TH8200 Series Operation Manual Contents Contents Chapter 1 Introduction to the instrument and unpacking installation ........... 2 Introduction ........................2 Load Characteristics ..................... 3 Fuse ..........................3 Environment ......................... 3 Use of Test Fixture ....................... 4 Warm-up ........................4 Chapter 2 Front and rear panels and Entry operation ..............
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TH8200 Series Operation Manual Contents 4.13 ARB Key Group ......................26 4.13.1 Range Key Group ..................26 4.13.2 Edit Mode Key Group ................27 4.13.3 Coordinate Map ..................27 4.14 Circuit Key Group ...................... 27 4.14.1 Circuit Key Group ..................27 4.14.2...
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TH8200 Series Operation Manual Contents Announcement The description of the manual may not cover all 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 puzzle caused by inconsistency of manual...
TH8200 Series Operation Manual Chapter 1 Introduction to the instrument and unpacking installation Thank you for purchasing and using our products! This chapter introduces you to the basic performance of the instrument, and then talks about some checks that must be performed when you receive the instrument and you must understand the conditions that the instrument has before installing and using it.
TH8200 Series Operation Manual And please confirm according to the packing list, if there is any discrepancy, please contact our company or distributor as soon as possible to protect your rights and interests. 1.2 Load Characteristics 1. Rated power: 175W, 350W, 1050W 2.
TH8200 Series Operation Manual Instrument storage environment: Temperature: -10 °C ~ 50 °C, humidity: ≤90% RH, no condensation. In order to keep good airiness, please don’t obstruct the left and right airiness holes to make the instrument maintain the accuracy.
TH8200 Series Operation Manual Chapter 2 Front and rear panels and Entry operation This chapter describes the basic operation steps of TH8200 instrument. Before using TH8200 instrument, please read this chapter in detail so that you can quickly learn the operation of TH8200 instrument.
(7) Power supply and fuse 2.3 Introduction to display zone TH8200 series uses a 24-bit 4.3-inch true color LCD display with a resolution of 480*272. The display screen is divided into the following display areas, as shown in Figure 2-3.
TH8200 Series Operation Manual Figure 2-3 display zones (1) Title area This area indicates the name of the current load mode. (2) Measurement result display area This area displays the voltage, current and power measurement results. (3) Auxiliary key area There are 5 auxiliary keys on the right side of the display.
Figure 2-4 shows the startup screen of TH8201. The startup screen includes some product information such as Tonghui's trademark, instrument model, and version number Figure2-4 TH8201 Startup Screen...
TH8200 Series Operation Manual Chapter 3 Basic Mode Key Group This chapter provides reference information for the function key menu corresponding to the front panel key MODE. "CC Key Group" "CV key group" "CR key group" ...
TH8200 Series Operation Manual The corresponding relationship between the setting range and the instrument model is shown in the following table: Model Low current range Mid current range High current range 100μA/μs ~100mA/μs 1mA/μs ~1A/μs 10mA/μs ~10A/μs TH8201-150-40 200μA/μs ~200mA/μs 2mA/μs ~2A/μs...
TH8200 Series Operation Manual Voltage setting Set load voltage Current range Low range Mid-range High range Voltage range Low range High range 3.2.1 Load Voltage The high limit can be set to 105% of the full scale of the current voltage range.
TH8200 Series Operation Manual 1μΩ 10μΩ 100μΩ TH8204-150-240 3.4 CP Key Group Press the [CP] menu key in the function key area at the bottom of the screen, and the parameter setting menu about the CP function will be expanded in the auxiliary key area on the right side of the screen.
TH8200 Series Operation Manual Chapter 4 Advanced Mode Key Group This chapter provides reference information of the function key menu corresponding to the front panel keys ADVA. "CR-LED key group" "Battery Test Key Group" "Dynamic Test Key Group" "Scan Key Group"...
TH8200 Series Operation Manual TH8201-150-40 150V TH8202-150-80 150V TH8203-150-160 150V TH8204-150-240 150V Some advanced functions can set the current rising/falling slope. The corresponding relationship between the setting accuracy and the instrument model is shown in the following table: Model Low current range...
TH8200 Series Operation Manual right side of the screen. Mode Current setting Set load current, effective in CC mode Resistance setting Set load resistance, effective in CR mode Power setting Set load power, effective in CP mode Stop condition Voltage...
TH8200 Series Operation Manual the load will switch between the two loads in an endless loop. Pulse Each time a trigger signal is received, the load will switch to the B value, and after maintaining the B pulse width time, it will switch back to the A value.
TH8200 Series Operation Manual 4.5 Time Test Key Group Press the [Time Test] menu key in the function key area at the bottom of the screen, and the parameter setting menu for the time measurement function will be expanded in the auxiliary key area on the right side of the screen.
TH8200 Series Operation Manual Step count Step count Set current increment step Dwell time Dwell time Set the Dwell time for each step Set current rising slope Rising slope Set the current drop slope Down slope Low range Current range...
TH8200 Series Operation Manual voltage is the overvoltage protection point of the power supply under test, and the peak time The time interval of the trigger time is the OVP response time of the power supply under test, and the response time measurement accuracy is 2uS.
TH8200 Series Operation Manual process and automatically capture the maximum power point and the voltage and current value at the maximum power point. The interface displays as shown below: 4.9 Load Effect Key Group Press the [Load Effect] menu key in the function key area at the bottom of the screen, and the parameter setting menu for the load effect function will be expanded in the auxiliary key area on the right side of the screen.
TH8200 Series Operation Manual The interface displays as shown below: 4.10 MPPT Key Group Press the [MPPT] menu key in the function key area at the bottom of the screen, and the parameter setting menu for the MPPT function will be expanded in the auxiliary key area on the right side of the screen.
TH8200 Series Operation Manual 4.11 List Test Key Group Press the [List Test] menu key in the function key area at the bottom of the screen. The parameter setting menu for the list test function will be expanded in the auxiliary key area on the right side of the screen.
TH8200 Series Operation Manual The user can edit the load value, dwell time (10μs~60s), slope and trigger output of each step separately (the load outputs a level signal for each step completed). The maximum number of steps is 100 steps.
TH8200 Series Operation Manual 4.12 Waveform Load Key Group Press the [Waveform Load] menu key in the function key area at the bottom of the screen to expand the parameter setting menu for the waveform load function in the auxiliary key area on the right side of the screen.
TH8200 Series Operation Manual 4.12.2 Range Key Group Press the [Range] menu key in the function key area at the bottom of the screen, and the range setting menu about the waveform load will be expanded in the auxiliary key area on the right side of the screen.
TH8200 Series Operation Manual Back sawtooth Peak Bias Pulse width Cycle Phase 4.13 ARB Key Group Press the [ARB] menu key in the function key area at the bottom of the screen, and the parameter setting menu about the ARB function will be expanded in the auxiliary key area on the right side of the screen.
TH8200 Series Operation Manual Current range Low range Mid-range High range Voltage range Low range High range 4.13.2 Edit Mode Key Group Press the [Edit] menu key in the function key area at the bottom of the screen, and the edit menu for the list test will be expanded in the auxiliary key area on the right side of the screen.
TH8200 Series Operation Manual Circuit D Characteristics of load simulation circuit D Circuit E Characteristics of load simulation circuit E Circuit F Characteristics of load simulation circuit F 4.14.2 Range Key Group Press the [Range] menu key in the function key area at the bottom of the screen, and the range setting menu about the circuit will be expanded in the auxiliary key area on the right side of the screen.
TH8200 Series Operation Manual 4.15 Automatic Test Key Group Press the [Auto Test] menu key in the function key area at the bottom of the screen, and the parameter setting menu for the automatic test function will be expanded in the auxiliary key area on the right side of the screen.
TH8200 Series Operation Manual Limit Specify parameters Electric current Voltage Power Upper Value Low Value Failed operation Continuous If judged as unqualified, continue to the next step Stop Stop pulling when judged as unqualified Delay Delay type Time Trigger signal...
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TH8200 Series Operation Manual Output Pass Output a level or pulse signal when the limit judgment result condition is "pass" Failure Output a level or pulse signal when the limit judgment result is "failure" Output a level or pulse signal at the end of all steps...
TH8200 Series Operation Manual Chapter 5 SETUP Key Group This chapter provides reference information for the function key menu corresponding to the front panel key SETUP. • "Load/unload key set" • "Protection Key Group" • "Display key group" • "Preset key group"...
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TH8200 Series Operation Manual Customize Execute protection operation when the measured voltage exceeds maximum voltage set by the user Maximum voltage Only valid when the status is set to [Custom] Overcurrent State Default Execute protection operation when the protection measured current exceeds 105% of the...
TH8200 Series Operation Manual 5.3 Display Key Group Press the [Display] menu key in the function key area at the bottom of the screen, and the parameter setting menu about the display function will be expanded in the auxiliary key area on the right side of the screen.
TH8200 Series Operation Manual does not exist" STATE(3) If there is a configuration file named "STATE(3).sta" in the root directory of the instrument file system, load the file, otherwise it will prompt "File does not exist" STATE(4) If there is a configuration file named "STATE(4).sta" in the root directory of the instrument file system, load the file, otherwise it will prompt "File...
TH8200 Series Operation Manual 5.6 Timer Key Group Press the [Timer] menu key in the function key area at the bottom of the screen, and the parameter setting menu about the timer function will be expanded in the auxiliary key area on the right side of the screen.
TH8200 Series Operation Manual The soft start function can control the current rise time of the electronic load. It will only take effect when all the following conditions are met: 1. The current load mode is CC mode. 2. The input signal cannot be less than the minimum load voltage of the electronic load.
TH8200 Series Operation Manual Interval type Within interval Out of range Mode Absolute value Deviation Percentage Reference Current limit Current lower limit Power State Shut down Open Interval type Within interval Out of range Mode Absolute value Deviation Percentage Reference...
TH8200 Series Operation Manual Chapter 6 SYSTEM Key Group This chapter provides reference information for the function key menu corresponding to the front panel key SYSTEM. • "Master/Slave Key Group" • "Power-on state key group" • "Communication interface key group"...
TH8200 Series Operation Manual Load The load is not automatically loaded after starting The load is automatically loaded after startup Keyboard lock Do not lock the keyboard after booting The keyboard is automatically locked after booting State setting Factory settings...
TH8200 Series Operation Manual Instrument Set the instrument address (1~32), only valid when the protocol type is address ModBus External Key Group Press the [External] menu key in the function key area at the bottom of the screen to expand the parameter setting menu for external functions in the auxiliary key area on the right side of the screen.
TH8200 Series Operation Manual Message log View the message log displayed on the instrument interface 6.6 Version Information Key Group Press the [Version Information] menu key in the function key area at the bottom of the screen, and the parameter setting menu about version information will be expanded in the auxiliary key area on the right side of the screen.
9-pin connector serial interface used by the computer. Users can purchase the serial interface cable of computer and Tonghui instrument from Changzhou Tonghui Electronics Co., Ltd. The baud rate of the RS232 interface can be selected from 9600 to 115200, no parity, 8 data bits, and 1 stop bit.
TH8200 Series Operation Manual USBTMC Remote Control System The USB (Universal Serial Bus) remote control system controls the device through the USB interface. The connection conforms to USBTMC-USB488 and USB2.0 protocols. 7.1.1 System Configuration Connect the USB interface on the rear panel of the TH8200 to the USB interface on the host computer via a USB cable.
TH8200 Series Operation Manual Chapter 8 Handler TH8200 series DC resistance tester provides users with a Handler interface, which is mainly used for the output of instrument sorting results. When the instrument is used in an automatic component sorting test system, this interface provides the contact signal with the system and the sorting result output signal.
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TH8200 Series Operation Manual Time Min. Value Max. Value t1: Trigger pulse width 10ms t2:One measurement time t3+t4 t3:一 Sampling time for each measurement 1 Sampling Time Display “ON”: 22ms t4:Data processing and display time for one Display “OFF”: 5ms...
TH8200 Series Operation Manual Chapter 9 SCPI Commands 1. The data agreement in this manual NR1: integer, for example: 123. NR2: fixed-point number, for example: 12.3. NR3: floating point number, for example: 12.3E+5. NL: carriage return, integer 10. ^END: EOI (end) signal of IEEE-488 bus.
TH8200 Series Operation Manual Then the input command is: :INP:STAT 1 --Query example: If the input command is: :INP:STAT? The returned content is: 0, indicating that the instrument is in the unloaded state. 9.3.2 :INPut:SHOR --Function: Set loading/unloading status --format:...
TH8200 Series Operation Manual --Setup example: If you want to set CC mode: Then the input command is: MODE CC --Query example: If the input command is: MODE? The returned content is: 0, indicating that the instrument is in CC mode.
TH8200 Series Operation Manual If the input command is: CURR:RANG? The returned content is: LOW, indicating that the current range is low. 9.4.4 [:SOURce]:CURRent:SLEWrate:RISE --Function: Set the current rising slope --format: Setting format: [:SOURce]:CURRent:SLEWrate:RISE <value> Query format: [:SOURce]:CURRent:SLEWrate:RISE? --Data<data> Data type: numeric...
TH8200 Series Operation Manual Setting format: [:SOURce]:CURRent:LIMit:STAT {OFF|0|ON|1} Query format: [:SOURce]:CURRent:LIMit:STAT? --Data<data> Data type: Boolean data range: Data accuracy: Data unit: --Setup example: If you want to set the current limit judgment state Then the input command is: CURR:LIM:STAT 1...
TH8200 Series Operation Manual DEViation ---deviation value PERCent---Percent Data accuracy: Data unit: --Setup example: If you want to set the current limit judgment mode Then the input command is: CURR:LIM:MODE ABS --Query example: If the input command is: CURR:LIM:MODE? The returned content is: ABS, indicating that the limit judgment mode is an absolute value.
TH8200 Series Operation Manual --Query example: If the input command is: CURR:LIM:UPP:DEV? The returned content is: 1.0000, indicating that the upper limit deviation value of the current limit judgment is 1.000A. 9.4.11 [:SOURce]:CURRent:LIMit:UPPer:PERCent --Function: Set the upper limit percentage of the current limit test...
TH8200 Series Operation Manual 9.4.13 [:SOURce]:CURRent:LIMit:LOWer:DEViation --Function: Set the lower limit deviation value of current limit test --format: Setting format: [:SOURce]:CURRent:LIMit:LOWer:DEViation Query format: [:SOURce]:CURRent:LIMit:LOWer:DEViation? --Data<data> Data type: Discrete Data range: -inf~inf Data accuracy: Same as load current setting accuracy Data unit: A (can be omitted)
TH8200 Series Operation Manual Query format: [:SOURce]:CURRent:LIMit: REFerence? --Data<data> Data type: Discrete Data range: 0~inf Data accuracy: Same as load current setting accuracy Data unit: A (can be omitted) --Setup example: If you want to set the reference value of current limit judgment.
TH8200 Series Operation Manual --Setup example: If you want to set the voltage range Then the input command is: VOLT:RANG LOW --Query example: If the input command is: VOLT:RANG? The returned content is: LOW, indicating that the voltage range is low.
TH8200 Series Operation Manual 9.4.20 [:SOURce]:VOLTage:LIMit:MODE --Function: Set the voltage limit judgment mode --format: Setting format: [:SOURce]:VOLTage:LIMit:MODE {ABS|DEViation|PERCent} Query format: [:SOURce]:VOLTage:LIMit:MODE? --Data<data> Data type: Discrete data range: ABS --- absolute value DEViation ---deviation value PERCent---Percent Data accuracy: Data unit: --Setup example:...
TH8200 Series Operation Manual --format: Setting format: [:SOURce]:VOLTage:LIMit:UPPer:DEViation Query format: [:SOURce]:VOLTage:LIMit:UPPer:DEViation? --Data<data> Data type: Discrete Data range: -inf~inf Data accuracy: Same setting accuracy as load voltage Data unit: V (can be omitted) --Setup example: If you want to set the voltage limit to judge the upper limit deviation value Then the input command is: VOLT:LIM:UPP:DEV 1.0000...
TH8200 Series Operation Manual Data accuracy: Same setting accuracy as load voltage Data unit: V (can be omitted) --Setup example: If you want to set the voltage limit to judge the absolute value of the lower limit Then the input command is: VOLT:LIM:LOW 1.0000...
TH8200 Series Operation Manual If the input command is: VOLT:LIM:LOW:PERC? The returned content is: 50, indicating that the lower limit of the voltage limit judgment is 50%. 9.4.27 [:SOURce]:VOLTage:LIMit: REFerence --Function: Set the reference value of voltage limit test and use it with deviation.
TH8200 Series Operation Manual Setting format: [:SOURce]:RESistance:RANGe {LOW|MIDdle|HIGH} Query format: [:SOURce]:RESistance:RANGe? --Data<data> Data type: Discrete data range: LOW ---low range MIDdle ---Mid range HIGH ---High range Data accuracy: Data unit: --Setup example: If you want to set the current range...
TH8200 Series Operation Manual LOW ---low range MIDdle ---Mid range HIGH ---High range Data accuracy: Data unit: --Setup example: If you want to set the current range Then the input command is: POW:RANG LOW --Query example: If the input command is: POW:RANG? Then the returned content is: LOW, indicating that the power range is low range.
TH8200 Series Operation Manual Then the input command is: POW:LIM:INOUT IN --Query example: If the input command is: POW:LIM:INOUT? The returned content is: 0, indicating that the interval type is within the interval. 9.4.34 [:SOURce]:POWer:LIMit:MODE --Function: Set the power limit judgment mode...
TH8200 Series Operation Manual 9.4.36 [:SOURce]:POWer:LIMit:UPPer:DEViation --Function: Set the power limit test deviation value --format: Setting format: [:SOURce]:POWer:LIMit:UPPer:DEViation Query format: [:SOURce]:POWer:LIMit:UPPer:DEViation? --Data<data> Data type: Discrete Data range: -inf~inf Data accuracy: Same as load setting accuracy Data unit: W (can be omitted)
TH8200 Series Operation Manual Query format: [:SOURce]:POWer:LIMit: LOWer [:ABS]? --Data<data> Data type: Discrete Data range: 0~inf Data accuracy: Same as load setting accuracy Data unit: W (can be omitted) --Setup example: If you want to set the power limit to judge the absolute value of the lower limit Then the input command is: POW:LIM:LOW 1.0000...
TH8200 Series Operation Manual --Setup example: If you want to set the power limit to judge the lower limit percentage Then the input command is: POW:LIM:LOW:PERC 50 --Query example: If the input command is: POW:LIM:LOW:PERC? Then the returned content is: 50, indicating that the lower limit percentage of power limit judgment is 50%.
TH8200 Series Operation Manual If the input command is: CONF:VON:LEV? Then the returned content is: 1 means that the load will start when the voltage exceeds 1V 9.5.2 :CONFigure:VON:MODE --Function: Set the load voltage working mode. --format: Setting format: :CONFigure:VON:MODE {LIVing|LATch} Query format: :CONFigure:VON:MODE? --Data<data>...
TH8200 Series Operation Manual Setting format: :CONFigure:PRESet --Data<data> Data type: Discrete Data range: 0~5 Data accuracy: Data unit: --Setup example: If you want to call the first prefabricated state. Then the input command is: :CONF:PRES 1 9.5.5 :CONFigure:PROTect:CURRent:STATe --Function: Set the overcurrent protection status.
TH8200 Series Operation Manual Then the returned content is: 10 means self-protection at 10A 9.5.7 :CONFigure:PROTect:CURRent:ACTion --Function: Set the protection action. --format: Setting format: :CONFigure:PROTect:CURRent:ACTion {LIMit|OFF} Query format: :CONFigure:PROTect:CURRent:ACTion? --Data<data> Data type: Boolean data range: Data accuracy: Data unit: --Setup example: If you want to set the protection action to turn off the electronic load.
TH8200 Series Operation Manual Setting format: :CONFigure:PROTect:VOLTage:LEVel {value} Query format: :CONFigure:PROTect:VOLTage:LEVel? --Data<data> Data type: Discrete Data range: 0~inf Data accuracy: Same setting accuracy as load voltage Data unit: V (can be omitted) --Setup example: If you want to set the maximum protection voltage to 10V.
TH8200 Series Operation Manual If you want to set the maximum protection power to 10W. Then the input command is: :CONF:PROT:POW:LEV 10 --Query example: If the input command is: :CONF:PROT:POW:LEV? Then the returned content is: 10 means self-protection at 10W 9.5.12...
TH8200 Series Operation Manual 9.5.14 :CONFigure:FUNCtion:TRIGger --Function: Set the maximum protection power. --format: Setting format: :CONFigure:FUNCtion:TRIGger {MANUal|EXTernal|BUS} Query format: :CONFigure:FUNCtion:TRIGger? --Data<data> Data type: enumeration data range: Data accuracy: Data unit: --Setup example: If you want to set the bus trigger.
TH8200 Series Operation Manual Data type: Boolean data range: Data accuracy: Data unit: --Setup example: If you want to set the timer unload switch to turn on. Then the input command is: :CONF:TIM:CUT:STAT 1 --Query example: If the input command is: :CONF:TIM:CUT:STAT? Then the returned content is: 1 Timed unload switch is turned on 9.5.17...
TH8200 Series Operation Manual If the input command is: :CONF:DISP:TYPE? Then the returned content is: 0 means numeric display 9.5.19 :CONFigure:DISPlay:SECond --Function: Set the second display. --format: Setting format: :CONFigure:DISPlay:SECond {PROTect|PEAK|DEViation} Query format: :CONFigure:DISPlay: SECond? --Data<data> Data type: enumeration data range:...
TH8200 Series Operation Manual Setting format: :CONFigure:DISPlay:PLOT:TYPe {0|1|2|3} Query format: :CONFigure:DISPlay:PLOT:TYPe? --Data<data> Data type: enumeration data range: Data accuracy: Data unit: --Setup example: If you want to set the curve type V-T. Then the input command is: :CONF:DISP:PLOT:TYP 0 --Query example:...
TH8200 Series Operation Manual If you want to set the number of mining points 100. Then the input command is: :CONF:DISP:PLOT:POIN 100 --Query example: If the input command is: :CONF:DISP:PLOT:POIN? Then the returned content is: 100 means the number of mining points is 100 9.5.24...
TH8200 Series Operation Manual --Data<data> type of data: data range: Data accuracy: Data unit: --Setup example: If you finish drawing. Then the input command is: :CONF:DISP:PLOT:STOP 9.6 MEASure Subsystem Commands 9.6.1 :MEASure:VOLTage:AVERage --Function: Return the average value of 1000 test voltages.
TH8200 Series Operation Manual 9.6.4 :MEASure:CURRent:AVERage --Function: return the average value of 1000 times test current. --format: Query format: :MEASure:CURRent:AVERage? --Query example: Then the input command is: :MEAS:CURR:AVER? The returned content is: 0.0339925, that is, the average current of 1000 times is 0.0339925A 9.6.5 :MEASure:CURRent:MAXimum...
TH8200 Series Operation Manual 9.6.8 :MEASure:POWer:MAXimum --Function: return to peak value when the second function is peak-to-peak value and the peak value is turned on. --format: Query format: :MEASure:POWer:MAXimum? --Query example: Then the input command is: :MEAS:POW:MAX? The returned content is: 0.0729572, the maximum value is 0.0729572W 9.6.9 : MEASure:POWer:MINimum...
TH8200 Series Operation Manual 9.7.2 :PEAK:CLEar --Function: Clear peak record. --format: Setting format: :PEAK:CLEar --Data<data> type of data: data range: Data accuracy: Data unit: --Setup example: If you reset the peak record. Then the input command is: :PEAK:CLE 9.7.3 :PEAK:VOLTage:MAXimum --Function: When the second function is peak-to-peak and the peak state is turned on, the voltage peak value is returned.
TH8200 Series Operation Manual Then the input command is: :PEAK:CURR:MAX? The returned content is: 0.0729572, the maximum value is 0.0729572A 9.7.6 :PEAK:CURRent:MINimum --Function: When the second function is peak-to-peak and the peak state is turned on, the current valley value is returned.
TH8200 Series Operation Manual --format: Format: :ADVance:MODE{ LED|BATTery|DYNamic|SWEEp|TIMing|OCPT|OVPT|OPPT|EFFECt|MPPT| LIST|WAVE|AUTO|ARB|CIRCuit} Query format: :ADVance:MODE? --Data<data> Data type: enumeration data range: Data accuracy: Data unit: --Setup example: If you want to choose advanced function LED. The input command is: :ADV:MODE LED --Query example:...
TH8200 Series Operation Manual Data accuracy: Refer to technical specifications Data unit: --Setup example: If you want to set the turn-on voltage in CR-LED mode: Then the input command is: ADV:LED:VOLT 1.0000 --Query example: If the input command is: ADV:LED:VOLT? The returned content is: 1.0000, indicating that the CR-LED on-voltage is 1.000V...
TH8200 Series Operation Manual 9.8.6 ADVance:BATTery:RESistance --Function: Set the resistance when the battery test mode is CR --format: Setting format: ADVance:BATTery:RESistance <value> Query format: ADVance:BATTery:RESistance? --Data<data> Data type: numeric Data range: (0.001%*~105%*) full scale value of current resistance range Data accuracy: Refer to technical specifications...
TH8200 Series Operation Manual --Data<data> Data type: enumeration data range: Data accuracy: Data unit: --Setup example: If you want to select the battery test stop condition is voltage. Then the input command is: :ADV:BATT:CON VOLT --Query example: If the input command is: :ADV:BATT:CON? The returned content is: 0 indicates that the battery test stop condition is voltage.
TH8200 Series Operation Manual --format: Query format: :ADVance:BATTery:C? --Query example: Then the input command is: :ADV:BATT:C? The returned content is: 0.3202255, indicating that the measured Cap is 0.3202255 9.8.12 :ADVance:BATTery:E? --Function: return to test Energy. --format: Query format: :ADVance:BATTery:E? --Query example: Then the input command is: :ADV:BATT:E? The returned content is: 0.3202255, indicating that the measured Energy is 0.3202255...
TH8200 Series Operation Manual data range: Data accuracy: Refer to technical specifications Data unit: --Setup example: If you want to set the dynamic test A set value 1: The input command is: ADV:DYN:LEV A,1; --Query example: If the input command is: ADV:DYN:LEV? The returned content is: 1, indicating that dynamic test A is set to 1.
TH8200 Series Operation Manual The returned content is: 10, indicating that the number of dynamic test repetitions is 10. 9.8.17 ADVance:SWEEp:CURRent:MAXinmum --Function: Set the maximum current for scanning test --format: Setting format: ADVance:SWEEp:CURRent:MAXinmum <value> Query format: ADVance:SWEEp:CURRent:MAXinmum? --Data<data> Data type: numeric...
TH8200 Series Operation Manual Query format: ADVance:SWEEp:FREQuency:STARt? --Data<data> Data type: numeric Data range: 0~50K Data accuracy: Refer to technical specifications Data unit: --Setup example: If you want to set the starting frequency 10HZ: The input command is: ADV:SWEE:FREQ:STAR 10; --Query example: If the input command is: ADV:SWEE:FREQ:STAR? Then the returned content is: 10, indicating that the frequency of the scanning start point is 10HZ.
TH8200 Series Operation Manual The input command is: ADV:SWEE:FREQ:POIN 100; --Query example: If the input command is: ADV:SWEE:FREQ:POIN? The returned content is: 100, indicating that the number of scanning points is 100. 9.8.22 :ADVance:SWEEp:FREQuency:STEP --Function: Select the stepping method of dynamic test...
TH8200 Series Operation Manual 9.8.24 ADVance:SWEEp:DUTY --Function: Set the scan test time duty cycle --format: Setting format: ADVance:SWEEp:DUTY <value> Query format: ADVance:SWEEp:DUTY? --Data<data> Data type: numeric Data range: 2~99 Data accuracy: 1 Data unit: --Setup example: If you want to set the scan time duty cycle to 10%: The input command is: ADV:SWEE:DUTY 10;...
TH8200 Series Operation Manual Data type: numeric Data range: 0~105%* maximum value of current equation Data accuracy: Same as current current setting accuracy Data unit: A (can be omitted) --Setup example: If you want to set the time to measure the current is 1A: The input command is: ADV:TIM:CURR 1;...
TH8200 Series Operation Manual If the input command is: ADV:TIM:POW? The returned content is: 1, indicating that the power for time measurement is set to 1W. 9.8.29 ADVance:TIMing:RESistance --Function: Set the resistance for time measurement when the mode is CR --format: Setting format: ADVance:TIMing:RESistance <value>...
TH8200 Series Operation Manual 9.8.31 ADVance:TIMing:TRIGger:EDGe --Function: Set the edge of the start and end signals during time measurement --format: Format: ADVance:TIMing:TRIGger:EDGe <STARt|END,RISE|FALL> Query format: ADVance:TIMing:TRIGger:EDGe? --Data<data> Data type: enumeration data range: Data accuracy: Data unit: --Setup example: If you want to set the time measurement start signal as the rising edge trigger start: The input command is: ADV:TIM:TRIG:EDG STAR,RISE;...
TH8200 Series Operation Manual 9.8.33 ADVance:TIMing:TIMe? --Function: Time when the mode is time measurement --format: Query format: ADVance:TIMing: TIMe? --Query example: If the input command is: ADV:TIM:TIM? The returned content is: 00h:00m:00s:000.0ms. 9.8.34 ADVance:OCPT:CURRent --Function: Set the starting and ending current in OCPT --format: Setting format: ADVance:OCPT :CURRent<STARt|END, value>...
TH8200 Series Operation Manual The returned content is: 2, indicating that the trigger voltage is 2V. 9.8.36 ADVance:OCPT:STEP --Function: Set the number of steps in OCPT --format: Setting format: ADVance:OCPT :STEP <value> Query format: ADVance:OCPT: STEP? --Data<data> Data type: Discrete...
TH8200 Series Operation Manual --Query example: If the input command is: ADV:OCPT:PMAX? The returned content is: 0,0,0. 9.8.39 ADVance:OCPT:IOCP? --Function: return IOCP value during OCPT test --format: Query format: ADVance:OCPT:IOCP? --Query example: If the input command is: ADV:OCPT:IOCP? The returned content is: 0.
TH8200 Series Operation Manual --format: Setting format: ADVance:OPPT :POWer<STARt|END, value> Query format: ADVance:OPPT:POWer? --Data<data> type of data: data range: Data accuracy: Data unit: --Setup example: If you want to set OPPT starting power 1W: The input command is: ADV:OPPT:POW STAR,1;...
TH8200 Series Operation Manual Data unit: --Setup example: If you want to set OPPT to set the number of steps to 10: The input command is: ADV:OPPT:STEP 10; --Query example: If the input command is: ADV:OPPT:STEP? The returned content is: 10, indicating that the number of OPPT steps is 10.
TH8200 Series Operation Manual 9.8.48 ADVance:EFFEct:CURRent --Function: Set the minimum and maximum normal current of load effect --format: Format: ADVance:EFFEct :CURRent <MINimum|MAXimum|NORmal,value> Query format: ADVance:EFFEct:CURRent? --Data<data> type of data: data range: Data accuracy: Data unit: --Setup example: If you want to set the load effect minimum current 1A: The input command is: ADV:EFFE:CURR MIN,1;...
TH8200 Series Operation Manual --Query example: If the input command is: ADV:EFFE:V? The returned content is: 0. 9.8.51 ADVance:EFFEct:R? --Function: return R value during load effect test --format: Query format: ADVance:EFFEct:R? --Query example: If the input command is: ADV:EFFE:R? The returned content is: 0.
TH8200 Series Operation Manual 9.8.55 ADVance:LIST:TYPe --Function: Set the working mode of the list test --format: Setting format: ADVance:LIST:TYPe <CONTinue|COUNt|STEP> Query format: ADVance:LIST:TYPe? --Data<data> Data type: enum data range: Data accuracy: Data unit: --Setup example: If you want to set the list test working mode to continuous Then the input command is: ADV:LIST:TYP CONT;...
TH8200 Series Operation Manual type of data: data range: Data accuracy: Data unit: --Setup example: If you want to set the first step of the list test, the load value is 2A, the dwell time is 1S, the slope is 1A/us, and the output is turned off.
TH8200 Series Operation Manual --format: Setting format: ADVance:LIST:REMove{value} --Setup example: If you want to delete the first line The input command is: ADV:LIST:REM 1; 9.8.62 ADVance:WAVe:TYPe --Function: Set the waveform of the waveform load --format: Format: ADVance:WAVe:TYPe <SIN|TRIA|SQUA|TRAP|SAWA|SAWB> Query format: ADVance:WAVe:TYPe? --Data<data>...
TH8200 Series Operation Manual 9.8.64 ADVance:WAVe:TRIAngle --Function: Parameter setting when the waveform load is triangle wave --format: Setting format: ADVance:WAVe:TRIAngle <value,value,value,value,value> Query format: ADVance:WAVe:TRIAngle? --Data<data> type of data: data range: Data accuracy: Data unit: --Setup example: If the peak value of triangle wave 1A is offset 0.5A pulse width-A500ms pulse width-B100ms initial time 500ms Then the input command is: ADV:WAV:TRIA 1,0.5,0.5,0.1,0.5...
TH8200 Series Operation Manual --format: Setting format: ADVance:WAVe:TRAPezoid <value,value,value,value,value> Query format: ADVance:WAVe:TRAPezoid? --Data<data> type of data: data range: Data accuracy: Data unit: --Setup example: If you set the peak value of trapezoidal wave 1A offset 0.5A pulse width 500ms period 1s initial time 500ms Then the input command is: ADV:WAV:TRAP 1,0.5,0.5,1,0.5...
TH8200 Series Operation Manual type of data: data range: Data accuracy: Data unit: --Setup example: If after setting, the peak value of the sawtooth wave is 1A offset 0.5A pulse width 500ms period 1s initial time 500ms Then the input command is: ADV:WAV:SAWB 1,0.5,0.5,1,0.5...
TH8200 Series Operation Manual 9.8.71 ADVance:ARB:ADD --Function: Set ARB to join a line. --format: Setting format: ADVance:ARB:ADD --Setup example: If you add a line at the end Then the input command is: ADV:ARB:ADD 9.8.72 ADVance:ARB:REMove --Function: Set ARB to delete a certain line.
TH8200 Series Operation Manual type of data: data range: Data accuracy: Data unit: --Setup example: If the circuit is set to A model L1:1mH C1:1mF R1:20Ω Then the input command is: ADV:CIRC:A 0.001, 0.001, 20 --Query example: If the input command is: ADV:CIRC:A? The returned content is: 0.001, 0.001, 20.
TH8200 Series Operation Manual If the input command is: ADV:CIRC:C? The returned content is: 0.001, 0.001, 20. 9.8.77 ADVance:CIRCuit:D --Function: Set the D circuit parameters of the circuit function. --format: Setting format: ADVance:CIRCuit:D <value,value,value> Query format: ADVance: CIRCuit:D? --Data<data> type of data:...
TH8200 Series Operation Manual Setting format: ADVance:CIRCuit:F <value,value,value,value> Query format: ADVance: CIRCuit:F? --Data<data> type of data: data range: Data accuracy: Data unit: --Setup example: If the circuit is set to F model R0: 10Ω, L1:1mH, C1:1mF, R1: 20Ω Then the input command is: ADV:CIRC:F 10,0.001,0.001,20...
TH8200 Series Operation Manual If the automatic test output type is set to level Then the input command is: ADV:AUT:OUT:TYP LEV --Query example: If the input command is: ADV:AUT:OUT:TYP? The returned content is: 0. Indicates that the automatic test output type is level 9.8.82...
TH8200 Series Operation Manual 9.8.84 ADVance:AUTo:LIMit:SPECific --Function: Set the type of restriction for automatic testing of a certain step. --format: Format: ADVance:AUTo:LIMit:SPECific <value,CURRent|VOLTage|POWer|NONE> Query format: ADVance:AUTo:LIMit:SPECific?< value> --Data<data> type of data: data range: Data accuracy: Data unit: --Setup example: Set the automatic test first step load upper and lower limit mode to current...
TH8200 Series Operation Manual --Data<data> type of data: data range: Data accuracy: Data unit: --Setup example: Set the lower limit of the first step of the automatic test to 1A Then the input command is: ADV:AUT:LIM:LOW 1,1 --Query example: If the input command is: ADV:AUT:LIM:LOW? 1 The content returned is: 1.
TH8200 Series Operation Manual --Query example: If the input command is: ADV:AUT:DEL:TYP? 1 The returned content is: 0. The first type of delay is time 9.8.89 ADVance:AUTo:DELay:TIMe --Function: Set the delay time for automatically testing a certain step. --format: Setting format: ADVance:AUTo:DELay:TIMe <value, value>...
TH8200 Series Operation Manual --format: Setting format: ADVance:AUTo:RANGe:VOLTage <value, LOW|HIGH> Query format: ADVance:AUTo:RANGe:VOLTage?< value> --Data<data> type of data: data range: Data accuracy: Data unit: --Setup example: Set the auto test voltage range to low Then the input command is: ADV:AUT:RANG:VOLT 1, LOW...
TH8200 Series Operation Manual --Setup example: Set automatic test lower slope 1mA/us Then the input command is: ADV:AUT:SLEW:FAL 1,0.001 --Query example: If the input command is: ADV:AUT:SLEW:FAL? 1 The returned content is: 0.001. It means the downward slope is 1mA/us 9.9 SYSTem Subsystem Commands...
TH8200 Series Operation Manual External low voltage input Then the input command is: SYST:EXT:LOAD LOW --Query example: If the input command is: SYST:EXT:LOAD? Then the returned content is: 0 represents external low voltage input 9.9.4 SYSTem:GROUP:OPERate --Function: Set the local master-slave mode.
TH8200 Series Operation Manual Then the returned content is: 1 represents 1 in parallel 9.9.7 SYSTem:INITialize:LOAD --Function: Set whether the load is loaded or unloaded at the time of power-on initialization. --format: Setting format: SYSTem:INITialize:LOAD< 0|1> Query format: SYSTem:INITialize:LOAD? --Setup example:...
TH8200 Series Operation Manual 9.9.10 SYSTem:HANDler:OUTput --Function: Set the output level or hold of the handler. --format: Setting format: SYSTem:HANDler:OUTput< HOLD|PULSe> --Setup example: Set handler to keep Then the input command is: SYSTem:HAND:OUT HOLD 9.9.11 SYSTem:HANDler:WIDth --Function: Set the pulse width of the output level of the handler.
TH8200 Series Operation Manual 9.9.14 SYSTem:BEEPer:KEY --Function: Press the buzzer switch. --format: Setting format: SYSTem:BEEPer:KEY<0|1> Query format: SYSTem:BEEPer:KEY? --Setup example: Set to turn on the button buzzer Then the input command is: SYST:BEEP:KEY 1 --Query example: If the input command is: SYST:BEEP:KEY?
TH8200 Series Operation Manual Chapter 10 Complete Set and Warranty 10.1 Complete Set The instrument should have the following items when leaving the factory: TH8200 series instrument Three-wire power cord PT500 temperature sensor 2A fuse Product certification Testing report Warranty Card After the user receives the instrument, check the above content after unpacking inspection.
TH8200 Series Operation Manual 10.5 Store The device should be stored in a ventilated room where the ambient temperature is 5℃~40℃ and the relative humidity is not more than 85%. The air should not contain harmful impurities that corrode the measuring instrument.
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