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4

TOS5300_INTERFACE

Calibration period setting ..................................................................................................................... 

44

Other settings ............................................................................................................................................ 

44

Status Register and Status Report Function .......................................................................................................... 

46

IEEE 488.2 Register Model ............................................................................................................................................ 

48

Status byte register.................................................................................................................................. 

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Event status register (standard event status register)................................................................. 

49

SCPI Register Model........................................................................................................................................................ 

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OPERation status register (STATus:OPERation) ............................................................................. 

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PROTecting status register (STATus:OPERation:PROTecting) .................................................. 

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TESTing status register (STATus:OPERation:TESTing).................................................................. 

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QUEStionable status register (STATus:QUEStionable) ................................................................ 

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Preset status ............................................................................................................................................... 

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Tutorial ................................................................................................................................................................................ 

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Performing tests........................................................................................................................................ 

58

Appen

dix

A

List of Messages 

.......................................................................................60

B

List of Errors 

.............................................................................................66

C

Default State 

............................................................................................69

D

Command processing time 

...................................................................71

E

Using Visual Basic 2008 

..........................................................................72

INDEX

.................................................................... 75

Summary of Contents for TOS5300

Page 1: ...view 6 Message Overview 9 Message Overview 10 Command Reference 15 Command Description in This Manual 16 IEEE 488 2 Common Commands 17 Test Mode Settings 20 AC Withstanding Voltage Test ACW Conditions 21 DC Withstanding Voltage Test DCW Conditions 25 Insulation Resistance Test IR Conditions 29 About Sequences 33 Test Execution SEQuence2 TEST 35 Querying Measured Values SEQuence1 ACQuire 37 Various...

Page 2: ...to products with ROM versions 1 2X When contacting us about the product please provide us with The model marked in the top section of the front panel The ROM version see the user s manual The serial number marked in the bottom section of the rear panel Before reading this manual First read the User s Manual which includes information on the product s hardware to avoid connecting or operating the p...

Page 3: ...ing ACW 23 Voltage rise time setting ACW 24 Voltage fall time setting ACW 24 Test voltage frequency setting 24 DC Withstanding Voltage Test DCW Conditions 25 Test voltage setting DCW 25 Limit voltage setting DCW 25 Upper limit setting DCW 26 Lower limit setting DCW 26 Test time setting DCW 27 Start voltage setting DCW 27 Voltage rise time setting DCW 28 Judgment wait time settings DCW 28 Insulatio...

Page 4: ... 49 SCPI Register Model 50 OPERation status register STATus OPERation 50 PROTecting status register STATus OPERation PROTecting 52 TESTing status register STATus OPERation TESTing 54 QUEStionable status register STATus QUEStionable 56 Preset status 57 Tutorial 58 Performing tests 58 Appen dix A List of Messages 60 B List of Errors 66 C Default State 69 D Command processing time 71 E Using Visual B...

Page 5: ...Remote Control This chapter provides a general explanation of the remote control function Remote Control ...

Page 6: ...SBTMC USB488 Rev 1 0 Using the USB Interface When the product is being controlled remotely the USB icon appears on the front panel screen To use the front panel to switch the product back to local mode press LOCAL To use the USB interface to control the TOS5300 Series a driver that supports the USB Test Measurement class USBTMC must be installed on the controller The USBTMC driver is installed aut...

Page 7: ... compliance with the VISA specifications below is necessary NI VISA by National Instruments Ver 5 1 1 or later Keysight VISA by Keysight Technologies Keysight IO Libraries Suite 16 0 or later KI VISA Ver 5 0 4 or later KI VISA is an original VISA library developed by Kikusui Electronics Corporation that supports the IVI VISA specifications 5 0 You can download the most recent version of this libra...

Page 8: ...8 TOS5300_INTERFACE This page is intentionally blank ...

Page 9: ...age Overview This chapter gives an overview of remote control messages It then explains topics such as the make up of the SCPI commands that are used for remote control and the command syntax Remote Control ...

Page 10: ...table uses the SYSTem subsystem as an example to explain the hierarchy A colon separates a higher node from a lower node Command syntax In this manual SCPI commands are expressed in the following format Example SYSTem CONFigure BEEPer VOLume PASS numeric MINimum MAXimu m SCPI commands can be written in long form with all the characters or in short form omitting the lowercase characters SCPI comman...

Page 11: ...can transmit on a single line is 128 bytes Special symbols and characters The special symbols and characters that are used in this manual for the SCPI command syntax are explained below Queries You can query the settings and status of the TOS5300 Series To make a query append a question mark to the end of the program header section If the query has parameters insert a space after the question mark...

Page 12: ...0 Series uses is shown below Non numeric parameters The TOS5300 Series uses the following three parameter types CR ASCII 0x0D is not a terminator See Symbol or character Description String data String Used when a series of ASCII characters are requested Be sure to enclose strings in single or double quotation marks The opening and closing quotation marks must match you cannot mix single and double...

Page 13: ...nter M in the parameter the unit will be mega Symbol or character Description NR1 Represents an integer value 1 1 Details are given in the IEEE 488 2 Standard Digital Interface for Programmable Instrumentation NR2 Represents a real number in floating point format 1 NR3 Represents a real number in scientific notation 1 If 380 is returned in the response data it is returned as 3 80000 E02 Five decim...

Page 14: ...14 TOS5300_INTERFACE This page is intentionally blank ...

Page 15: ...Command Reference This chapter explains topics such as command details and registers Remote Control ...

Page 16: ... are enclosed in braces can also be omitted The setting range is listed Optional symbols such as m and μ can also be used The unit for the value being set The unit can be omitted Specify MAX to set the maximum value Specify MIN to set the minimum value The format of the value that is returned when a query is sent SOUR DCW VOLT Sets the test voltage Command SOURce DCW VOLTage LEVel numeric MIN MAX ...

Page 17: ...nable register is set Each time the execution error bit bit 4 of the event status register is set the summary bit ESB of the status byte is set Response Returns the value of the event status enable register in NR1 format ESR p 49 IEEE 488 2 1992 section 10 12 Queries the event status register Registers that are read are cleared Command ESR Response Returns the value of the event status register in...

Page 18: ...OS is installed this command returns RC0X TOS PSC IEEE 488 2 1992 section 10 25 Sets whether the event status enable register and service request enable register are cleared when the POWER switch is turned on Command PSC NR1 PSC Parameter Value 0 When the POWER switch is turned on the ESE and SRE settings are not cleared 1 When the POWER switch is turned on the ESE and SRE settings are cleared An ...

Page 19: ...form service requests To clear the service request enable register send SRE 0 If the register is cleared service requests cannot be generated using status information Command SRE NR1 SRE Parameter Value 0 to 255 An SCPI error 222 Data out of range occurs if the specified value is outside the range Example Sending SRE 8 sets bit 3 of the service request enable register Each time the summary bit bit...

Page 20: ...s 0 if no errors are detected Returns the error code if an error is detected WAI IEEE 488 2 1992 section 10 39 Prevents the TOS5300 Series from executing subsequent commands until all operations that are in standby have been completed Command WAI Test Mode Settings SOUR FUNC MODE Sets the test mode You can only set the test mode to one of the test modes that is available on your model Command SOUR...

Page 21: ...od in character format Test voltage setting ACW SOUR VOLT Sets the test voltage Command SOURce ACW VOLTage LEVel numeric MIN MAX SOURce ACW VOLTage LEVel MIN MAX Parameter Value 0 to 5 5 k The default value is 0 Unit V Response Returns the test voltage setting in NR3 format Limit voltage setting ACW SOUR VOLT PROT Sets the limit voltage Command SOURce ACW VOLTage PROTection LEVel UPPer numeric MIN...

Page 22: ...ng is enabled when SENS JUDG LOW STAT is set to ON Command SENSe ACW JUDGment LOWer numeric MIN MAX SENSe ACW JUDGment LOWer MIN MAX Parameter Value 0 01 m to 110 m The default value is 0 01 m Unit A Response Returns the lower limit in NR3 format SENS JUDG LOW STAT Sets whether the lower limit is used in judgments LOWER ON OFF Use SENS JUDG LOW to set the lower limit Command SENSe ACW JUDGment LOW...

Page 23: ...IM to set the test time Command SOURce ACW VOLTage TIMer STATe ON OFF 1 0 SOURce ACW VOLTage TIMer STATe Parameter Value ON 1 Testing is stopped after the test time elapses default OFF 0 Testing is not stopped after the test time elapses Response Returns whether testing is stopped after the test time elapses in NR1 format Start voltage setting ACW SOUR VOLT STAR STAT Sets whether the start voltage...

Page 24: ...er the voltage fall time Fall Time is used Command SOURce ACW VOLTage SWEep FALL TIMer STATe ON OFF 1 0 SOURce ACW VOLTage SWEep FALL TIMer STATe Parameter Value ON 1 The voltage fall time Fall Time is used OFF 0 The voltage fall time Fall Time is not used default Response Returns whether the voltage fall time Fall Time is used in NR1 format Test voltage frequency setting SOUR VOLT FREQ Sets the t...

Page 25: ...N MAX SOURce DCW VOLTage LEVel MIN MAX Parameter Value 0 to 6 2 k The default value is 0 Unit V Response Returns the test voltage setting in NR3 format Limit voltage setting DCW SOUR DCW VOLT PROT Sets the limit voltage Command SOURce DCW VOLTage PROTection LEVel UPPer numeric MIN MAX SOURce DCW VOLTage PROTection LEVel UPPer MIN MAX Parameter Value 0 to 6 2 k The default value is 6 2 k Unit V Res...

Page 26: ... is enabled when SENS DCW JUDG LOW STAT is set to ON Command SENSe DCW JUDGment LOWer numeric MIN MAX SENSe DCW JUDGment LOWer MIN MAX Parameter Value 0 01 m to 11 m The default value is 0 01 m Unit A Response Returns the lower limit in NR3 format SENS DCW JUDG LOW STAT Sets whether the lower limit is used in judgments LOWER ON OFF Use SENS DCW JUDG LOW to set the lower limit Command SENSe DCW JUD...

Page 27: ...the test time Command SOURce DCW VOLTage TIMer STATe ON OFF 1 0 SOURce DCW VOLTage TIMer STATe Parameter Value ON 1 Testing is stopped after the test time elapses default OFF 0 Testing is not stopped after the test time elapses Response Returns whether testing is stopped after the test time elapses in NR1 format Start voltage setting DCW SOUR DCW VOLT STAR STAT Sets whether the start voltage is us...

Page 28: ... Parameter Value 0 1 to 10 0 The default value is 0 1 Unit S Response Returns the voltage rise time Rise Time in NR3 format Judgment wait time settings DCW SENS DCW JUDG DEL Sets the time to wait after testing starts before starting judgment WAIT Command SENSe DCW JUDGment DELay numeric MIN MAX SENSe DCW JUDGment DELay MIN MAX Parameter Value 0 1 to 10 0 The default value is 0 1 Unit S Response Re...

Page 29: ...is 25 Unit V If you specify a voltage that cannot be used the voltage is set to the next lowest value that can be used Example If you specify 999 V the voltage is set to 500 V Response Returns the test voltage setting in NR3 format Limit voltage setting IR SOUR IR VOLT PROT Sets the limit voltage Command SOURce IR VOLTage PROTection LEVel UPPer numeric MIN MAX SOURce IR VOLTage PROTection LEVel UP...

Page 30: ...t is used in judgments UPPER ON OFF Use SENS IR JUDG to set the upper limit Command SENSe IR JUDGment UPPer STATe ON OFF 1 0 SENSe IR JUDGment UPPer STATe Parameter Value ON 1 The limit is used in judgments OFF 0 The limit is not used in judgments default Response Returns whether the upper limit is used in judgments in NR1 format SENS IR MODE Sets the current detection response speed during upper ...

Page 31: ...UDG LOW to set the lower limit When SENS IR JUDG STAT is set to OFF you can set SENS IR JUDG LOW STAT to OFF this setting is enabled Command SENSe IR JUDGment LOWer STATe ON OFF 1 0 SENSe IR JUDGment LOWer STATe Parameter Value ON 1 The limit is used in judgments default OFF 0 The limit is not used in judgments Response Returns whether the lower limit is used in judgments in NR1 format Test time s...

Page 32: ...time elapses default OFF 0 Testing is not stopped after the test time elapses Response Returns whether testing is stopped after the test time elapses in NR1 format Judgment wait time settings IR SENS IR JUDG DEL Sets the time to wait after testing starts before starting judgment WAIT Command SENSe IR JUDGment DELay numeric MIN MAX SENSe IR JUDGment DELay MIN MAX Parameter Value 0 1 to 10 0 The def...

Page 33: ... When you send the INIT command while the TOS5300 Series is in the IDLE state the trigger function begins operating and the tester switches to the INITiated state If the trigger source is set to IMMediate testing or measurements begin immediately If the trigger source is set to BUS or EXTernal the TOS5300 Series switches to the WTG Waiting for Trigger state If the SEQuence1 ACQuire trigger source ...

Page 34: ...easured values SEQuence2 TEST Executes test You have to specify the execution conditions in advance SEQuence2 TEST trigger function flowchart flowchart IDLE INITiated TRIG TEST SOURce PASSED WTG PASSED Judgment starts Test ends ABOR RST RCL sent PASS HOLD time elapses INIT sent BUS EXT PASS FAIL BUS TRG sent IMM Test starts FAILED EXT START switch ...

Page 35: ...d then begin testing EXTernal Begin testing when the START switch is pressed Response Returns the trigger source in character format INIT SEQ2 INIT NAME TEST TEST EXEC Starts the test in the test mode that was set with SOUR FUNC MODE starts the trigger function Use the trigger source that was set with TRIG SEQ2 SOUR or TRIG TEST SOUR to start the test Command INITiate IMMediate SEQuence2 INITiate ...

Page 36: ...ate after it receives an ABOR command If you send an ABOR command while the TOS5300 Series is executing tests or measurements the measured data is discarded If you send an ABOR command without first sending an INIT command and if the measurement data that is held in the TOS5300 Series is valid the measured data is not discarded Command ABORt TEST PROT CLE Clears the protection mode Command TEST PR...

Page 37: ...f all sequence groups The trigger state of the TOS5300 Series immediately after it turns on is the same as its trigger state after it receives an ABOR command If you send an ABOR command while the TOS5300 Series is executing tests or measurements the measured data is discarded If you send an ABOR command without first sending an INIT command and if the measurement data that is held in the TOS5300 ...

Page 38: ... new measurement and queries the elapsed test time Command MEASure ARRay TIME READ ARRay TIME Response Returns the measured elapsed test time in NR3 format or the measured elapsed as a comma separated list in NR3 NR3 format Unit s TRIG SOUR Sets the trigger source to apply to the SEQuence1 ACQuire group Command TRIGger SEQuence 1 SOURce IMMediate BUS TIMer TEST TRIGger SEQuence 1 SOURce TRIGger AC...

Page 39: ...e trigger function Measurement is started by the trigger source set with TRIG SOUR Command INITiate IMMediate SEQuence1 INITiate IMMediate NAME ACQuire TRIG Executes a software trigger for the SEQuence1 ACQuire group Command TRIGger SEQuence 1 IMMediate TRIGger ACQuire IMMediate FETC CURR Queries the measured current without starting a new measurement Command FETCh ARRay CURRent Response Returns t...

Page 40: ...sponse Returns the measured resistance in NR3 format or the measured elapsed as a comma separated list in NR3 NR3 format Unit OHM FETC TIME Queries the measured elapsed test time without starting a new measurement Command FETCh ARRay TIME Response Returns the measured elapsed test time in NR3 format or the measured elapsed as a comma separated list in NR3 NR3 format Unit s ...

Page 41: ...or the next test Example ACW and then IR If you send a RES query after the ACW test 1 is returned If you send the query after the IR test 2 is returned Character Test mode ACW DCW IR ACW AC withstanding voltage test DCW DC withstanding voltage test IR Insulation resistance test NR1 Test start time yyyy mm dd hh mm ss year month day hour minute second NR3 Voltage Measured voltage NR3 Current Measur...

Page 42: ...e day Value 1 to 31 Response Returns the date in NR1 NR1 NR1 format a comma separated list in which the data is in the order of year month day SYST CONF TIME Sets the time Command SYSTem CONFigure TIME HOUR_NR1 MIN_NR1 SEC_NR1 SYSTem CONFigure TIME Parameter HOUR_NR1 The hour Value 0 to 23 Parameter MIN_NR1 The minutes SEC_NR1 the seconds Value 0 to 59 Response Returns the time in NR1 NR1 NR1 form...

Page 43: ...CONF BEEP VOL FAIL Sets the volume level of the buzzer that is sounded when a FAIL judgment occurs Command SYSTem CONFigure BEEPer VOLume FAIL numeric MIN MAX SYSTem CONFigure BEEPer VOLume FAIL MIN MAX Parameter Value 0 0 to 1 0 The default value is 0 5 Response Returns the volume level of the buzzer that is sounded when a FAIL judgment occurs in NR3 format SYST CONF BEEP VOL PASS Sets the volume...

Page 44: ...nt Command SYSTem ERRor NEXT Response Returns the oldest error or event from the error event queue in the following format Example If the queue is empty this command returns 0 No error Example If a command has been received that cannot be executed in the current operating state of the TOS5300 Series this command returns 221 Settings conflict If there are multiple errors in the queue the errors are...

Page 45: ... this command returns RC0X TOS SYST REM Switches the TOS5300 Series to remote mode All panel operations except those of the LOCAL key and the STOP switch are locked This is a substitute command for the IEEE 488 1 REN message Remote Enable This is also the substitute command for address specification You can switch the TOS5300 Series back to local mode by sending the SYST LOC command Command SYSTem...

Page 46: ... set according to the changes in the CONDition register The rule for setting the bits varies depending on the positive and negative transition filters PTRansition and NTRansition The EVENt register is reset when it is read ENABle register The ENABle register enables reports to the summary bit or status bit of the event bits Transition filters Use the PTRansition positive transition filter to repor...

Page 47: ...ROG NOT USED Available to designer Available to designer RQS MSS MAV Operation Complete Request Control Query Error Device Dependent Error Command Error User Request Execution Error Power On Standard Event Status Register Status Byte Summary of IEEE 488 2 Status Structure Registers Error Event Queue QUEStionable Status OPERation Status READY PASS L FAIL U FAIL RESERVED RISE TEST FALL NOT USED IDLE...

Page 48: ...ter QUES This bit is set to true when a bit is set in the QUEStionable event status register and the corresponding bit in the QUEStionable status enable register is true 4 16 Message Available MAV This bit is set to true when a request is received from the digital programming interface and the TOS5300 Series is ready to generate the data byte 5 32 Standard Event Status Bit Summary ESB This bit is ...

Page 49: ... from the output queue when there is no data or when the output queue is not in the wait state This indicates that there is no data in the output queue 3 8 Device Dependent Error DDE Set when there is a device specific error 4 16 Execution Error EXE Set when the TOS5300 Series evaluates that the program data after the header is outside the formal input range or does not match the specifications of...

Page 50: ... Command STATus OPERation CONDition Response Returns the condition of the OPERation status register in NR1 format Bit Bit weight Bit name Description 0 1 NOT USED 1 2 NOT USED 2 4 NOT USED 3 8 NOT USED 4 16 MEASuring MEAS Measurements are being performed SEQ1 5 32 Waiting for TRIGger WTG Waiting for triggers 6 64 NOT USED 7 128 NOT USED 8 256 PROTecting PROT This bit is set to true when a bit is s...

Page 51: ...e negative transition filter of the OPERation status register Command STATus OPERation NTRansition NRf STATus OPERation NTRansition Parameter Value 0 to 65535 Response Returns the negative transition filter of the OPERation status register in NR1 format STAT OPER PTR Sets the positive transition filter of the OPERation status register Command STATus OPERation PTRansition NRf STATus OPERation PTRan...

Page 52: ... register in NR1 format Bit Bit weight Bit name Description 0 1 Interlock ILOCK Interlock signal input detected 1 2 Calibration CAL The set calibration date has passed 2 4 NOT USED 3 8 NOT USED 4 16 Power Supply PS Power supply problem detected 5 32 Volt Error VERR The output voltage exceeded the rated limits 6 64 NOT USED 7 128 NOT USED 8 256 Over Load OL The output power exceeded the output limi...

Page 53: ... transition filter of the PROTecting status register Command STATus OPERation PROTecting NTRansition NRf STATus OPERation PROTecting NTRansition Parameter Value 0 to 65535 Response Returns the negative transition filter of the PROTecting status register in NR1 format STAT OPER PROT PTR Sets the positive transition filter of the PROTecting status register Command STATus OPERation PROTecting PTRansi...

Page 54: ...g status register in NR1 format STAT OPER TEST COND Queries the condition of the TESTing status register A query does not clear the contents of the register Command STATus OPERation TESTing CONDition Response Returns the condition of the TESTing status register in NR1 format Bit Bit weight Bit name Description 0 1 PASS PASS judgment 1 2 L FAIL L FAIL judgment 2 4 U FAIL U FAIL judgment 3 8 RESERVE...

Page 55: ...gative transition filter of the TESTing status register Command STATus OPERation TESTing NTRansition NRf STATus OPERation TESTing NTRansition Parameter Value 0 to 65535 Response Returns the negative transition filter of the TESTing status register in NR1 format STAT OPER TEST PTR Sets the positive transition filter of the TESTing status register Command STATus OPERation TESTing PTRansition NRf STA...

Page 56: ...NR1 format STAT QUES COND Queries the condition of the QUEStionable status register A query does not clear the contents of the register Command STATus QUEStionable CONDition Response Returns the condition of the QUEStionable status register in NR1 format Bit Bit weight Bit name Description 0 1 Over Voltage OV A voltage outside of the voltage measurement range was detected 1 2 Over Current OC A cur...

Page 57: ... Value 0 to 65535 Response Returns the negative transition filter of the QUEStionable status register in NR1 format STAT QUES PTR Sets the positive transition filter of the QUEStionable status register Command STATus QUEStionable PTRansition NRf STATus QUEStionable PTRansition Parameter Value 0 to 65535 Response Returns the positive transition filter of the QUEStionable status register in NR1 form...

Page 58: ...First set the mode to perform the test in SOUR FUNC MODE ACW Start the test in this example we will just start the test without using any triggers When you send the INIT command the test starts You cannot start the test if memory is being recalled or saved the TOS5300 Series is in protection mode or PASS FAIL judgment is being performed TRIG TEST SOUR IMM TEST EXEC You can query the voltage and cu...

Page 59: ...Appendix A List of Messages B List of Errors C Default State D Command processing time E Using Visual Basic 2008 ...

Page 60: ...tion R W Nt Program header Parameter Unit INIT IMM NAME ACQ Starts testing starts the trigger function SEQ1 W 3 NAME TEST Starts testing starts the trigger function SEQ2 W 3 SEQ1 Starts testing starts the trigger function SEQ1 W 3 SEQ2 Starts testing starts the trigger function SEQ2 W 3 SCPI command Setting Default Response Effect Description R W Nt Program header Parameter Unit MEAS ARR READ ARR ...

Page 61: ... NR3 A Sets the upper limit R W 3 LOW numeric 0 01 m to 11 m A 0 01 m NR3 A Sets the lower limit R W 3 STAT bool OFF NR1 A Turns the lower limit on and off R W 3 DEL numeric 0 1 to 10 0 S 0 1 NR3 A Sets the judgment wait time R W 3 IR JUDG DEL numeric 0 1 to 10 0 S 0 1 NR3 A Sets the judgment wait time R W 3 LOW numeric 30 k to 5 G Ω 1 00 M NR3 A Sets the lower limit R W 3 STAT bool ON NR1 A Turns...

Page 62: ...st time R W 3 STAT bool ON NR1 A Turns on or off the feature that ends tests when their test time elapses R W 3 DCW VOLT LEV numeric 0 to 6 2 k V 0 NR3 A Sets the test voltage R W 3 PROT LEV UPP numeric 0 to 6 2 k V 6 2 k NR3 A Sets the limit voltage R W 3 STAR STAT bool OFF NR1 A Turns the start voltage on and off R W 3 SWE RISE TIM numeric 0 1 to 10 0 S 0 1 NR3 A Sets the voltage rise time R W 3...

Page 63: ... W 1 NTR NRf 0 to 65535 NR1 Negative transition2 R W 1 PTR NRf 0 to 65535 NR1 Positive transition2 R W 1 PTR NRf 0 to 65535 NR1 Positive transition1 R W 1 TEST EVEN NR1 Queries events3 3 TESTing status register R 1 COND NR1 Queries register status3 R 1 ENAB NRf 0 to 65535 NR1 Enable3 R W 1 NTR NRf 0 to 65535 NR1 Negative transition3 R W 1 PTR NRf 0 to 65535 NR1 Positive transition3 R W 1 PRES Rese...

Page 64: ...ool OFF NR1 B Locks and unlocks panel operations R W 3 LOC Switches to local mode W 2 OPT 0 1 Queries options R 3 REM Switches to remote mode locks all keys other than LOCAL and the STOP switch W 2 RWL Switches to remote mode locks all keys other than the STOP switch W 2 VERS 1999 0 Queries the version of the compliant SCPI specifications R 1 SCPI command Setting Default Response Effect Descriptio...

Page 65: ...tatus register when all pending device operations have finished R W OPT Queries the options that are installed in the TOS5300 Series R PSC 0 1 Sets whether the ESE and SRE settings will be cleared R W RCL NR1 Loads the settings that have been stored to memory W RST Performs a device reset Configures the TOS5300 Series to a known condition independent from the usage history of the device W SAV NR1 ...

Page 66: ...ror was detected in the header 120 Numeric data error Generated when parsing a data element which appears to be numeric including the nondecimal numeric types 130 Suffix error Generated when parsing a suffix 131 Invalid suffix The suffix does not follow the syntax or the suffix is inappropriate for the TOS5300 Series 134 Suffix too long The suffix contained more than twelve characters 138 Suffix n...

Page 67: ...ck A deadlock occurred because a query was received before the software trigger 220 Parameter error A program data element related error occurred 221 Settings conflict A command was received that the TOS5300 Series cannot execute in its current condition 222 Data out of range Program value was outside the legal range 223 Too much data Too many parameters were received for the requirements 224 Ille...

Page 68: ...be set Error code Error message description 400 Query error generic A generic TOS5300 Series error 410 Query INTERRUPTED Received a new command before the response was read 420 Query UNTERMINATED The controller attempted to read the response after the device received an unsupported query or has not received a query The 100 Command error and this error are stored in the error event queue The contro...

Page 69: ...t voltage frequency SOUR VOLT FREQ 50 Hz Withstanding voltage test conditions DCW Test voltage SOUR DCW VOLT 0 V Depends on the settings in memory Test voltage limit SOUR DCW VOLT PROT 6 2 kV Start voltage on and off SOUR DCW VOLT STAR STAT OFF Voltage rise time SOUR DCW VOLT SWE TIM 0 1 s Upper limit SENS DCW JUDG 0 02 mA Lower limit SENS DCW JUDG LOW 0 01 mA Lower limit on and off SENS DCW JUDG ...

Page 70: ...timer SEQ1 TRIG TIM 0 No change 0 default value PASS judgment result hold time SYST CONF PHOL 50 No effect Buzzer volume PASS judgment SYST CONF BEEP VOL PASS 0 3 No change FALL judgment SYST CONF BEEP VOL FAIL 0 5 Set the calibration period SYST CONF CAL DUE CONT 12 No change Item Command Setting after initialization Setting after command received RST RCL ...

Page 71: ...The processing times vary depending on the settings and the measurement conditions The values shown below do not include hardware response times Command USB processing time ms Description SOUR FUNC MODE ACW 2 Sets the test mode SOUR VOLT 1kV 2 Sets the test voltage SOUR VOLT TIM 1S 2 Sets the test time SENS JUDG 5mA 2 Sets the upper limit MEAS VOLT 20 Starts a new measurement and queries the volta...

Page 72: ... Project settings First specify a driver for performing communications the VISA library in the project settings On the Project menu click Add Reference and then click VISA COM3 0 Type Library Communicating through USB After you finish making the communications driver setting you can perform communications through USB We will explain the communications procedure that uses the VISA library ...

Page 73: ... O resource even if the alias name is hard coded in the application the I O resource name can still be changed to an appropriate value when the application runs Example Using an alias MYDEV1 for an I O resource Set msg rm Open MYDEV1 NO_LOCK 0 When you use aliases specify the actual I O resources through an external configuration table or similar tool The following figure shows an example of using...

Page 74: ...teString SOUR VOLT PROT 2KV Sets the limit voltage to 2 kV msg WriteString SENS JUDG 10MA Sets the upper limit for judgments to 10 mA End Sub Queries the measured values Private Sub cmdMeas_Click ByVal sender As System Object ByVal e As System EventArgs Handles cmdMeas Click msg WriteString MEAS VOLT Queries the measured voltage TextBox1 Text msg ReadString 256 Reads 256 bytes of data from the rec...

Page 75: ...e 6 L list of errors 66 M messages 10 list 60 N NRf 13 Numeric 13 O OPERation status register 50 P parameters 12 PROTecting status register 52 Q queries 11 QUEStionable status register 56 R remote control list of errors 66 remote interface 6 ROM version 1 S sample program 74 SCPI 6 10 status byte register 48 status register 46 string data 12 T terminator 12 TESTing status register 54 transition fi...

Page 76: ...76 TOS5300_INTERFACE ...

Page 77: ...be provided for a fee In either case please contact your Kikusui agent or distributor At that time inform your agent or distributor of the Part No written on the front cover of this manual Every effort has been made to ensure the accuracy of this manual However if you have any questions or find any errors or omissions please contact your Kikusui agent or distributor After you have finished reading...

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