliary function as ON or OFF 3 7 6HIGH LOW TX60...

Страница 45: ...e high limit of BIN 1 9 The cursor will automatically move HIGH of BIN 2 For the limit mode is sequential mode the low limit of BIN 2 will be the high limit of BIN 1 Input the high limit of BIN 2 10 R...

Страница 46: ...numeric keys on the front panel to input the data of test frequency level bias and high low limit used to compare as well as the selected primary secondary use to compare After setting if some inputs...

Страница 47: ...OLS page shown as below The TOOLS interface of TX6000 provides several specific functions and some custom design functions CORR DATA 3 9 1CORR DATA Move the cursor to CLEAR CORR press the softkey to c...

Страница 48: ...as SRC baud rate menu display and data time NOTE system setup items will be saved automatically after finishing setting all the system items in this interface 4 1 1MAIN FUNC This item is reserved func...

Страница 49: ...t key is used to select low and short beep TWO SHORT This soft key is used to select two low and short beeps OFF This soft key is used to set the fail beep mode OFF 4 1 4LANGUAGE This zone is used to...

Страница 50: ...147852 4 1 6BUS MODE This mode is used to select RS232C GPIB USBTMC or USBCDC Operation steps for setting bus mode 1 Move the cursor to BUS the following soft keys will be displayed RS232C GPIB USBTMC...

Страница 51: ...elect the baud rate of the RS232C interface The available baud rate of this instrument is from 9 600k to 115 200k Operation steps for setting the baud rate Move the cursor to BAUD RATE the following s...

Страница 52: ...production efficiency Press FILE MANAGE to enter into the file manage page shown as below 4 2 1Setup file for single group component STA 40 groups of different single groups of component set file STA...

Страница 53: ...sweep parameters High and low limits of all test points including limit parameters LIMIT DATA A LIMIT DATA B Page format currently displayed 4 2 2U disk manage performance As described above TX6000 h...

Страница 54: ...following control and setting parameters to a file by the following steps 1 Select and set all control and setting parameters on the desired page 2 Move the cursor to FILE MANAGE the following soft ke...

Страница 55: ...t load operation and return step 1 5 Press Yes to load the currently selected file Then TX6000 will return the current display page D Copy a file to an U disk by the following steps 1 Assuming that it...

Страница 56: ...t the short plate 26010 to the test fixture f Move the cursor to the SHORT zone ON OFF MEAS SHORT and DCR OPEN will be displayed in the soft key zone g Press MEAS SHORT to execute the short correction...

Страница 57: ...the influence of the ground stray capacitance and the interference of the electromagnetic field In the process of testing Hcur Hpot and Lpot Lcur should be connected with DUT lead to form a complete...

Страница 58: ...hort correction can easily reduce the influence of distribution impedance of the test fixture on measurement For open correction the clearance between test terminals should be the same with that when...

Страница 59: ...nated When the DUT is low impedance such as small inductance large capacitance a large current will flow through test leads Hc and Lc In this case electromagnetic coupling between test leads becomes t...

Страница 60: ...changed as 1 5V i Press SETUP to enter into the MEAS SETUP page j Move the cursor to Rsou zone 100 30 will be displayed in the soft key zone k Press 100 to select 100 as the signal internal impedance...

Страница 61: ...SWEEP PARAM zone Then this zone will be displayed as FREQ Hz f Move the cursor to the parameter zone of sweep point 1 then this zone will displayed as g Press 1 1 will be displayed in the prompt info...

Страница 62: ...and the soft key zone will display the following available units p n m and k M 1 Press 1 this zone will be changed as 300 000 and the cursor will automatically move to the parameter zone of sweep poi...

Страница 63: ...capacitance is divided into two bins BIN J and BIN K When the capacitance passes and the loss fails it will be sorted additionally Measurement parameters frequency of 100kHz level of 1Vrms SLOW FAIL a...

Страница 64: ...and auxiliary bin switch 4 Press SYSTEM key to enter into the SYSTEM SETUP page System Config find FAIL BEEP item and set it as HIGH LONG 5 Return to the MEAS DISP page after setup 5 6 2Operation exam...

Страница 65: ...ill be displayed in the soft key zone p n m and k Press ENTER this zone will be changed as 0 00050 p Move the cursor to Freq 1 The following soft keys will be displayed ON OFF MEAS OPEN MEAS SHORT and...

Страница 66: ...C R G Secondary parameter deg phase rad radian D Q RS RP G Rd X B There is no combination for DCR Mathematical operation Operation between the measurement value and the programmable nominal value abso...

Страница 67: ...le low terminal 6 1 7 Test speed Frequency 10kHz Fast about 75 times s 13ms time Medium about 11 times s 90ms time Slow about 2 7 times s 370ms time The fast and middle speed will be slow down when fr...

Страница 68: ...ARMS 100mARMS 100 ARMS 50mARMS 10 preset value 10 ARMS 6 preset value 10 ARMS 1 A 6 1 13 Output impedance 30 and 100 2 are selectable 6 1 14 Monitor for test signal level Mode Range Accuracy Voltage...

Страница 69: ...he position of OFF e The range works in AUTO to select correct test range 6 1 17 Accuracies of Z Y L C R X G B The accuracy Ae of Z Y L C R X G and B are expressed as Ae A Ka Kb Kc 100 Kd Kf Ke A basi...

Страница 70: ...6 1 21 Accuracy of G When Dx tested value of D 0 1 The accuracy of G is given by the formula below Ge Bx De S Bx 2 fCx x fL 2 1 Where Bx is the value of tested B with the unit S Cx is the value of te...

Страница 71: ...sted D 0 1 The accuracy of Rs is given by the formula below Rse Xx De Xx 2 fLx x fC 2 1 Where Xx is the value of test X with the unit S Cx is the value of test C with the unit F Lx is the value of tes...

Страница 72: ...is as the following steps 1 Obtain A according to the current measurement speed 2 According to the current test signal voltage to select the accuracy modification coefficient Ar refer to figure B the...

Страница 73: ...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 400 1 10 5 2 3 s m V Z 100 1 10 2 9 s m V Z 100kHz f m 200kHz 400 2 10 5 2 3...

Страница 74: ...D Cable length factor Kd Test signal level Cable length 0m 1m 2m 1 5Vrms 0 2 5 10 4 1 50 fm 5 10 4 1 50 fm 1 5Vrms 0 2 5 10 3 1 16 fm 5 10 3 1 50 fm fm test frequency MHz When using the scan jig take...

Страница 75: ...0Hz frequency and 1 5kV rated voltage for 1 minute and there is no breakdown and flashover 6 2 3 Leakage current The leakage current should not be larger than 3 5mA AC effective value 6 3 Electromagne...

Страница 76: ...H 100mH 5 Frequency counter 0 1000 MHz 6 Digital Multimeter 0 5 7 Insulation resistance meter 500V 10 levels 8 Hipot Tester 0 25kW 0 500 V 6 4 3 Function check Ensure function keys displayer and termi...

Страница 77: ...ely Level 1V Range AUTO Bias 0V Speed Slow Open and short correction should be made before testing Connect standard capacitors 100pF 1000pF 10nF 0 1uF 1uF and change the frequency The error capacitanc...

Страница 78: ...10 100 1k 10k 100k and change the frequency The error between reading and nominal value should be in the range ruled in this chapter 6 4 10 Accuracy of DCR Test condition Function DCR Test frequency L...

Страница 79: ...stem commands MEASlay subsystem commands are mainly used to set the display page for the instrument The MEASlay Query returns the current page Command tree MEASlay PAGE MEASurement BNUMber BCOunt LIST...

Страница 80: ...age is the list sweep display page MEAS SETUP The current page is the measurement setup page CORRECTION The current page is the correction page LIMIT TABLE SETUP The current page is the limit table se...

Страница 81: ...ue NR1 NR2 or NR3 data format followed by Hz kHz MHz MIN Set the measurement frequency as 50Hz the minimum frequency of TX6200 is 50Hz and TX6201 is 20Hz MAX Set the measurement frequency as 100kHz th...

Страница 82: ...et the measurement current as 20mA For example WrtCmd CURR 10MA Set the measurement current as 10mA Query syntax CURRent Return format NR3 NL END 7 1 5 AMPLitude subsystem commands The AMPLitude subsy...

Страница 83: ...00 For example WrtCmd ORES 30 Set the output internal resistance is 30 OHM Query syntax ORESister Return format NR1 NL END 7 1 7BIAS subsystem commands The BIAS subsystem commands are mainly used to s...

Страница 84: ...Query syntax BIAS VOLTage Return format NR3 NL END The BIAS CURRent command is used to set the external bias current The BIAS CURRent query returns the bias current The external bias current is contr...

Страница 85: ...rement functions range current voltage monitor ON OFF deviation display mode nominal setting Command tree FUNCtion IMPedance CPD CPQ CPG CPRP CSD CSQ CSRS LPQ LPD LPG LPRP LPRD LSD LSQ LSRS LSRD RX RP...

Страница 86: ...ction as Z r LPQ Set the function as Lp Q GB Set the function as G B LPD Set the funxtion as Lp D YTD Set the function as Y LPG Set the function as Lp G YTR Set the function as Y r LPRD Set the functi...

Страница 87: ...VIAC command is used to set the voltage monitor ON or OFF The FUNCTtion Source MONitor VIAC query returns the current voltage monitor status ON 1 FUNCtion SMONitor VIAC OFF 0 Where Character 1 49 is...

Страница 88: ...equal to the nominal value of primary parameter Or Character 2 50 is equal to the nominal value of the secondary parameter For example WrtCmd FUNC DEV1 REF 10 Query syntax FUNCtion DEV n REFerence Ret...

Страница 89: ...on sweep points sweep mode sweep limits Command tree LIST FREQuency sweep point sweep point VOLTage sweep point sweep point CURRent sweep point sweep point BIAS VOLTage sweep point sweep point CURRent...

Страница 90: ...d syntax LIST VOLTage value value NOTE part means 201 sweep points at most can be set Where value is NR1 NR2 or NR3 data format For example WrtCmd LIST VOLT 1 5 Set the frequency of the sweep point 1...

Страница 91: ...weep point Command syntax LIST BIAS VOLTage value value NOTE part means 201 sweep points at most can be set Where value is NR1 NR2 or NR3 data format For example WrtCmd LIST BIAS VOLT 1 5V Set the DC...

Страница 92: ...BAND n query returns the current limits Command syntax LIST BAND n parameter low limit n high limit n Where n 1 to 201 NR1 format sweep points on the nth line parameter A Compare the primary paramete...

Страница 93: ...2 7 times sec value 1 to 255 in NR1 For example WrtCmd APER MED 55 Query syntax APERture Return format FAST MED NR1 NL END SLOW 7 1 11 TRIGger subsystem commands The TRIGger subsystem commands are ma...

Страница 94: ...rn format INT EXT NL END BUS HOLD The TRIGger DELay command is used to set the delay time after triggering The TRIGger DELay query returns the current delay time Command syntax value TRIGger DELay MIN...

Страница 95: ...Status BIN number Where DATA A DATA B format DATA A primary measurement data DATA B secondary measurement data 12 digits ASCII format are as below SN NNNNNESNN S N from 0 to 9 E Exponent Sign Status D...

Страница 96: ...On list sweep display page the ASCII data output format is shown as below that is the return circuit replaces sweep point number SN NNNNNESNN SN NNNNNESNN SN SN NL END DATA A DATA B Status Judge Figur...

Страница 97: ...TX6000 Series Operation Manual Ver1 4 91 7 1 13 CORRection subsystem commands The CORRection subsystem commands are mainly used to set the correction function OPEN SHORT LOAD Command tree...

Страница 98: ...STATe ON 1 OFF 0 SHORt STATe ON 1 OFF 0 LOAD STATe ON 1 OFF 0 TYPE CPD CPQ CPG CPRP CSD CSQ CSRS LPQ LPD LPG LPRP LPRD LSD LSQ LSRS LSRD RX RPQ RSQ ZTD ZTR GB YTD YTR SPOT 1 201 STATe ON 1 OFF 0 FREQu...

Страница 99: ...nd syntax CORRection METHod SINGle MULTi Where SINGle Set or return single channel mode MULTi Set or return multi channel mode For example WrtCmd CORR METH MULT Set the instrument as multi channel mod...

Страница 100: ...R SHOR STAT ON Query syntax CORRection SHORt STATe Return format NR1 NL END The CORRecition LOAD STATe command is used to set load correction The CORRection LOAD STATe query returns the current load c...

Страница 101: ...POT n STATe command is used to set the specific frequency spots The CORRection SPOT n STATe query returns the current state of each frequency spot FREQ 1 FREQ 2 Command syntax ON CORRection SPOT n STA...

Страница 102: ...example WrtCmd CORR SPOT1 SHOR Execute short correction for correction point 1 The CORRection SPOT n LOAD STANdard command is used to set the standard reference of specific correction point which are...

Страница 103: ...quency spot short n A is NR3 data format and the primary short correction data at frequency spot short N B is NR3 data format and the secondary short correction data at frequency spot load n A is NR3...

Страница 104: ...CLEar COUNt STATe DATA CLEar The COMParator STATe command is used to set the comparator function as ON or OFF The COMParator STATe query returns the current comparator state Command syntax ON COMPara...

Страница 105: ...ow limits of each bin this function is valid only when the limit mode is set as deviation mode The COMParator TOLeance BIN n query returns the current high and the low limits of each bin Command synta...

Страница 106: ...the secondary parameter The COMParator Secondary LIMit query returns the current high and the low limits of the secondary parameter Command syntax COMParator SLIMit low limit high limit Where low limi...

Страница 107: ...query returns the current state of the swap function Command syntax ON COMParator SWAP OFF 1 0 Where 1 decimal 49 is equal to ON 0 decimal 48 is equal to OFF For example WrtCmd COMP SWAP ON Query synt...

Страница 108: ...OUNt CLEar command is used to clear all bin count results Command syntax COMParator BIN COUNt CLEar For example WrtCmd COMP BIN COUN CLE 7 1 15 DCR subsystem commands The DCR subsystem commands are us...

Страница 109: ...lternative positive and negative level Query syntax DCR POL Return format FIX ALT NL END The DCR RANGE command is used to set the DCR range The command DCR RANGE query returns the test range Command s...

Страница 110: ...EMory LOAD STATe command is used to load the existed file Command syntax MMEMory LOAD STATe value Where value is the file number ranging from 0 to 39 NR1 For example WrtCmd MMEM LOAD STAT 1 The MMEMor...

Страница 111: ...executes an internal self test and returns the test result as the sum of all existing errors codes If there are no error TX6000 returns 0 Query syntax TST Return format 0 NL END Where 0 0 NR1 format...

Страница 112: ...ESR query returns the contents of the standard event status register Query syntax ESR Return format value NL END Where value NR1 format decimal expression for contents of the standard event status reg...

Страница 113: ...nt status register when TX6000 finishes all parameter measurements Ever since all pending operations have been completed this command will inform the instrument to add a ASCII number 1 decimal number...

Страница 114: ...ment BIN comparator good over the standard not good List sweep comparator IN OUT for every sweep point and pass fail for all the compared result INDEX AD Conversion ended EOC end of one test and compa...

Страница 115: ...output 12 13 EXT TRIG External trigger when the trigger mode is EXT TRIG TX6000 will be triggered by the positive edge pulse signal in this pin 14 15 EXT DCV2 External DC voltage 2 The DC provider pin...

Страница 116: ...tronic coupling signal BIN BIN9 AUX OUT PHI PLO SREJ 29 ALARM When circuit is interrupted ALARM is effective 30 INDEX When the analog test is finished and the UNKNOWN terminal can be connected to anot...

Страница 117: ...tion Manual Ver1 4 111 The main parameter The secondary parameter Figure 1 The PHI PLO SREJ signal distribution for BIN comparison PHI OUT SREJ AUX BIN 1 SREJ AUX BIN 2 BIN 3 BIN 4 BIN 5 BIN 6 BIN 7 B...

Страница 118: ...N comparison Figure 2 The pin definition for HANDLER 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 BIN1 BIN2 BIN3 BIN4 BIN5 BIN6 BIN7 BIN8 BIN9 OUT...

Страница 119: ...e display time for every display page is below MEAS DISPLAY 8ms BIN NO DISPLAY 5ms BIN COUNT DISPLAY 0 5ms Figure 3 The timing chart List sweep comparison signal line The definition for list sweep com...

Страница 120: ...IN1 BIN2 BIN3 BIN4 BIN5 BIN6 BIN7 BIN8 BIN9 OUT out of the limit of sweep point1 out of the limit of sweep point2 out of the limit of sweep point3 out of the limit of sweep point4 out of the limit of...

Страница 121: ...ive until EOM is effecive others The definition is the same to that of the comparison BIN1 BIN2 BIN3 BIN4 BIN5 BIN6 BIN7 BIN8 BIN9 OUT the measurement data the high limit the good area the low limit 1...

Страница 122: ...Electrical feature As it is shown above the signal definition for the comparison and the list sweep comparison are different But the electrical feature is same So the description can be applied to BIN...

Страница 123: ...own in Table 4 Table 4 the electrical feature of the DC isolation output 8 2 3 HANDLER Interface board circuit The output circuit for the comparison result is shown in the figure 6 below the output si...

Страница 124: ...Ver1 4 118 Figure 6 the output circuit for the comparison result The output circuit for control signal is shown in the figure 7 below PULL UP RESISTOR JP2 JP1 5V JP3 TX6000 Common EXT DCV1 OUT BIN1 B...

Страница 125: ...t for control signal The input circuit for control signal is shown in the figure 8 below PULL UP RESISTOR EXT TRG KEYLOCK 820 JP5 JP4 5V EXT DCV2 Figure 8 the input circuit for control signal PULL UP...

Страница 126: ...parison function 5 Press LCRZ and then press the sotfkey BIN NO or BIN COUNT the DUT will be tested at the same time you can set the counter for the DUT and the auxiliary Note COMP ON OFF can be set i...

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