常州市同惠 electronic TH2818 series equipment Manual
Contents
1. 11 22. Heur Hpot Lcur Lpot mE o 18 16 15 IFE lt 80 W H D 430mm x186mmk490mm 15kg TH2818 Ver
3. Hp LD HD LD E 6 4 TH2818 Ls Q 5 5kHz BF 1 5Vrms 1 LCRZ TH2818 lt
4. DIOT DIO5 DIO2 DIOE DIO3 DIO7 0104 DIO8 EOI REN DAV F O TWISTED PAIR WITH 6 NRFD P O TWISTED PATR WITH 7 NDAC FO TWISTED PAIR ya PIO TWISTED PAIR WITH9 SRQ P O TWISTED PAIR WITH 10 F O TWISTED PAIR WITH 11 a SIGNAL GROUND Ver3 4 TH2818 1 GPIB pe lt 2 a 8 4 2818 Ver3 4 RN l S O Device B Device 8 2 1 GPIB GPIB 2 SHI1 T5 L4 SRI
5. 1 6 2 TH2818 Ver3 4 2 3 0 0 0
6. 3 BACKSPACE ENTER ENTER Hz Y A ENTER Hz Ver3 4 TH2818 2 7 198V 242V 47 5 52 5Hz N POWER 17
7. LCRZ 3 F BE u BJ 3 27 Ver3 4 2818 3 18 RR REPARA YKKE WR BIN KEH MLA HIRU BINI PUP REJEP FERT EZDI ERR EZK FIH BEIR D m ABS TOL m SEQ MODE 2 3 28 LCRZ TH2818 Ver3 4 3 7 3
8. OFF 6 9 Ver3 4 TH2818 6 7 1 100kHz Cp 11nF D 0 0005 LCRZ 13 WEKA 2 3 b lt gt ON OFF d ON e
9. FNR M E E OBEA A DRR hu Us m 2 AABS OFF LCRZ 3 7 Ver3 4 TH2818 3 2 lt TH2818XB LCRZ gt lt gt lt lt gt m ON OFF TB 4
10. TH2818 AA CC lms A TH2818 TH2818 GPIB
11. 3 6 4 3 1 1 LCRZ 3 F BE u BJ 3 25 Ver3 4 TH2818 3 6 5 0 m 3 6 6 3 6 7 5 2 lt gt 3 6 8 lt gt 3 7 gt TH2818XB 1 3 gt
12. 1 2 n m k M 1 ENTER ENTER 1 F H Q 3 7 4 ON OFF TH2818 9 10 BIN1 BIN9 BIN 0UT BINI BIN9 TH2818 HANDLER ON OFF 1 ON OFF 2 ON OFF
13. IN OUT pass fail INDEX EOC Alarm Keylock External Trigger 210 5 41 10 2 10 2 1 Handler 10 2 2 HANDLER HANDLER 4 10 1 Handler Ver3 4 TH2818 e BIN9 AUX OUT PHI PLO SREJ
14. LIST FREQuency value gt lt value gt 10 lt value gt NR1 NR2 NR3 value 20HZ 300KHZ TH2819 20HZ 200KHZ 22 8 WrtCmd LIST FREQ 1E3 2E3 3E3 4E3 1 1KHZ 2 2KHZ 3 3KHZ 4 4KHZ HZ hertz MAHZ MHZ MHz 1E6 Hz LIST FREQuency lt NR3 gt lt NR3 gt lt NL 214 TH2818 Ver3 4 VOLTage LIST VOLTage lt value gt lt value gt 10 lt valuey gt NR1 NR2 NR3 WrtCmd LIST VOLT 1 5
15. R X ON A A 1 2 3 A ON tT G B
16. 10 2 Hz kHz and MHz ENTER Hz 3 1 4 2818 TH2818 100 Q 30 Q DCR 772818 KA HT i TH2818
17. 1 TOH 20 Hz 10 20 Hz 100 Hz 1 kHz 10 kHz 100 kHz 300 kHz 10 10 20Hz 100Hz 1kHz 25 Hz 120Hz 1 2 kHz 30 Hz 130 Hz 1 5 kHz 40 Hz 200Hz 2kHz 50 Hz 250Hz 2 5kHz 60 Hz 300 Hz 3kHz 80 Hz 400 2 4kHz 3 4 10 kHz 12 2 15 kHz 20 kHz 25 2 30 kHz 40 100 kHz 120 kHz 150 200 kHz 250 kHz 300 kHz LCRZ TH2818 Ver3 4 500 Hz 5kHz S50 kHz 600Hz 6kHz 60kHz 800Hz 8kHz 80kHz 270 10 10
18. 100Hz 1 2 10kHz 100kHz BF 1V AUTO 0V 100pF 1000pF 10000pF 10nF 0 1uF 1luF C C D D 7 6 8 HRE L L Q 100Hz 1lkHz 10kHz 100kHz HF 1V AUTO 0V 100 u H 1mH 10mH 100mH 7 12 TH2818 Ver3 4 7 6 9 Z 2 0 100Hz 1 2 10kHz 100kHz 1V
19. HD HS LS FI LD HS LS HS LS HD HS LS LD Riead F Rieaa lt Zx 1000 0 1 HD HS X LD LS KARR 10kHZ 10kHZ
20. A ABS m OFF 6 7 B A ABS m OFF 8 LCRZ 3 19 Ver3 4 TH2818 3 5 9 5 2 lt gt 3 5 10 lt gt TH2818 TH2818 lt gt 1 2 TH2818 lt gt w
21. C L Z Y X B G D 6 Q TH2819 25 Lk DCR Turns Ratio Turns Phase 7 1 2 Lk Z Y L C R G deg 6 INE D Q Rs Rp G x B DCR Turns Ratio Turns Phase 7 1 3 ABS A 7 1 4 PE 7 1 5 7 1 6 START 7 1 Ver3 4 TH2818
22. 0s 60 5 1 ms HANDLER 2 ENTER m msec sec 3 5 7 TH2818 30 Q 100 Q OPT 100 Q 1 1000 300 2 100 Q 100
23. 8 TRIGger IMMediate SOURce INTernal EXTernal BUS HOLD lt value gt MIN MAX IMMediate TRIGger IMMediate WrtCmd TRIG SOURce INTernal TRIGger SOURce EXTernal BUS HOLD XE INTernal EXTernal HANDLER BUS RS232 GPIB HOLD TRIGGER WrtCmd TRIG SOUR BUS TRIGger SOURce INT EXT lt NL BUS HOLD DELay 9 18 TH2818 Ver3 4 lt value gt TRIGger DELay Cvalue gt NR1 NR2 lmS 0 60 MIN 0 MAX 60 7 WrtCmd T
24. lt gt 1 2 38 7 TH2818XB LCRZ 1 3 lt gt LMT 00000 8 00000 9 00000 10 0000 O gt S gt gt gt gt gt gt gt j LCRZ 3 31 Ver3 4 TH2818 2818 10
25. gt IAEF CEF 3 5 1 TH2818 4 INT MAN EXT BUS INT TH2818 EXT HANDLER TH2818 BUS IEEE488 TRIGGER TH2818 BUS 742818 MW 2223875 BUE TH2818 2 ERHI HANDLER PIRLS TH2818 HF EXT BUS
26. 9 31 Ver3 4 TH2818 COMParator SEQuence BIN BIN1 low 1limit gt BIN1 high limit lt BIN2 high limit gt BINn high limit gt lt BIN1 low limit gt NR1 NR2 NR3 1 lt high limit gt NRI NR2 NR3 1 lt BINn high limit gt NR2 NR3 n n 9 WrtCmd COMP SEQ BIN 10 20 30 40 50 COMParator SEQuence BIN BIN1 low limit gt lt BIN1 high limit gt lt BIN2 high limit gt lt BINn high limit gt lt NL END gt Secondary LIMit COMParator SLIMit low limit gt lt high limit gt lt low limit gt NR1 NR2 NR3 lt high limit gt 2 NR3
27. 3 6 gt LCRZ 1 3 gt 10 0000kHz 100 000 5 100 000kHz 4 53026m S 0 3 20 LCRZ 3 TH2818 Ver3 4 gt Th2818 E lt gt ARRE AR 1 2
28. COMParator TOLeran value NR1 NR2 WrtCmd COMP TOL NOM COMParator TOLeran lt NR3 gt lt NL ce NOMinal lt value gt 100 12 ce NOMinal TOLerance BIN lt n gt COMParator TOLerance BIN lt n gt lt low limit gt lt high limit gt lt n gt 1 9 low limit gt lt high limit gt WrtCmd COMP TOL BI WrtCmd COMP TOL BIN COMParator TOLeran low 1imit gt lt high SEQuence BIN NR1 R2 NR3 R2 NR3 1 5 5 2 10 10 ce BIN lt n gt limit gt lt NL
29. Ct 1kHz AEA Dt 1kHz Zw fo a Zw fo A 3 34 LCRZ TH2818 Ver3 4 5 m k x2 51 o C O 2 Qn o GERED 86 gt Ct 2 83037nF Dt 2 11642m 984 598m Qm 938 002 156 184k Q 35 1725kHz 16 4431 0 a 33 2151kHz max 1 52921 r 33 1064kHz min 1 49918 r 32 8614kHz 3 10 1 max A max 3 10 2 A min a min 3 10 3 B max B max 3 10 4 B min b min 3 10 5 5 2 lt gt
30. 3 120 240 480 960 240 4 E lt gt 2 2 1 2 3 37 LCRZ TH2818 Ver3 4 4 TRANS
31. lt gt 3 12 LCRZ 3 t E t TH2818 Ver3 4 3 4 1 TH2818 10 TH2818 SEQ STEP SEQ TRIGGERI STEP TRIGGER AMRIH INT 7 SEQ Z STEP TRIGGER EFE I E FMRI J RERA TRIGGER IYUK ITH IMi o lt gt SEQ STEP 1 lt gt
32. A FRSEtup A lt max gt lt min gt NR2 NR3 lt max gt NR2 NR3 WrtCmd FRSE A 0 00000 10 0000 FRSEtup A lt NR3 gt lt NR3 gt lt NL B FRSEtup B lt gt lt min gt NR1 NR2 lt max gt NR1 NR2 NR3 WrtCmd FRSE B 0 00000 10 0000 FRSEtup B lt NR3 gt lt NR3 gt lt NL COORdinate FRSEtup COORdinate mode name gt lt
33. OFF 6 5 TH2818 Cp D 1Vrms ERR 1kHz Cp 325 OnF 333 OnF 10kHz D GRE 0 0001 0 0003 100kHz D 0 0060 0 0100 HIGH 6 5 HERRERA 1 LMT 1 2 n 325 000n 1 2 n 333 000n 2 LMT
34. LIMIT DATA A LIMIT DATA lt gt A B 120 240 480 960 lt gt lt gt SEQ STEP DCR DCR DCR ON OFF lt gt CABS A DCR KK ER WEM DCR lt SYSTEM 5 7 Ver3 4 TH2818
35. gt SEQ Hz IMT ER gt 8 1 00000kHz 100 000kHz A 10 0000 A 10 0000 10 0000 10 0000 2 8 TH2818 Ver3 4 gt Ct 2 78617n Dt 1 85568m Kp 384 598m Qm 972 763 gt Z 97 32 8000kHz N 00 38 0 1 54357 B 34 0725kHz A 186 285k 0 1 50973 B34 8000kHz B 1 82775 O B 1 85482 240 gt 1 00000kHz m 0 000V 1 000V SLOW Cp 10 7395nF 0 43539 Im OFF 2 9 Ver3 4 TH2818 gt TH ABS TRANS SYSTEM ERIR FIR EBR
36. 5 STEP EOM EOM 5 2 BIN1L BIN2 BIN3 BIN4 BINS BIN6 BIN7 8 9 OUT DOA RO i Xxx NS SS l 2 3 4 5 4 10 8 Handler TH2818 Ver3 4 SEQ SWEEP MODE 4 5ms T1 T2 T3 Z 5 Handler 10 9 Ver3 4 10 2 3
37. IE 6 1 1 LCRZ 1 3 b 1 3 2 3 2 3 3 3 dj lt gt 7Z Or gt j Ct 2 83037nF Dt 2 11642m Kp 384 598m Qm 938 002 gt Z max 156 184k Q 35 1725kHz 7 min 16 4431 0 33 2151 0 1 52921 r 33 1064kHz 0 1 49918 32 8614kHz
38. 0 9 3 9 4 WD A A B B 0 9 3 9 5
39. TRANS 4 1 gt TH2819 TRANS gt gt e E ENT SEQ 1 000kHz 1 00017 O000kHz 4 1 1 lt 4 1 2 lt gt 4 1 3
40. lt a J 4 1 2 SLOW INT 240 2 2 1 H SLOW FAST 20ms gt 10kHz FAST MED 160ms MED SLOW 650ms INT MAN TRIGGER m MAN T EXT INT
41. lt gt ON lt gt TH2818 1 O 2 mV V HA mA and A ENTER V A
42. 2 5 Ver3 4 TH2818 5 6 24 2 4 1 LCRZ LCRZ gt TH2818XB gt 2818 gt TH2818XB gt TH2818XB lt gt gt gt TH2818XB gt TH2818XB gt TH2818
43. 6 1 1 a b d q LCRZ 1 2 3 lt ON OFF 1 3 ON 26010 gt E Ver3 4 ON OFF ON b OFF 1 OFF 1
44. ON BIAS STATe OFF 1 0 1 49 ON 0 48 OFF WrtCmd 5 0 BIAS STATe lt NR1 gt lt NL VOLTage lt value gt BIAS VOLTage MIN MAX lt value gt NR1 NR2 NR3 9 8 TH2818 Ver3 4 MIN MAX 2V WrtCcmd BIAS VOLT MIN BIAS VOLTage lt NR3 gt lt NL CURRent GPIB 6PIB lt value gt BIAS CURRent E
45. TH2818 0 TST 0 lt NL 0 0 NR1 WrtCmd x TST standard Event Status Enable command standard event status register ESE lt value gt lt value gt NR1 9 44 TH2818 Ver3 4 7 Power On PON Bit 6 User Request URQ Bit 5 Command Error Bit 4 Execution Error EXE Bit 3 Device Dependent Error DDE Bit 2 Query Error QYE Bit 1 Request Control Bit 0 Operation Complete OPC Bit
46. Er 3 7 5 ON OFF 2nd gt gt OFF BIN OUT lt gt ON BIN OUT
47. 1000 Im ZA OFF 10 00000pF B OFF 0 00000 lt a PY EL m En a ON OFF ISO ON OFF Vm ON OFF Im m 3 14 LCRZ 3 t E t TH2818 Ver3 4 m A A B A A BB gt lt gt
48. ON OFF 2 ON OFF 3 2 2 5 2 lt gt 3 2 3 lt gt LCRZ 3 9 Ver3 4 TH2818 3 3 gt 2818 LCRZ gt lt gt lt gt TRE 3 lt gt REME
49. J LCRZ 3 29 Ver3 4 TH2818 TRR MAREN MRR RE ABR h TE FRE BRS EPIKA ERR BEKEN 22 it MAWARAK TRE TAK ON OFF 1 ON OFF 2 ON OFF 3 7 6 TH2818 9 10 BINI BIN9 BIN 0UT BINI BIN9 2nd 1 2
50. LOCAL LOCKOUT 7 REMOTE REMOTE 717 SPOLL 8 TH2818 Ver3 4 Var SPOLL 717 SERVICE REQUEST TH2818 SRQ SRQ TH2818 SRA 6 6 RQS TH2818 RQS SR SR TH2818 SRQ TRIGGER
51. o 2 SYSTEM 5 5 Ver3 4 TH2818 5 2 gt TH2818 lt gt L TH2818ATS 106 04 04 23 03 04 18 4 5 6 8 g 10 OLOOTO E E Or O 5 2 1 LCR 20 LCR 20 LCR
52. lt DATA A gt lt DATA B gt lt gt lt gt 6 ASCII 2 DATA gt B gt gt gt gt 1 0 1 COFF gt 0 gt 2 ASCII SN S N 0 1 ASCII SN SN NNNNNESNN SN NNNNNESNN SNIINLAEND lt gt lt DATA gt lt DATA B gt lt gt TURN 2 Lx 3 LK 4 DCR 9 21 Ver3 4 TH2818 A gt lt DATA B gt
53. 999999 488 lt gt ON OFF D lt gt a 2 gt 4 LCRZ 3 11 Ver3 4 TH2818 YES NO 5 YES 0 6 NO 34
54. INT RE 4 3 1 4 3 2 t Q E E 4 3 3 4 4 x lt gt Ls Lk An SYSTEM
55. LCD 09 TRIGGER MAN WO AiE 0 9 2 3 Ver3 4 TH2818 2 2 2 2 TH2818 1EEE 488 HANDLE PRINT RS2320 m 04000168 o 2 2 IEEE488 IEEE488 2 HANDLER HANDLER D MARO G t 4 RS232C IE
56. MAX F lt value gt NR1 NR2 NR3 MIN 0A MAX 10A WrtCmd BIAS CURR MIN BIAS CURRent NR3 gt lt NL 9 1 9 FUNCtion FUNCtion 9 9 Ver3 4 TH2818 FUNCtion IMPedance LPQ LPD LPG LSD LSQ LSRS RX ZTD ZTR GB YTD YTR DCR RANGe lt value gt L AUTO ON 1 OFF 0 Source MONitor VAC ON 1 OFF 0 IAC ON 1 OFF 0 MODE ABSolute PERcent OFF REFerence lt value gt L FILL 1 9 10 TH2818 Ver3 4 FUNCtion IMPedance lt function gt CPD LPR
57. 3 1 4 7 8 12 4 1 Cp n u m k 1 ENTER ENTER 1 fF H Q 1 1 1 1 5 2 4 9 2nd 6 2nd 7 8
58. DCR 5 2 2 TRS 40 TRS 40 TRS 540 TRS TRS gt gt lt gt 5 2 3 TH2818 TH2818 20 LCR 40 TRS 500 USB IBM PC
59. WrtCmd COMP SLIM 0 001 0 002 COMParator SLIMit lt NR3 gt lt NR3 gt lt NL Auxiliary BIN ON COMParator Auxiliary BIN OFF 0 0 48 OFF 1 49 ON WrtCmd COMP ABIN ON COMParator Auxiliary BIN 9 32 TH2818 Ver3 4 lt NR1 gt lt NL SWAP Cp D SWAP D Cp 1 9 D 2 Cp ON OFF ON COMParator SWAP OFF 0 0 48 ON 1 49 OFF WrtCmd COMP SWAP ON COMParator SWAP
60. lt gt lt gt Im 1722120 EW BFH WERE o FEIE GE OPEN SHORT LOAD 7 ON OFF Z yy P EH ON OFF D Ym a ON m 2 ON ON OFF LCRZ 3 f 3 17 Ver3 4 TH2818 H OFF 3 Im ON OFF 4 ON ON OFF H OFF 3 5 6 TH2818
61. lt gt A A B B 3 PH 3 30 gt FUNC Z 9 r 1 50434k Q 2 156 184k Q min max 1 min 1 49918 r FUNC Z 9 PRR FREQ 34 1290kHz 0 79 A 35 1725kHz 33 2151kHz B 33 1064kHz b 32 8614kHz r LCRZ TH2818 Ver3 4 FREQ 34 1290kHz m Z 1 50434k 8 m 0 1 52379T I
62. lt Y gt 0 150 240 X 12 123 33 44 5 120 64 VB 9 1 14 CORRection CORRection 9 23 Ver3 4 CORRection TH2818 LENGth lt value gt SINGle MULTiple OPEN 5 SHORt nn STATe LOAD STATe TYPE STATe ON 1 OFF 0 FREQuency lt value gt OPEN SHORt LOAD STANdard lt A gt lt REF B gt lt channel number gt DATA lt channel number gt LENGth 9 24 TH2818 Ver3 4 CORRection LENGth value gt value 0 1 2 M JHH WrtCmd CORR LENG 1M 1 lt CORRection LENGth NR
63. 3 1 BINI 1 2 BIN2 2 3 BIN3 3 4 BIN4 4 5 5 6 6 6 7 BIN7 7 8 BIN8 8 9 BIN9 9 10 OUT 10 11 AUX AUX 30 INDEX SEQ INDEX Handler 10 7 Ver3 4 TH2818 TH2818 UNKNOWN DUT EOM 5 STEP INDEX EOM 5 31 EOM SEQ EOM
64. up Zn H FRSEtup SCALe POINt FREQuency Start gt Stop gt A lt min gt lt max gt B min gt max gt COORdinate linear log AUTO hold 120 240 480 960 H uency FRSEtup FREQuency start stop gt FREQ lt start gt Stop gt NR1 NR2 NR3 KHZ MHZ NR1 NR2 NR3 HZ KHZ MHZ Ji 2 WrtCmd FRSE FREQ 20HZ 300KHZ FRSEtup FREQuency lt NR3 gt lt NR3 gt lt NL END gt Jl Ver3 4 Ver3 4 TH2818 20HZ 300KH2Z
65. DISPlay RFONt font gt lt NL lt font LARGE TINY OFF 12ms 5ms 9 1 2 FREQuency FREQuency lt value gt FREQuency fun MAX lt 1 gt NR1 NR2 NR3 Hz kHz MHz MIN 20Hz MAX 300kHz TH2819 TO 200kHz WrtCmd FREQ 1KHZ 1000Hz FREQuency lt NR3 gt lt NL 9 1 3 VOLTage VOLTage 9 4 TH2818 Ver3 4 EB lt value gt VOLTage lt value gt NR1 NR2 Y MIN
66. TH2818 2 3 4 5 B A B B
67. LCRZ 3 5 Ver3 4 TH2818 FA BRR BIEZ TRH ERA 3 1 5 TH2818 OV 1 5V 2 0V DCR lt TH2818 1 09 2 mV V HA mA and A ENTER V
68. 4 5 442 Mn 4 5 A ee ee 4 6 AAA EN a ee 4 6 A K A E E E E E E E E R 4 6 5 12 SYSTEM 3 5 1 par UB 5 1 W sha mnsa aaa 5 1 2 2 Uka 5 2 C UNSa sma Sam ph AE A DE AEE A EA 5 2 207 5 2 OO e E T E E EE A AE ET 5 3 SSO E OEE EE EEEE EEE AEE ahus ha 5 3 E P E EEEE E EE E 5 4 S10 A ND 5 4 Ver3 4 TH2818 S E 5 4 5 7 70 fE 5 4 Se a ee 5 5 5 6 EC EDLCR Ds 5 6 522 f CGsTRS 5 8 5 2 3 2818 amp WI 5 8 a 5 8 ua i 6 1 man aa aan ama quay sss 6 1 CT 6 1 6 1 2 Jy 6 1 6 2 6 3 6 3
69. 1 ABS OFF L F 1 0 1 00000 3 2 00000 3 00000 4 00000 5 00000 00000 6 00000 6 00000 7 00000 7 00000 8 00000 8 00000 9 00000 0 000001 0 10000 TH2818 9 10 BIN1 BIN9 BIN 0UT BIN1 BIN9 TH2818 HANDLER 3 26 LCRZ TH2818 Ver3 4 lt gt
70. e BIN1 BIN9 OUT INOUT 4 AUX PASS FAIL e INDEX EOM INDEX EOM SEQ sweep mode INDEX EOM sweep mode INDEX EOM 5 3 2 5
71. a English PX 5 1 6 1 m OFF A 2818 SYSTEM K A BE Da A 5 3 Ver3 4 TH2818 5 1 7 RS232C GPIB 8 1 m RS232C GPIB 2
72. LIMIT DATA A LIMIT DATA B OFF D LIMIT DATAA Cp 1 j 3 2 5 325 p n u m 1 k 3 3 3 333 p n u m 2 D 10 10 Hz kHz MHz kHz 10 0000k LIMIT DATA A LIMIT DATA B OFF LIMIT DATA B 2 0 0 0 0 1 0 0001 p n w 22 1 2 0 0 0 0 3 0 0003 k 1 2 2 1
73. 0 00000pF F lt SEQ Hz Cp F 2 lt gt Cp D 100 000Hz 1 000V INT OFF Oms 1008 A OF B OF O AUTO 0 000V SLOW 1 V OFF I OFF ISO OFF A 0 00000pF B 0 00000p Ver3 4 2 7 Ver3 4 TH2818 100 000 5 0 00000r 1100 0001 0 00000 100 000kHz lt gt 4 53026mS B 1 57032r 4 537585 1 50670r AUTO 3 300 000kHz 5 100 000Hz 0 000V 100 000mS B 0 00000r SLOW A 100 000mS 0 00000r 1 WMV OFF i gt T ei EE OPE EROR KH 1009 S0 OFF 7 OFF F BE F A OFF A 0 00000pF PRIR B OF B 0 00000p 2 3
74. BUS IEEE488 TRIGger SOURce BUS MS 1 m INT LCRZ 3 15 Ver3 4 TH2818 m MAN EXT 2 3 5 2 10 1Vims 100 HA 10 QUE E AREN OFF H RODT UE HI B FEZ E F ON OFF 1
75. TH2818 Ver3 4 TH2818 8 2 4 SCPI SCPI IEEE488 2 1987 SCPI TMSL i 2 reft X IEEE488 1 8 8 TH2818 Ver3 4 9 NRI 123 NR2 12 3 NR3 12 3E 5 N 10 END IEEE 488 EOL CHRO 9 9 1 TH2818 DISPlay 5 1 lt TRIGger CORRection FREQuency BIAS INITiate COMParator VOLTage FUNCtion FETCh Mass CURRent 5 ABORT TRAN AMPLitude APERture STATus FRES Ver3 4 TH2818 9 1 1 DISPlay
76. lt gt gt lt gt 3 8 LCRZ TH2818 Ver3 4 ERREA WE IREF RP ON OFF 3 2 1 TH2818 10 BINI BIN9 BIN OUT uj 9 TH2818 HANDLER lt gt ON OFF 1
77. HANDLER 3 7 1 7 0 60 Ims 7 1 8 LD Lcur LS Lpo 7 1 9 gt 1kHz 30 3215 0 10 90ms 1 5 650ms 1kHz 7 1 10 1 255 7 1 11 6 999999 7 2 7 2 1 0 02 TH2818 XA XB 20Hz 300kHz TH2819 20Hz 200kHz 0 01Hz 7 2 2
78. Power Bit User Request URQ Bit Command Error EME Bit Execution Error EXE Bit Device Dependent Error DDE Bit Query Error Bit Request Control Bit Operation Complete OPC Bit 52 9 gt WrtCmd ESR STB STB value gt lt NL END gt lt value NR1 7 Operation Status Register Summary Bit 6 RQS Request Service Bit 5 4 Standard Event Status Register Summary Bit MAV Message Available Bit 3 0 Always 0 zero 0 WrtCmd x STB OPC TH2818
79. d ON e ON OFF ON g ON OFF h OFF D 1 ON OFFE j ON 1 k 5 5 5 5 Hz kHz 1 MHz kHz 1 5 5000kHz CTH26010 n 6 2 CEIRI HD Lor LD Heor HS LS BJ D T
80. TRAN Lk LIMI lt NR3 gt lt NR3 gt lt NR3 gt lt NL Lx STAT ON TRAN Lx 5 OFF 1 0 1 49 ON 0 48 OFF WrtCmd TRAN Lx STAT 0N TRAN Lx STAT lt NR1 gt lt NL 9 38 TH2818 Ver3 4 Lx FREQ TRAN Lx FREQ lt value gt value gt NR1 NR2 NR3 HZ KHZ MHZ WrtCmd TRAN Lx FREQ 1 7 1KHZ lt sk TRAN Lx FREQ lt NR3 gt lt NL Lx LEVE1 TRAN Lx LEVEL lt value gt value gt NR1 NR2 NR3
81. lt gt Hz V 1 3 8 1 LMT lt gt 3 8 2 HEMDANI 2 FREQ Hz m LEVEL V m LEVEL A BIAS V BIAS 3 8 3 HZ LMT REV MEID Hz V I Im a tiy V
82. bL BIAS VOLTage LIST BIAS VOLTage lt value gt lt value gt 10 lt NR1 NR2 NR3 WrtCmd LIST BIAS VOLT 1 5V 1 1 5V 9 15 Ver3 4 TH2818 lt NR3 gt lt NR3 gt lt NL 0V 1 5V 2V LIST BIAS VOLTage BIAS CURRent LIST BIAS CURRent lt value gt lt value gt 10 lt value gt NR1 NR2 NR3 LIST BIAS CURR 100MA WAHA 1 100mA WrtCmd LIST
83. 8 5 Ver3 4 TH2818 RLI DC1 DTI C0 5 8 2 2 GPIB TH2818 GPIB 1 31 SYSTEM gt 8 2 3 GPIB 8 6 TH2818 e ABORT 1 0 ABORT 7 CLEAR LOCKOUT SET LOCAL LOCAL 7 DEVICE CLEAR SDC DCL CLEAR 7 LOCAL GTL LOCAL 717 LOCAL LOCKOUT LLO
84. Bmin FBmin 9 22 TH2818 Ver3 4 NRI 123 NR2 12 3 12 3E 5 NL 10 END IEEE 488 EOL Source MONitor VAC TH2818 FETCh SMONitor VAC lt NR3 gt lt NL END gt 9 9E37 t TH2818 Source MONitor IAC TH2818 2818 FETCh SMONitor IAC lt NR3 gt lt NL END gt 9 9E37 acur gt TH2818 beur lt gt TH2818
85. TH2818 43 75 4 TH2818 5 ON TH2818 1 2 3 KAN OFF 1 2 3 ON 2 3 1 2 3 6 QFF 3 6 3 TH2818
86. 3 1 2 LCR TH2818 9 100 300 1000 3000 1 10 30kQ 100kQ TH2818 10 DCR 100mQ 10 100 1000 3000 1 10kQ 30 100 1 m AUTO WEH AUTO m HOLD AUTO HOLD HOLD 010 HOLD 10 HOLD 2 3 1 3 TH2818 2 Hz 300 kHz 0 01 Hz DCR TH2818
87. ON a OFF 2 ON 3 OFF 3 5 3 ISO OFF ON 100 mA OFF 3 1 3 1 3 1 100 300 1000 3000 1 3 KQ 10 30 Q 100 kQ 2mA 2mA 2mA 2mA lmA 300pA 100pA 30 10 150 T M EBETA KERR 2087 2 0 XIW AMEE ZW PUYO S 3 16 LCRZ TH2818
88. CORRection SHORt CORR SHOR SHORt STATe JON ON CORRection SHORt STATej OFF 49 0 48 WrtCmd CORR SHOR STAT ON lt NR1 gt lt NL LOAD STATe ON CORRection LOAD STATe OFF 1 0 1 49 ON 48 OFF WrtCmd CORR LOAD STAT ON CORRection LOAD STATe lt NR1 gt lt NL LOAD TYPE Fuction CPD Cp D LPRP Lp Rp CPQ Cp Q LSD Ls D CPG Cp G 150 Ls Q CPRP
89. 1 f SYSTEM 5 1 Ver3 4 TH2818 m J 5 1 2 1 MASTER SCANBOX TH2818XA XB m ALL 5 1 3 D HIGH LONG HIGH SHORT LOW LONG TWO SHORT
90. Cp D 00000kHz 100 000kHz F10 0000 10 0000 F10 0000 10 0000 3 9 1 lt gt 3 9 2 Ver3 4 0 9 QE A lt gt LCRZ 3 33 Ver3 4 3 9 3 TH2818
91. 1 Kai 2 o 7 4 3 3 5mA 7 5 f GB6833 4 e GB6833 6 m 7 6 1 GB6833 10 7 6 1 7 10 E 50Hz TH2818 Ver3 4 1 7 6 2 100pF 1000pF 10000 0 02 10 D 0 1uF luF 100 sai 1000 2 IkQ 0 02 10kQ
92. 300 000n 3 q IER p 3 100kHz B 0 0060 0 0100 6 6 TH2818 Ver3 4 SYSTEM TH2818 lt gt b LOW OFF LOW HIGH HIGH HIGH KE dj OUT 4 26005 2818 5 IE C 6 1 1 7 LCRZ TH2818 lt gt H CEE RL
93. ON OFF ON OFF 3 7 1 Cp D D Cp D 9 Cp 1 2 3 3 7 2 3 18 RAHA
94. TRAN TURN NS LImit lt value gt lt low limit gt lt high limit gt lt value gt lt low limit gt lt high limit gt NR1 NR2 NR3 NR1 NR2 NR3 NR1 NR2 NR3 H WrtCmd TRAN TURN NSLI 100 0 01 0 01 TRAN TURN NSLI lt NR3 gt lt NR3 gt NR3 gt lt NL Lk STAT ON OFF 1 0 TRAN Lk 5 1 49 ON 0 48 OFF WrtCmd TRAN Lk STAT 0N 3 F lt lt m TRAN Lk STAT NR1 gt lt NL Lk FREQ TRAN Lk FREQ lt value gt lt value gt WrtCmd TRAN Lk FREQ 1KHZ TRAN Lk FREQ lt NR3 gt lt NL
95. 876 4mV iem 3938 O 1 3 LCRZ 3 1 Ver3 4 TH2818 9 gt 4 gt a FFE Vm ON OFF 3 1 1 TH2818 m 7 Y L R
96. PASSLOWVHIGH PASSLOWVHIGH 4 4 5 5 2 lt 4 6 gt SYSTEM TH2818 Ver3 4 SYSTEM 5 1 gt SYSTEM gt 6 4 MASTER OFF HIGH LONG _ OFF RS232C 8 OFF INT 9 600K KRKE R M PANERA T Ar RREK URR AKE AE FAHIRA 5 1 1
97. TH2818XB TH2818 lt gt 10 LCRZ lt SEQ Hz Cp F DL 2 00000k 3 00000K 4 00000k E 6 00000 7 00000 8 00000 US Si O BP lt gt L R 4
98. 1 2 3 2 IZKI ON 3 2 3 8 3 24 LCRZ TH2818 Ver3 4 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 Hz kHz MHz ENTER ENTER Hz ON 1 2 3
99. D B m 1 2 1 2 k M 1 100 000 Ver3 4 TH2818 0UT 1 2 LCRZ TH2818 lt gt b Cp D 1 000 V 1 3 1 3 2 3 d TH2818 lt gt f 1 1 Hz kHz MHz kHz 1 0000k h
100. 5mV MAX 2V WrtCmd VOLT 1V 1V VOLTage lt NR3 gt lt NL 9 1 4 CURRent CURRent BE lt value gt CURRent fun MAX lt value gt NR1 NR2 NR3 MIN 504 A MAX 20mA WrtCmd CURR 10 10mA CURRent lt NR3 gt lt NL 9 1 5 AMPLitude AMPLitude ALC FX H 9 5 Ver3 4 TH2818 ON AMPLitude ALC OFF 1 0 1 49 ON
101. TH2818 BN 1 BN2 BN3 BN 4 BIN5 BN6 BN7 BN 8 BN9 OUT AUX EXT TRIG EXT TRIG EXT DCV2 EXT DCV2 5 5V 5V SREJ 2 HANDLER Handler Ver3 4 9 OUT AUX PHI PLO 10 5 Ver3 4 TH2818 lus 2 T2 200us 2 200us T3 EOM Ous 2 TH2818 1ms MEAS DISPLAY 8ms BIN NO DISPLAY 7 5ms BIN COUNT DISPLAY 7 0 515 3 10 6 Handler TH2818 Ver3 4
102. LLCRZ 3 e ON e OFF 4 ON 5 LCRZ gt DUT LLCRZ DUT ON OFF JF lt gt HANDLER 1 lt gt 2 lt gt L
103. NR1 NR2 NR3 Hz KHZ MHZ 1KHZ 9 37 Ver3 4 Ver3 4 TH2818 Lk LEVEl TRAN Lk LEVE1 lt value gt value gt NR1 NR2 NR3 mV V value gt 5mV 2V WrtCmd TRAN Lk LEVE 1V TRAN Lk LEVE lt NR3 gt lt NL Lk LIMIt TRAN Lk LIMIt lt value gt lt low limit gt lt high limit gt lt value gt NR1 NR2 NR3 H low limit gt NR1 NR2 NR3 lt high limit gt NR1 NR2 NR3 WrtCmd TRAN Lk LIMI 0 01H 0 01 0 01
104. Ver3 4 ON OFF 1 ISO OFF 2 ON 3 1 OFF 3 5 4 TH2818 2 1 255 1 1 F m J 2 ENTER 3 5 5
105. TH2818 T TH2818 Ver 2 3 7 2003 5 Ver 2 2 17 B2003 5 Ba Ga PASSWOBD TONGHUI ELECTRONICS ENTER FPE BA 2818 AAI UI uu 9 2 12 TH2818 Ver3 4 3 LCRZ 3 1 gt TH2818XB X LCRZ lt gt lt Cp D AUTO 00000kHz 0 000V s 1 0007 SLOW 10 73951 D 0 43539 T
106. WrtCmd FUNC DEV1 REF 10 FUNCtion DEV lt n REFerence NR3 gt lt NL DEV lt n gt REFerence FILL 1 FUNCtion DEV lt n gt REFerence FILL lt n gt 1 49 2 50 WrtCnd FUNC DEV1 REF FILL 9 13 Ver3 4 TH2818 9 1 10 LIST LIST FREQuency lt sweep point gt sweep point gt VOLTage sweep point gt sweep point gt CURRent sweep point gt sweep point gt lt sweep point gt lt sweep point gt CURRent lt sweep point gt sweep point MODE SEQuence STEPped BAND lt n gt lt low limit gt lt high limit n gt FREQuency
107. 9 41 TH2818 Ver3 4 9 2 TH2818 GPIB Ne 9 44 10 2818 HANDLER uallaa 10 1 10 1 102 10 1 IO 10 1 10 2 FY SE 10 1 7029 HA IF 10 10 10 2 4 HANDLER 220 10 1 102 ONE EN a a aa a Er area EE E E 10 13 EEE s E E E AE A EE 11 1 S hayama E E E k 11 1 11 1 3 11 2 unupa 11 2 11 2 E u 11 2 Ver3 4 TH2818 TH2818 Ver3
108. O fE SEQ Hz Cp F D 5 CMP 1 00000k 326 355n 0 00039 10 0000k 326 353n 0 00060 H 100 000k 326 655n 0 00439 L 8 a OFF 6 6 TH2818 TH2818 lt 6 7 Ver3 4 F 2 0 lVrms FAST 240 TH2818 32 8kHz 35 5kHz 1 2 a b r 6 8 LCRZ
109. OPC ASCII 1 49 OUTPUT 717 OPC OPC 1 lt NL 1 1 ASCII 49 WrtCmd OPC 9 46 Ver3 4 TH2818 10 TH2818 Handler Handler F j ME HANDLER TH2818 10 1 1 TH2818 HANDLER
110. 30 Q 30 O 3 5 8 E 3 18 LCRZ TH2818 Ver3 4 AABS AABS AABS X Y X Y m A A
111. D BACKSPACE BACKSPACE 0 KEYLOCK KEYLOCK LCD LCD A F ffi KEYLOCK LCD LO 0N 00 DC BIAS DC BIAS DC BIAS LCD LCD DC BIAS LCD LCD 0 07 RESET RESET 9 ENTER ENTER
112. DISPlay MEASurement BNUMber BCOUnt LIST MSETup CSETup LTABle LSETup FRSEtup FRMEeas SYSTem FLISt TTSEt TLSEt TMDIsp TJDIsp LINE lt string gt LARGe TINY OFF PAGE DISPlay PAGE lt page name gt lt page MEASurement BNUMber BCOUnt LIST MSETup CSETup 9 2 TH2818 LTABle LSETup FRSEtup 2818 FRMEeas 2818 SYSTem FLISt TTSEt
113. gt TH2818 Ver3 4 1000 1000 3 CTH26005 TH2818 4 IE C 6 1 2 5 6 LCRZ TH2818 lt gt lt gt Ls Q AUTO 5 50000kHz 0 000V 1 500V SLOW Es 1 05252mll 0 30 0010 1 000 V Im 1 101mA 7 b
114. 2818 USB m USB 1 0 1 1 32MB 64MB 128MB 256MB FAT16 Microsoft Windows TCL 32MB 5 2 4 D HH f 2 c 3 ENTER 2 3 m Hs 5 8 SYSTEM gE i TH2818 Ver3 4 4 5 sm
115. OFF ZE ri EHU SCANBOX Ht pe KA P BELE MP M o 5 1 4 1 HIGH LONG Hs 5 2 SYSTEM A BE TH2818 Ver3 4 m HIGH SHORT LOW LONG fanni 8 5 EE mu J m OFF ZE ri EH SCANBOX Ht pe KA 5 1 5 1
116. SEQ STEP SYSTEM 4 1 Ver3 4 TH2818 SEQ SEQ STEP STEP 82442 4 1 4 WE DCR V x VY X 4 1 5 OFF ON 5 2 lt gt 4 2 gt TH2819 TRANS 20kHz 300kHz 5mV 4V EF D 5mV 2V AS
117. 1 e INDEX EOM ALARM EXT TRIG Keylock N 2 ME 2 WF EILE 3 2 BIN EXTTRIG 13 EXT TRIG TH2818 2 14 VEXT_TRIG 15 KeyLock ALARM INDEX EOM 16 5V 17 10 2 Handler TH2818 0 3A 19 PHI BIN1 BIN9 1 20 PLO
118. 3 11 TH2818 Ver3 4 LIDU 3 11 33 6 unaq 3 11 7 3 11 3 11 DO 3 11 3 4 lt gt TH2818XB 3 12 3 13 2 3 13 3 13 3 13 hayu y m sh aM 3 13 3 13 3 14 SN WAR ed 3 15 382 aa 3 16 25 3 DUBBED a 3 16 3 17 3 5 5 FD 3 17 ne 3 18 Ver3 4 TH2818 IDI 3 18 KRAE EE E 3 18 2 5 9 A 3 20 SNOT ed dd 3 20 3 20 ION TEEI IE sd A 3 21 S62 RE 3 23 OI 3 24 FOAM EN 3 25 2 26
119. OFF 2 OFF 3 ON OFF ON OFF JF 2 ON OFF J 3 ON OFF JF X k E F 6 1 2 LCRZ 13 a 5 5 2 2 3 E E 6 1 Ver3 4 b lt gt ON OFF
120. lt gt 1 00000 kHz 3 2 8 32 8 Hz kHz MHz kKHz 32 8000kHz 100 000 kHz 3 5 5 35 5 Hz kHz MHz kHz 35 5000kHz lt gt AJ ER EA 1 2 TH2818 Ver3 4 s 1 2 TH26008 TH2818 4
121. lt NR1 gt lt NL BIN CLEar COMParator BIN CLEar WrtCmd COMP BIN CLE BIN COUNT STATe ON OFF ON COMParator BIN COUNt STATe OFF 1 0 0 48 OFF 1 49 ON WrtCmd COMP BIN COUN ON COMParator BIN COUNt STATe lt NR1 gt lt NL BIN COUNt DATA COMParator BIN COUNt DATA BIN1 count gt lt BIN2 count gt lt BIN9 count gt lt 00 OF BIN count gt 9 33 Ver3 4 AUX BIN TH2818 count gt lt NL END gt lt BIN1 9 count gt NR1 1 9 lt OUT OF BIN count gt NR1 lt AUX BIN c BIN COUNT CLEar ount gt NRI COMParator BIN COU
122. 1 2 0 C A0 C 75 3 4 AC 5 5C 40 C 85 RH Ver3 4 6 1 5 1 6 1 2 1 7 1 2 3 TH2818
123. TURN lt DATA B gt Lx lt DATA B gt Q lt DATA gt 3 LK DCR F SN 1H N 0 1 1 0 1 ASCII SN SN NNNNNESNN 8 12 Ct Pt Kp Qm FAmax Amin FAmin Bmax FBmax Bmin FBmin Ct Pt Qm Amax FAmax Amin FAmin Bmax FBmax
124. 520 LCR LCR lt gt 5 6 SYSTEM TH2818 Ver3 4 INT MAN EXT ON OFF ON OFF ON OFF OFF A B lt gt lt gt TOL ABS TOL SEQ MODE ON OFF ON OFF lt gt SEQ STEP
125. 6 3 7 8 ENTER TH2818 9 1 2 3 4 m 5 2 6 TH2818 1 2 3 12 13 2
126. 1 49 ON 0 48 OFF q S OUTPut HPOWer lt INT gt lt NL END gt lt 0PT1 gt lt NL END gt 0PT1 DC 100mA 10V 1 EE DC ISOLation DC 100 10 DC 100mA 10V ON OFF OUTPut DC ISOLation 1 0 1 49 ON 0 48 OUTPut DC ISOLation lt NR1 gt lt NL END gt 9 7 Ver3 4 TH2818 9 1 8 BIAS BIAS STATe ON 1 OFF 0 VOLTage lt value gt N X IM GPIB CURRent lt value gt MIN MAX STATe
127. 1 1 5V WrtCmd LIST VOLT 1 2 2 2 3E 2 4E 2 1 2 3 4 10mV 20mV 30mV 40mV V LIST VOLTage lt NR3 gt lt NR3 gt lt NL 5Mv 2V CURRent LIST CURRent lt value gt lt value gt 10 lt value gt NR1 NR2 NR3 LIST CURR 100MA 1 100mA WrtCmd LIST CURR 1 2 2E 2 3E 3 4E 3 1 2 3 4 10mA 20mA 3mA 4mA A ampere LIST CURRent lt NR3 gt lt NR3 gt lt NL 50uA 20mA
128. Cp G Lp G 7 3 6 Rp D D lt 0 1 R Ver3 4 7 5 Ver3 4 TH2818 De XE Rp R S D D F D D 7 3 7 Rs D D lt 0 1 EME Rse X X De Q R 9 l 2zfC X X S C C F L H D DD F Um D 7 6 TH2818 Ver3 4 7 3 8 A S OHM 100pF 10 100kH 10kH 100 1kH 10pF 100H _ 100n 10M lnF lt 21 ZN Z 10 100k 100nF lt 100u 10k lt lt gt lt X 71 100uH 100uF A 100 A S A IYI G B 10uH 4 100m 10 s S S gt 0 N i 10mF NZ N NZ 4 4
129. TH2818 lt gt Cp D Cp D Cp Q Cp G Cp Rp 1 7 1 7 Cs D Cs Q Cs Rs 2 7 27 Lp D Lp Q Lp G Lp Rp 3 7 3 7 Ls D Ls Q Ls Rs 4 7 4 7 R X 7 0 7 0 r Rs Q 5 7 7 89r Z 0 1 000 V SLOW FAST MED SLOW FAST FAST LCRZ 1 3 1 3 2 3 2 3
130. 0 48 OFF WrtCmd AMPL ALC 0 AMPLitude ALC lt NR1 gt lt NL 9 1 6 Output RESister Output RESister 30 ORESister 100 WrtCmd ORES 30 30 OHM ORESister lt NR1 gt lt NL 9 1 7 0UTPut 0UTPut DC 100mA 10V OUTPut High POWer ON 1 OFF 0 ISOLation ON 1 OFF 0 HPOWer DC 100mA 10V 9 6 TH2818 Ver3 4 DC 100mA 10V ON OFF OUTPut HPOWer 1 0
131. AT 9 RS 232 2 TXD RXD 3 GND 7 DSR TH2818 RS 232 ER EF TXD 2 RXD 3 GND 5 Ver3 4 TH2818 TXD 2 TH2818 RXD 3 GND 5 TH2818 IMB AT 9 TH2818
132. TH2818 Ver3 4 4 3 4 4 3 5 4 3 6 5 2 lt gt 4 4 TH2819 TRANS gt TERJE z INT Be TW ic 4 4 1 PASSLOWVHIGH 44 2 Ls SYSTEMI 4 5 Ver3 4 PASSLOWVHIGH 4 4 3 Lk 4 4 4 TH2818
133. gt Cp D Ls Q Ls Q Cp Q Cp G Cp Rp 1 6 1 6 Cs D Cs Q Cs Rs 2 6 2 6 Lp D Lp Q Lp G Lp Rp 3 6 3 6 Ls D Ls Q Ls Rs 2 6 1 0000kHz 5 5 5 5 Hz kHz MHz kHz 1 000V 1 5 LCRZ 1 3 lt WEB 1009 2 a b 4 f g h 5 5000kHz D Sh 3 1 5V k D 6 4 1008 300 mV V uA mA A ENTER
134. gt TH2818 2 4 2 TRANS y TH2819 y TH2819 gt 2819 25 gt TH2819 25 24 3 SYSTEM 2 6 TH2818 2 5 SYSTEM gt Cp D 1 00000kHz 1 000V Cp 10 AUTO 0 000V SLOW 7395nF 0 00012 Vm 856 3mV Im 1 356mA gt Cp D 1 00000kHz W 0 1 000V BIN OUT 2 BR o OX gt Cp D F 236 543nF 0 00003
135. 3 1 ON OFF DCR 2 3 4 DCR FK 5 TH2818 43 75 3 TH2818 3 E H 1 2 3 OFE 1
136. G D Q m R ESR Rp X B lt 1 m Cp D Cp Q m Cp G m 1 7 2 1 7 3 3 2 LCRZ E TH2818 Ver3 4 m Cs D m Cs Q m Cs Rs a 2 7 2 7
137. I 110 1 Z 1 107 100kHz lt fm 1 107 200 70 2 103 107 1 lt 300kHz Zn X Vs 2 5x10 400 100 1 1 fa lt 100Hz s 1 7 2 10 1 9011 Do Zl Vs fn V fa 100Hz lt fm 2 5x10 400 100 J 1 1 gt 1 lt 100kHz Z X Vs 100kHz lt fm 2 5 107 400 100 2 6x10 Q lt 300kHz Zl X Vs 7 8 TH2818 fa Hz Q mViws 5000 HEH Ka Kp 5000 Ka KB K Ver3 4 K 0 0 0003 C 20 25 30 40 5 60 80 Hz 100 120 150 200 250 300 400 500 600 800 Hz 1 12 1 5 2 23 3 4 5 6 8 kHz 10 12 15 20 25 30 40 50 60 80 kHz 100 120 150 200 250 300 kHz C 43 TH2819 250kHz 300kHz KD Ka 8 Im 2m lt 1 0 2 5X 10 1 50X fm 5X10 1
138. AE HD LD HS LS nk HD LD LS 6 3 p Ch HD HS LS LD C 2 22 _ 6 3 Ver3 4 Cd FA 2 TH2818 H 1 Cx Ch C1 Cx
139. BIN1 BIN9 10 21 SREJ KEY LOCK TH2818 1 BIN BIN9 AUX OUT PLO SREJ ALARM ALARM INDEX TH2818 UNKNOWN DUT INDEX EOM 3 31 EOM End Of Measurement 3 32 33 COM2 EXTV2 34 35 36 Handler Ver3 4 10 3 Ver3 4 TH2818 T OUT SREJ AUX SREJ AUX www w w w z Z Z Z 2Z Z Z z Z PLO OUT PHI PLO SREJ 10 4 Handler
140. TH2818 TWHE 1 16 10 10 HANDLER 5V 5V 4 4 CS _ LOW HIGH BIN1 BIN9 TH2818 lt 0 5V 5V 24V 6mA OUT EXTV1 PHI COMI PLO INDEX TH2818 EOM lt 0 5V 5V 24V 5 ALARM EXTV2
141. Ver3 4 TH2818 3 104B mn Bb SE 3 35 KAIRIE a E 3 35 E EEE a A E E 3 36 4 TRANS 3 PL S U BB 4 1 CTS II Q 4 1 LNI 4 1 LIZ E 4 1 4 1 EE EEEIEE E 4 2 PE 4 2 4 2 lt gt TH2819 JE 4 2 4 3 2225 4 3 423 KAF EEPE aN SMKN 4 3 2A TA ee 4 3 4 3 lt gt TH2819 JE 4 4 4 4 4 4 2 4 4 TH2818 Ver3 4 4 34 Ai Ee wasa uu aa aaa 4 5 DSI se en A E EN E A A 4 5 n EEA AEE EA AE EENS 4 5 4 4 lt gt TH2819 JE es 4 5
142. 1 1 m 1 ENTER NTER 1 F H Ek Im 3 30 LCRZ TH2818 Ver3 4 9 1 1 1 10 2 2 1 2 11 10 9 2nd 12 2nd 3 7 7 5 2 lt gt 3 7 8
143. NR3 gt lt NL lt value gt NR1 NR2 mV V value gt 5mV 4V WrtCmd TRAN TURN LEVE 1V TRAN TURN LEVE lt NR3 gt lt NL TRAN TURN LEVE1 value gt TURN NP LImit TRAN TURN NP LImit lt value gt lt low limit gt lt high limit gt lt value gt NR1 NR2 EK NR3 2 EE lt low limit gt NR1 NR2 NR3 lt high limit gt NR1 NR2 NR3 WrtCmd TRAN TURN NPLI 100 0 01 0 01 TRAN TURN NPLI 9 36 lt NR3 gt NR3 gt lt NR3 gt lt NL TURN NS LImit
144. SEQ STEP 2 SEQ SEQ 3 STEP STEP 3 4 2 Hz 343 D 1 3 4 4 L H 3 4 5 5 2 lt gt 3 4 6 LCRZ 3 13 Ver3 4 TH2818 3 5 gt LCRZ 1 3 lt gt lt Cp D 100 000 7 1 000 OEF Omg
145. Ya 7 2 TH2818 Ver3 4 7 2 3 DmVeys 2Veys 10 X 2mV 2 TOA m DmVews 1 6 X 2mV 50 H Arus 20 10 x i EH 10 u Ars lmV 9 m Hg 100 Ans 10mAms 6 X 10 Ans Turns Ratio Phase DmVaus AVius 10 2mV lmV 7 2 4 309 1009 5 7 2 5 DmVRws 2Veys 3 X 0 5mV 0 01mVas 5mVRs 12 0 lmV 50 20 5 u A 0 001 Ans 50 Aus 12 X 1 nA 7 2 6 L Lk 0 01 99 9999kH C 0 00001pF 9 99999F R X Z DCR 0 0110 99 9999M Q Y B G 0 01nS 99 9999S D 0 00001 99999 9 Q 0 01 99999 9 8 Deg 179 999 179 999 Rad 3 14159 3 14159 Turns Ratio 1 0 01 100 1 7 27 TH2819
146. 0V 1 5V 2V 5 4 SYSTEM Hs TH2818 Ver3 4 m OPT 0 100mA HEY 10V 10V KZ 80 2 100 m EXT TH1773 KATHI 773 1 INT EXT 2 INT INT 3 WF 4 EXT 5 1 11 RS232 9 600k 115 200k 1
147. 3 14 3 14 LCRZ 3 21 Ver3 4 TH2818 m 2818 43 43 43 43 20 Hz 100 Hz 1 kHz 10 kHz 100 kHz 25 Hz 120 Hz 1 2 2 12 kHz 120 kHz 30 2 150 Hz 1 5 kHz 15 kHz 150 kHz 40 Hz 200 2 kHz 20 kHz 200 kHz 50 Hz 250 Hz 2 5 2 25 2 250 kHz 60 Hz 300 Hz 3 kHz 30 kHz 300 kHz 80 Hz 400 Hz 4 kHz 40 kHz 500 Hz 5 2 50 kHz 600 Hz 6 kHz 60 kHz 800 Hz 8 kHz 80 2 m 2818 lt gt 3 1 2 3 1 2 3
148. Lp Rp CPQ Cp Q LSD Ls D CPG Cp G LSQ 15 0 CPRP Cp Rp LSRS Ls Rs CSD Cs D RX R X CSQ Cs Q ZTD 2 0 CSRS WE HE H Cs Rs ZTR Z 9r LPQ Lp Q GB G B LPD Lp D YTD Y_09 LPG Lp G YTR Y WrtCnd FUNC IMP RX R X FUNCtion IMPedance lt function gt lt NL IMPedance RANGe FUNCtion IMPedance RANGe lt value gt lt value NR1 NR2 OHM KOHM FUNC IMP RANG IKOHM 1kOHM FUNCtion IMPedance RANGe value gt lt NL END gt value gt 10 30 100 300 1000 30
149. LCRZ 3 35 Ver3 4 3 10 6 1 2 1 g 2 TH2818 10 10 2 m E
150. TH2818 TLSEt TH2818 TMDIsp 2818 TJDIsp 2818 WrtCmd DISP PAGE 5 DISPlay PAGE lt page name gt lt NL END gt lt page name gt lt LCR MEAS DISP gt lt BIN No DISP gt lt BIN COUNT DISP gt lt LIST SWEEP DISP gt lt MEAS SETUP gt lt CORRECTION gt lt LIMIT TABLE SETUP gt lt LIST SWEEP SETUP gt lt FREQ RESP SETUP gt TH2818 lt FREQ RESP MEAS gt TH2818 lt 5 5 SETU
151. gt 1 0 l 2 A D 3 4 gt 2 ASCI SN S N 0 4 1 1 2 9 9E37 gt 0 3 4 gt oo ON lt gt 9 20 TH2818 Ver3 4 gt 2 3 ASCII SN SNN S 0 9 ASCII 6 w SN NNNNNESNN SN SN INL END
152. 3 m SYSTEM K A 5 9 Ver3 4 5 10 4 5 6 7 8 267 2 1 2 2 TH2818 a 2LCR gt 12 LCR b 3 LCR gt 13 LCR c Allcopy C LCR 20 TRS 40 ENTER ENTER E USB AAE RATE SYSTEM gE a BH SC fE ENTER TH2818 6 6
153. A A A B D E Kf Kf 0 JH Kf 0 2 L C X B D D lt 0 1 R G Q Q lt 0 1 D 0 1 C X B A V1 D Q 0 1 R G WEB G G B 7 3 2 D D De h FREE 7 4 HIR TH2818 4 100 lt 0 1 D gt 0 1 D 1 D D 7 3 3 Q Q De 9 11 Qx De Q Q D QxXDe lt 1 7 3 4 9 7 3 5 G M D lt 0 1 G G B X De S 1 2zflL B B HALS C C F L H D D F ER G
154. RS232C RS232C 3 GPIB GPIB GPIB Z lt Ez 5 1 8 GPIB 1 m J 2 5 1 9 Talk Only RS232C GPIB ON ON a OFF 2 ON OFF 5 1 10 3 INTR
155. A X Y Y X100 X Y D A TH2818 A B 2 3 B TH2818 A 226 B 4 2 5 A
156. AUTO in L 0V E 100 1000 10 100kQ Z 7 6 10 DCR DCR HE 2 2 AUTO lt 010 100 1000 1 10kQ 100kQ DCR 7 13 TH2818 Ver3 4 8 8 1 TH2818 RS232C RS 232 RS Recommended Standard 232 GEA 1969 RS 232 25
157. CORRection SPOT lt n gt LOAD STANdard gt lt REF B gt lt n gt 1 1 2 2 3 3 lt REF A gt NR1 NR2 NR3 lt REF NR1 NR2 NR3 J WrtCmd CORR SPOT1 LAOD STAN 100 7 0 0002 CORRection SPOT lt n gt LOAD STANdard 9 28 TH2818 Ver3 4 lt NR3 gt lt NR3 gt lt NL USE CORRection USE channel number gt lt channel number gt 1 127 NR1 NR2 NR3 WrtCmd CORR USE 10 10 CORRection USE channel number gt lt NL END gt USE DATA 1 2 3 CORRection USE DATA lt 1 number gt channel number gt 1 127 NR1
158. HZ KH2Z MHZ lt n gt 1 2 2 3 Ver3 4 TH2818 WrtCmd CORR SPOTI FREQ 2 77 1 2KHZ lt value 20HZ 300KHZ TH2819 20HZ 200KHZ CORRection SPOT lt n gt FREQuency lt NR3 gt lt NL SPOT lt n gt OPEN 1 2 3 CORRection SPOT lt n gt OPEN lt n gt 1 1 2 2 3 3 WrtCmd CORR SPOT1 OPEN 1 SPOT lt n gt SHORt 1 2 3 CORRection SPOT lt n gt SHORt lt n gt 1 1 2 2 3 3 WrtCmd CORR SPOT1 SHOR 1 SPOTKn gt LOAD STANdard 1 2 3 ER
159. 2 3 ON 3 22 E TH2818 1 LCRZ F 1 2 3 6 OFF 3 6 2 TH2818 TH2818 3 15 Ver3 4 1 2 53 R X 3 15 TH2818 TH2818 43
160. 9 TH2818 Ver3 4 B OFF lt low limit n gt NR2 NR3 n lt high limit n gt NRI NR2 NR3 n WrtCmd LIST BAND1 10 20 WrtCmd LIST BAND3 OFF LIST BAND lt n gt parameter lt low limit gt lt high limit n gt 9 1 11 APERture APERture tT I FAST APERture piwo i lt value gt SLOW FAST 30 MEDi um 10 SLOW 2 lt value gt 1 128 NR1 WrtCmd APER 55 APERture FAST MED lt NR1 gt lt NL SLOW 9 17 Ver3 4 TH2818 9 1 12 TRIGger TRIGger
161. DPHE KE ER WEM l 4 2 3 5 2 lt gt 4 2 4 SYSTEM 4 3 Ver3 4 TRANS TH2818 4 3 gt TH2819 gt
162. ua 7 3 7 28 JBE DMI 7 4 nae maar 7 4 2 7 4 T32 DAE s sa waaka a 7 4 aa 7 5 L940 7 7 5 DO es ee 7 5 se A 755 T OKRE 7 6 ZO IDOE N 7 7 2 9 Ea 7 9 L310 a aaa kausa 7 10 7 3 11 IHE Turns Ratio MI 7 10 an 7 10 5 7 10 2 A E E E 7 10 Pe E A EN 7 10 Sis RK nakay uha ha 7 10 TH2818 Ver3 4 UE E a 7 10 225 7 10 VR SU L EEE T EANA A AEE E 7 11 E E EE EE 7 11 Se A A E A E E 7 12 765 7 12 76 6 Nn 7 12 7 12 AA 7 12 7 6 9 E A 7 13 Z610 BNE DR a 7 13 EAE EEEE OEA
163. 1 IEEE 488 HANDLER 11 2 P 11 1 Ver3 4 11 6 TH2818 28 5 rr SC 40C 8
164. 1 338049 0 48 OFF FUNCtion SMONitor IAC lt NR1 gt lt NL DEV lt n gt MODE ON OFF 0 TH2818 Ver3 4 ABSolute FUNCtion DEV lt n gt MODE PERCent OFF ABSolute PERCent OFF M 1 49 2 50 WrtCmd FUNC DEV1 MODE ABS FUNCtion DEV lt n gt MODE ABS PERC lt NL END gt OFF DEV lt n gt REFerence FUNCtion DEV lt n gt REFerence lt value gt value gt NR1 NR2 lt n gt 1 49 2 50
165. 8 2 TH2818 Ver3 4 8 2 TH2818 GPIB IEEE488 GPIB IEEE 488 15 IEEE488 2 GPIB 1 2 20 2 15 3 4
166. BR z Er AB S ERR 10 00 8 0007 12 00T 10 00T 8 000T 12 00T OOHH 7 000HH 11 00HH OOHH 8 000DH 14 00 FR 12 225 00 20 00m Q 24 00m Q 4 2 lt gt SYSTEM TH2818 Ver3 4 EE 4 2 1 ABS A EE m ABS mg A 4 2 2
167. ESE value gt lt NL WrtCmd ESE SRE Service Request Enable command the status byte register SRE lt value gt value gt NR1 7 Operation Status Register Summary Bit 6 RQS Request Service Bit 5 4 Standard Event Status Register Summary Bit MAV Message Available Bit 3 0 Always 0 0 SRE value gt lt NL WrtCmd SRE ESR ESR lt value gt lt NL END gt value gt Ver3 4 TH2818
168. ON OFE ON g ON OFF h ON 1 Cp D Cp D Cp G Cp Rp 1 6 j Cp D Cp D k 1 ON OFF ON 1 m 1 0 0 100 Hz kHz MHz kHz 1 100 000kHz n 1 A 1 1 11 u m 1 2 n 11 0000nF 1 B 0 0 0 0 S 0 0005 p n u m 172 it 1 2 k 1
169. m 11 LMT A B 3 8 4 5 2 lt gt 3 32 LCRZ O0FF TH2818 3 9 gt TH2818 LCRZ 1 3 1 3 2 3 25 lt gt AF
170. number gt lt number gt 120 AMAZAN 120 240 240 480 480 960 960 WrtCmd FRSE POIN 240 FRSEtup POINt number gt lt NL END gt 9 43 Ver3 4 TH2818 9 2 TH2818 GPIB 5 TRG IDN TST ESE SRE ESR STB 0PC CLS RST RST WrtCmd RST TRG TRG WrtCmd x TRG CLS CLS WrtCmd x CLS IDN TH2818 ID IDN manufacturer gt lt model gt lt firmware gt lt NL END gt lt manufacturer gt Tonghui lt mode1 gt TH2818 Cfirmware gt VER2 3 7 WrtCmd x IDN TST
171. openl lt B gt lt short1 gt lt 1 B gt lt loadl gt lt 1 B gt lt 2 A gt lt 2 B gt lt short2 lt short2 B gt lt 1oad2 A gt load2 B gt lt open3 A gt lt open3 B gt lt short3 gt lt short3 B gt lt load3 gt load3 B gt lt 1 2 3 gt 1 2 3 lt 1 2 3 B gt 1 2 3 short1 2 3 gt 1 2 3 short1 2 3 B gt 1 2 3 lt load1 2 3 gt NR3 1 2 3 lt load1 2 3 B gt 1 2 3 T 9 1 15 COMParator COMParator x tt 9 29 Ver3 4 TH2818 COMParato STATe oN 1 OFF 0 MODE Abso
172. 1 000T INT SLOW DCR 7x 1 000kHz 1 000V 1 000kHz 1 0004 1 000 INT SLOW 0 014 5 152 695 85 041 Q Q 2 89593 O lt INT SLOW HIGH 10 HIGH 0 0 09186 O 2 10 TH2818 SYSTEM gt 0 F 5 A lt gt 2 6 TH2818 TRANS SYSTEM 2 5 lt gt 4 Ver3 4
173. 2 2 1 0 00050 1 ON OFFE q CTH26010 s 6 10 TH2818 Ver3 4 u b 6 11 TH2818 Ver3 4 73 3 7 1 7 1 1
174. 8 1 gt hanaq i 8 1 8 2 TH2818 EWI ana aaa aaa 8 3 8 5 8 6 2 8 6 Sin SCPD 8 8 awina 9 1 Ver3 4 TH2818 9 1 TH2818 5 9 1 9 1 1 DISPlay 9 2 9 1 2 FREQuency FRM ELE 9 4 QTVOD1N52 9 4 9 7 4 CURRent 9 5 9 7 5AMPLitude FRAME 9 5 9 1 6 Output RESister 9 6 9 1 7 OUTPut JRR LLE 9 6 hu 9 8 9 1 9 FUNCtion 9 9 9 14 9 7 11APERture 9 17 9 18 9 7 18 FETCh 9 19 9 7 14 CORRection 9 23 9 1 15 _ 9 29 9 7 16 Mass MEMory TRAME 9 34 9 1 17 9 35 9 1 18 FRSEtup TRM
175. Co Rp 1585 Ls Rs CSD Cs D RX R X TH2818 Ver3 4 CSQ Cs Q ZTD 2 0 CSRS WE WHE H Cs Rs ZTR Z 0 r LPQ Lp Q GB G B LPD Lp D YTD Y_09 LPG Lp G YTR Y CORR LOAD TYPE CPD CORRection LOAD TYPE function2 lt NL SPOTKn gt STATe 1 2 ON CORRection SPOT lt n gt STATe OFF 1 0 1 49 0 0 48 OFF lt n gt 3 3 WrtCnd CORR SPOT1 STAT ON CORRection SPOT lt n gt STATe lt NR1 gt lt NL SPOT lt n gt FREQuency 1 2 3 CORRection SPOT lt n gt FREQuency lt value gt lt value gt NR1 NR2 NR3
176. E 3 26 0 3 26 DR 3 26 3 7 lt gt TH2818XB JE 3 26 3 27 2 2 E aha 3 27 IL D PRE a 3 29 3 7 4 ON OFF 3 29 ITa MONOPP se pa anl 3 29 TH2818 Ver3 4 3 30 3 31 3 31 3 8 lt gt TH2818XB JE 3 31 3 32 38 2 3 32 2220 A U 3 32 OA I 3 32 3 9 lt gt 2818 3 33 Su uhuman uuu E E 3 33 3 33 SOD 3 34 3 34 OD 3 34 S90 Ee R TANT a AN 3 34 3 10 lt gt TH2818 3 34 3101A mit 3 35 3 35 2 70 25 max n 3 35
177. RRE ERF 3 3 1 3 10 LCRZ 3 t 0 TH2818 Ver3 4 Cp D D Cp D Cp 3 3 2 3 3 3 2nd 3 3 4 3 3 5 3 3 6 AUX 3 3 7 OUT 3 3 8 5 2 lt gt 3 3 9 TH2818
178. 6 4 TH2818 6 4 6 5 TH2818 5 6 5 6 6 TH2818 6 7 a 6 10 s a aa saq Nh aaa aaa aaa aasan a 7 1 TH2818 Ver3 4 Z MD ee ct ee de dd dr 7 1 7 1 1 7 1 7 1 7 1 RTA 7 1 1 7 1 7 1 ZT PE ee ee ed ed a E AERE 7 2 oe 7 2 7 1 9 H 7 2 LAO ee a a AEE AAN 7 2 2 Ouo hd 7 2 7 2 72 7 2 7 2 f Sel PS 7 3 7 3 725 WRF 7 3 E yawat 7 3 Ver3 4 TH2818 BAINA BIR 9
179. 8 2 2 6 243 HEE DM 5 5 22 2 2 2 6 Et PE 2 7 2 2 12 Ver3 4 TH2818 LERZ A Ei I a awas edn 3 1 3 1 lt gt CTH2818XB 3 1 3 2 3 4 3 4 3 1 4 MF 3 5 a 3 6 3 6 3 7 LA EE 3 7 DL Hl CTH28I8XB 3 8 3 9 222 3 9 Ee 3 9 3 3 lt gt TH2818XB 3 10 3 10 932 3 11 21 3 11
180. A BRM BIR Un DC PCL W spt 0 3 1 6 TH2818 A D FAST MED SLOW 3 1 m FAST 3 6 LCRZ a TH2818 Ver3 4 MED m SLOW 2 3 1 7 5 2 lt gt 3 1 8 TH2818
181. COM2 Handler TH2818 Ver3 4 10 2 4 HANDLER RP5 RP6 000000 1 C5 Sd oo g L 07 08 09 010 011 012 013 014 015 016 019 020 021 022 0230 024 025 026 027028 029 u5 017018 2 R L701 of Fo D X701 Handler 10 11 Ver3 4 TH2818 27 28 EXT DCVI 2 2 2 9 z s 10 gt OUT 11 AUX 19 5 20 gt 1415 e PaE za gt EXT TRIG 20 gt KEYLOCK 10 12 Handler _ TH2818 Ver3 4 HANDLER 5V 5V Handler TH28
182. gt 3 9 6 5 2 lt gt KE o 3 10 gt TH2818 LCRZ 1 3 13 1 23 3 3 E 2 3 lt gt 20Hz 300kHz 120 240 480 960 LCD
183. m Lp D Lp Q Lp G m Lp Rp 3 7 3 7 15 m 15 0 15 5 2 4 7 4 7 m R X a 7 a 7 m Rs Q Z 5 7 5 7 m m m 026 7 6 7 m a 7 7 7 7 1 1 8 LCRZ 3 3 Ver3 4 TH2818
184. 0 5 6 UNKNOWN HD Hcur HS Hpot LS Lpot Leur 7 TURNS 9 8 CURSOR LCD 9 USB 0 LCRZ 3 P S LCRZ D TRANS TRANS 9 SYSTEM 2 2 TH2818 Ver3 4 SYSTEM
185. 3 3 B m 18 1 A B 2 A B 3 A B gt A B a 1 2 3 IEEE488 E m 3 6 1 TH2818 G B
186. 4 11 FERA 12 Gd 198V 242V 2 47 5Hz 52 5Hz 3 80VA 4 L N E 5 AC MP BARYER IBD 1 3 14
187. 43 dn 43 TH2818 lt gt BE 3 1 2 3 1 2 3 3 FE 3 ON OFF DCR LCRZ 3 23 Ver3 4 TH2818 2 3
188. BIAS CURR 1 2 2E 2 3E 2 4E 2 1 2 3 4 10mA 20mA 30mA 40 LIST BIAS CURRent lt NR3 gt lt NR3 gt lt NL TH2818 TH2819 TH1773 0 10A MODE SEQuence LIST MODE STEPped SEQuence STEPped WrtCmd LIST MODE SEQ LIST MODE SEQ lt NL END gt STEP BAND lt n gt LIST BAND lt n gt lt parameter gt lt low limit n gt lt high limit n gt lt n gt 1 10 NRI n lt parameter gt A si 9 16
189. X x X X 100nH 1 10 100m OO 6 10nH 100 10m 207z 100Hz 10kHz 100kHz 300 2 50Hz 30kHz 200kHz A A 0 05 0 4Vas lt Vs lt 1 2Vams A 0 1 0 4Vms lt Vs lt 1 2Vms A Vs lt 0 4Vims Vs gt 1 2Vims 7 7 Ver3 4 TH2818 A OLE B A Al A V Ar Sm 10m 20m 50m 100m 150m 200m 500m 1 12 3 Vrms RIB Ka Ko 2 1 1 fu lt 100Hz gt Ja yay 09 71 10 1 1 200 Z Vs f V f 100Hz lt fm 1 10 200
190. gt lt low limit gt lt high limit gt Lk STAT ON 1 FREQ lt value gt LEVE1 lt value gt LIMIt value gt low limit gt lt high limit gt Lx STAT ON 1 FREQ lt value gt LEVE1 lt value gt LIMIt value gt low limit gt lt high limit gt DCR STAT ON 1 F LIMIt value gt low limit gt lt high limit gt MODE SEQ STEP TURN STAT ON TRAN TURN STAT OFF 1 0 Um E 9 35 Ver3 4 TH2818 1 49 ON 0 48 OFF WrtCmd TRAN TURN STAT ON 9 TRAN TURN 5 lt NR1 gt lt NL TRAN TURN FREQ lt value gt TURN LEVE1 AAS TURN FREQ lt value gt NR1 NR2 NR3 Hz KHZ MHZ WrtCmd TRAN TURN FREQ 1KHZ 1KHZ TRAN TURN FREQ
191. mode name linear 1log linear log WrtCmd FRSE COOR linear FRSEtup COORdinate mode name gt lt NL END gt SCALe FRSEtup SCALe mode name gt 9 42 TH2818 Ver3 4 name gt AUTO hold hold WrtCmd FRSE SCAL AUTO FRSEtup SCALe mode name gt lt NL POINt FRSEtup POINt
192. 00 10000 30000 100000 IMPedance RANGe AUTO ON FUNCtion IMPedance RANGe AUTO OFF 0 1 49 ON Ver3 4 0 48 OFF WrtCmd FUNC IMP RANG AUTO ON FUNCtion IMPedance RANGe AUTO lt NR1 gt lt NL TH2818 F Source MONitor VAC FUNCtion SMONIitor VAC 0 48 OFF FUNCtion SMONitor VAC lt NR1 gt lt NL ON 1 OFF 0 FUNC SMON VAC ON Source MONitor IAC WrtCmd FUNC SMON IAC ON FUNCtion SMONitor IAC R
193. 1 2 3 3 1 2 3 A B 1 2 3 1 2 3 ON a OFF 1 2 3 1
194. 1 5VDC 5 10Q 5 7 3 Ver3 4 TH2818 7 2 8 0V 1 5VDC 2VDC 5 1 5 2V 7 3 25 m RA ma a gt 30 Om Im b c d e 0 OFF AUTO A JI O 7 3 1 Z Y L C R X G B z L C R X G B Ae A A X100 Ku KH X K A
195. 100kQ 0 19 19 3 oe 0 02 1kQ 10kQ 100kQ 100 u H 4 0 02 10mH 100mH 0 1000 MHz 0 5 500V 10 0 25kW ee 7 6 3 7 11 Ver3 4 TH2818 7 6 4 Heur 10mV 20mV 100mV 200mV 1V 2V 7 6 5 Heur 20Hz 100Hz 1kHz 10kHz 100kHz 300kHz 2819 200kHz 7 6 6 R L C D L C D 7 67 BREC HFE D
196. 12 lt NL METHod CORRection METHod 1 MULTi SINGle MULTi WrtCmd CORR METH MULT CORRection METHod f SINGle lt NL END gt MULTi OPEN 43 TH2819 41 CORRection OPEN WrtCmd OPEN STATe ON CORRection OPEN OFF 1 0 1 49 ON 0 48 OFF CORR OPEN STAT ON CORRection OPEN STATe lt NR1 gt lt NL SHORt 43 2819 41 NS 9 25 Ver3 4 TH2818
197. 18 5V 10 2 m G m 5 HANDLER 5V J1 J2 J4 J5 HANDLER EXTV2 EXTV2 1 6 HANDLER OUTPUT INPUT HANDLER HANDLER 1 gt 2 gt
198. 3 4 2 TH2818 TH2818 TH2818 2 1 2 1 TH2818 1 2 3 11 12 20 16 9 15 13 14 ELECTRONI OS TH2818 Automatic Component Analyzer 77 181712 40007685 LCRZ TRANS SYSTEM opoo KEYLOCK CURSOR L4 asya 00 BIAS T 1 2 3 TRIGGER ENTER RESET POWER UNKNOWN TURNS x 0 1 Lin Lu MA Hor Ha 6 646 5 4 6 7 8 19 10 2 1 0 LCD 320X240 T 94 Ver3 4 TH2818 4 POWER 1
199. 50X fm gt 1 5V rns 0 2 5 10 1 16X fmn 5X10 1 50X fn fa MHz Kd 2m Ke 5 8 18 28 38 7 3 9 DCR A 1 R 5M 16m Q 0 2m Q A 0 25 A 0 5 h FE 7 9 Ver3 4 TH2818 KH 7 3 10 Lk EX L 0 2 7 3 11 Turns Ratio A XA 1 10 7 1 0 0 002 0 5 0 25 Zp A B 1 1 7 4 7 4 1 7 4 2 P P 50M 8 2MQ O 1 5
200. CRZ 3 LCRZ gt lt gt LCRZj Handler 10 13 Ver3 4 TH2818 HANDLER 1 10uF 10uF lt gt V OFF WXL I OFF lt gt 10 14 Handler TH2818 Ver3 4 11 11 1 RE ZIS EF TH2818 1 TH26011 1 3 TH26005 1 4 TH26004B TH2819 25 1 5 TH26010 6 1 1 2 8 1 1 1
201. EE488 5 2 4 TH2818 320X240 2 3 3 4 6 TH2818 7 8 2 3 lt gt Cp D 1 00000kHz 1 000V Cp D 0 43539 Im 10 Vm OFF AUTO 0 000V SLOW 7395nF iy 15 1 3 2 3 Ver3 4
202. N TRAN DCR STAT lt NR1 gt lt NL DCR LIMIt TRAN DCR LIMIt lt value gt lt low limit gt lt high limit gt lt value gt NR1 NR2 NR3 lt low limit gt NR1 NR2 NR3 lt high limit gt NR1 NR2 NR3 WrtCmd TRAN DCR LIMI 509 0 01 0 01 TRAN DCR LIMI lt NR3 gt lt NR3 gt lt NR3 gt lt NL MODE SEQuence TRAN MODE STEPped SEQuence STEPped WrtCmd TRAN MODE SEQ TRAN MODE 9 40 lt NL END gt STEP 9 1 18 FRSEtup FRSEt TH2818
203. Nt CLEar WrtCmd COMP BIN COUN CLE 9 1 16 Mass MEMory Mass MEMory Mass LOAD F 5 record number gt STORe 5 record number gt LOAD STATe lt value gt LOAD STATe lt value gt 0 9 NR1 WrtCmd MMEM LOAD STAT 1 STORe STATe lt value gt STOR STATe lt value gt 0 9 NR1 WrtCmd MMEM STOR STAT 1 9 34 TH2818 9 1 17 TRAN TRAN TH2818 TRAN TURN STAT ON 1 aso FREQ lt value gt Ver3 4 LEVE1 lt value gt Np LIMit value gt low limit gt lt high limit gt Ns LIMit lt value
204. P gt lt FILE LIST gt lt TRANS TEST SET gt lt TRANS LIMIT SET gt lt TRANS MEAS DISP gt lt TRANS JUDGE DISP gt TH2818 TH2818 X TH2818 2818 LINE 20 DISPlay LINE lt string gt Ver3 4 TH2818 lt string gt HJ Li ASCII 20 WrtCmd DISP LINE Resistor meas DISPlay LINE string gt lt NL ResultFONt DISPlay RFONt lt font gt lt font LARGe TIN
205. RIG DEL 5S 5 b TRIGger DELay NR3 gt lt NL 9 1 13 FETCh TH2818 FETCh IMP Source Dage IAC fres J bcur IMP TH2818 TH2818 x FETCh IMP WrtCmd 5008 BUS WrtCmd TRIG WrtCmd TH2818 ASCII ASCII SN NNNNNESNN SN NNNNNESNN SN SN SNNINLAEND lt DATA A gt lt DATA B gt lt gt lt gt 9 19 Ver3 4 TH2818 gt B gt A gt lt DATA B gt 12 ASII SN NNNNNESNN S N 0 9 E Exponent Sign gt
206. TH2818 Ver3 4 fE H w 7 R OPERATION MANUAL MODEL TH2818 TH 2819 LCR AUTOMATIC COMPONENT ANALYZER PRECISION LCR METER V3 4 Tonghul Electronic Co Ltd F TEL 0519 5132222 5113342 5109592 5109671 0519 5115008 FAX 0519 5109972 HTTP www tonghui EMAIL sales tonghui com cn TH2818 Ver3 4 hE S ee ee da ede de ee dnd ee de a 1 1 JP u puna 1 1 Et Bp S 1 1 13 Wala 1 1 E T uuu u NADA nu uh TE 1 1 1 2 1 6 MARE nayana aduana 1 2 ee 1 2 503i i 2 1 2 1 cD oe nn ee 2 1 2225 mashu a hisap R 2 4 2 5 2 4 9 2 6 24 1 LEANE O TA 2 6 242
207. lute TOLerance Percent TOLerance SEQuence TOLerance NOMinal lt value gt L BIN lt n gt lt low limit gt lt high limit gt SEQuence BIN lt low limit gt lt BINI high limit gt lt BIN2 high limit gt lt high limit gt BINn high limit gt Secondary LIMit lt low limit gt lt high limit gt Auxiliary BIN ON 1 OFF 0 SWAP ON 1 OFF 0 SC CLEar STATe COUNt DATA CLEar STATe ON COMParator STATe OFF 1 0 49 ON 0 48 OFF WrtCmd COMP ON COMParator STATe lt NR1 gt lt NL MODE 9 30 TH2818 ATOLerance COMParator MODE4 PTOLerance SEQuence ATOLerance PTOLerance SEQuence COMParator MODE f ATOL PTOL gt lt NL SEQ WrtCmd COMP MODE ATOL Ver3 4 TOLerance NOMinal
208. mV V value 5mV 2V WrtCmd TRAN Lx LEVE 1V TRAN Lx LEVE NR3 gt lt NL Lx LIMIt TRAN Lx LIMIt lt value gt lt low limit gt lt high limit gt XE lt value gt NR1 NR2 EK NR3 lt low limit gt NR1 NR2 NR3 lt high limit gt NR1 NR2 WrtCmd TRAN Lx LIMI 0 01H 0 01 0 01 TRAN Lx LIMI lt NR3 gt lt NR3 gt lt NR3 gt lt NL DCR STAT 9 39 Ver3 4 TH2818 ON TRAN DCR STAT OFF 1 0 1 49 ON 0 48 OFF WrtCmd TRAN DCR STAT O
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