Hioki ST5680 User manual

ST5680 Instruction Manual
DC HIPOT TESTER
EN
Dec. 2022 Edition 1
ST5680A966-00 22-12H
Communications Command
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This manual explains the communication commands for Model ST5680 DC Hipot
Tester.
Please refer to the instruction manual for Model ST5680 for details regarding
command settings.
Although all reasonable care has been taken in the production of this manual,
should you nd any points which are unclear or in error, please contact your local
distributor or the HIOKI International Sales Department at [email protected].
In the interest of product development, the contents of this manual may be subject
to revision without notice.
Unauthorized copying and replication of the contents of this instruction manual are
strictly prohibited. All Rights Reserved.
HIOKI ST5680A966-00

1
Contents
1 Introduction .............................................................................................................................................2
Message Format .....................................................................................................................................2
Output Queue and Input Buffer.............................................................................................................6
Status Byte Register ..............................................................................................................................7
Event Resisters.......................................................................................................................................9
Response Format .................................................................................................................................14
Measured Value in case of Measurement Error ................................................................................18
Item to return to Initial State................................................................................................................18
Errors during Communication ............................................................................................................18
2 Message List..........................................................................................................................................19
3 Message Reference...............................................................................................................................28
Standard Commands ...........................................................................................................................29
Event Register.......................................................................................................................................33
Test Mode ..............................................................................................................................................34
Withstand Voltage Test ........................................................................................................................35
Insulation Resistance Test ..................................................................................................................43
Program Test.........................................................................................................................................49
BDV Measurement................................................................................................................................56
Test Common ........................................................................................................................................62
Panel Memory .......................................................................................................................................66
Data Memory .........................................................................................................................................70
EXT. I/O...................................................................................................................................................72
System ...................................................................................................................................................74
Run .........................................................................................................................................................81
Measured Value Output........................................................................................................................82
On-Screen Display................................................................................................................................99
Screen Saving .....................................................................................................................................103
File Saving...........................................................................................................................................104
Communication................................................................................................................................... 112
Compatibility Mode.............................................................................................................................118
4 List of Initialization Items ................................................................................................................... 119
5 Sample programs................................................................................................................................123
Created in Visual C#®.........................................................................................................................123
6 Device Compliance Requirements [GP-IB] ......................................................................................133
HIOKI ST5680A966-00

2
1 Introduction
When creating a program, using the command monitor function displays commands and responses on the
measurement screen. For command monitor function, please see the instruction manual of this instrument.
Various messages are provided to control the instrument in the interface.
Messages include program messages sent from a computer or other controller to the instrument and response
messages sent from the instrument to the controller.
Communication commands are classified as follows.
Command Messages
Program Messages
Query Messages
Communication
commands
Response Messages
Commands with data should be entered in the specified data format.
Message Format
Program Messages
Program messages can be divided into command and query messages.
(1) Command Messages
Instruction to control equipment such as equipment setting and reset
(Example) Instruction to set momentary out function
:SYSTem:MOMentary:OUT 1
Header section Space Data part
(2) Query Messages
Instructions to query operation results, measurement results, or
equipment setting status
(Example) Instruction to query momentary out function
:SYSTem:MOMentary:OUT?
Header section Question mark
See “Header” (p. 3), “Separator” (p. 4), and “Data part” (p. 5).
Program Messages
Response Messages
Controller Instrument
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Response Messages
Receives a query message and creates it when the syntax is checked.
If any error occurs when a query message is received, no response message will be created to match that query
message.
Command Syntax
Command names are chosen for instructions that are as understandable as possible to the function to be
executed, and yet can be shortened. The mandate name itself is called the “long form” and its shortened form
is called the “short form”. This document describes the part of the short form as a large character and the rest
in small letters, but accepts either large or small characters.
START OK (Long form)
STAR OK (Short form)
STA Error
The response message from the instrument is returned in a large character long form.
Headers
A header is always required for program messages.
(1) Command Program Header
There are three types: simple command type, compound command type, and Standard Command type.
• Simple Command type Header
Header consisting of a single word beginning with an English letter
:STOP
• Combined Command type Header
Header consisting of multiple simple command type headers separated by colon (:)
:SYSTem:MOMentary:OUT
• Standard Command type Header
A header starting with an asterisk ‘software’ indicating that it is a Standard Command (provided by IEEE
488.2)
∗RST
(2) Query Program Header
Used to query the result of an action to a device command, the result of a measurement, or the current device
setting status.
As in the example below, the question mark (?)is attached at the end of the program header.
:S TATe?
:SYSTem:MOMentary:OUT?
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Message Terminators
The instrument accepts the following as a message terminator (delimiter).
[RS-232C/USB/LAN]
• CR
• LF
• CR+LF
[GP-IB]
• CR
• LF
• CR+LF
• EOI
• EOI with CR
• EOI with LF
• EOI with CR+LF
In addition, the following can be selected as terminators for response messages, depending on the interface
settings.
For settings, see “Setting for message terminators” (p.113, p.113, p.115, p.116).
[RS-232C/USB/LAN]
• CR
• LF
• CR+LF
[GP-IB]
• EOI with CR
• EOI with LF
• EOI with CR+LF
Separators
(1) Message Unit Separator
Multiple messages can be written on a single line by connecting each with a semicolon (;).
:SYSTem:MOMentary:OUT 1;∗IDN?
• If the message is described continuously, if an error occurs in the sentence, message from after that to the
message terminator will not be executed.
(2) Header Separator
Messages with headers and data are separated into the header and data parts by using a blank (ASCII
code 20h).
:SYSTem:MOMentary:OUT 1
(3) Data Separator
Messages with multiple data separate between data by comma (,).
:SYSTem:DATE 22,1,1
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Data Formats
The instrument uses “character data,” “decimal numeric value data,” and “string data” in the data section, and is
more used to commands.
(1) Character Data
It is data that always starts with English letters and consists of English letters and numbers. Character data
accepts both large and small characters, but response messages from this instrument are always returned in
large letters. In the Command data part <1/0/ON/OFF >, for 0 is OFF, 1 behaves similar to ON, query response
OFF is 0, ON is 1.
:SYSTem:MOMentary:OUT OFF
(2) Decimal Numeric Value Data
Numerical data formats include NR1, NR2, and NR3 formats. Each accepts both signed and unsigned numerical
values. For unsigned numerical value treat as a positive numerical value. If the precision of the numerical value
exceeds the handling range of the instrument, it is rounded off.
•NR1 integer data (Example: +12, -23, 34)
•NR2 decimal data (Example: +1.23, -23.45, 3.456)
•NR3 floating point exponential display data (Example: +1.0E-2、-2.3E+4))
A format that includes all three of these types is called an “NRf format.”
For response data, the format is specified for each command and sent in that format.
:CONFigure:WITHstand:VOLTage:LEVel 11
:MONitor:VOLTage?
8.400E+03
(3) String Data
• String data surrounds the front and rear with a quota mark.
• Data consisting of 8 bit ASCII characters.
• Characters that can not be handled by this instrument are an error.
• Quotation mark, transmission from this instrument is only double quote (") but reception accepts both double
quote and single quote (').
:FILE:NAME "D ATA"
[GP-IB]
This instrument is not fully compatible with IEEE 488.2. As much as possible, use the data shown in the
reference.
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Omission of Compound Command type Header
What the leading parts of the compound commands are common (example: :SYSTem:BEEPer:
VOLume:PASS and :SYSTem:BEEPer:VOLume:FAIL) can omit the common part of the
command (example: :SYSTem:BEEPer:VOLume) only if they continue to describe them.
This common part is called the “current path,” and until it is cleared, subsequent commands are analyzed as if the
“current path” is omitted.
The following example illustrates the use of the current path.
Usual notation
:SYSTem:BEEPer:VOLume:PASS 1; :SYSTem:BEEPer:VOLume:FAIL 5
Abbreviated notation
:SYSTem:BEEPer:VOLume:PASS 1; FAIL 5
This is the current path and can be omitted in the following commands.
The current path can be a power-up, a reset by keystroke, or a colon (:) at the beginning of the command and clears
on detection of message terminators.
Messages of the Standard Command type can be executed regardless of the current path. It also does not affect
the current path.
Simple and compound command type headers do not need to be prefixed with a colon (:). However, to prevent
confusion with abbreviations and malfunctions, we recommends prefixing the command with (:).
Output Queue and Input Buffer
Output Queue
The response message is stored in the output queue and cleared when the controller reads the data. Otherwise,
the output queue is cleared when
• Power-on
• Device clear [GP-IB].
• Query of error
Input Buffer
The capacity of the input buffer is 1460 bytes.
When the buffer runs out of space, the operation stops until that space becomes available.
NOTES: The length of a single line of command should be less than 1460 bytes.
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Status Byte Register
[GP-IB]
This instrument uses the status model specified in IEEE 488.2 for the part related to serial polling by the Service
Request function. An event is a matter that causes a Service Request to occur.
Standard Event Status Register information
Service Request Information on output queue data Information on Event Status Register 0
generation of SRQ Error occurrence information
bit7
bit6
bit5
bit4
bit3
bit2
bit1
bit0
Unused
SRQ
ESB MAV Unused ERR Unused ESB0 Status Byte
Register (STB)
MSS
↓↑↓↓↓↓↓↓
& →
Disjunction
←
&
&
&
&
&
&
↑↑↑↑↑↑↑
bit7
bit6
bit5
bit4
bit3
bit2
bit1
bit0
Unused 0 ESB MAV Unused ERR Unused ESB0
Service Requests
Enable Register
(SRER)
Conceptual diagram of Service Request generation
The Status Byte Register is set to the event register and output queue information. From among this information, the
Service Request enable register allows you to select what you need. If the selected information is set, bit 6 (MSS
Master Summary Status bit) of the Status Byte Register is set, generating an SRQ (Service Request) message,
which in turn generates a Service Request.
NOTES: SRQ (Service Request) is a GP-IB only function.
However, STB (Status Byte Register) information can also be obtained via
RS-232C/USB/LAN by using the ∗STB? command.
STB (Status Byte Register) information can be obtained by using the ∗STB? command.
[RS-232C/USB/LAN]
RS-232C/USB/LAN does not have the ability to generate Service Requests. However, it is possible to set SRER and
read STB.
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Status Byte Register (STB)
The Status Byte Register is an 8-bit register that is output from the instrument to the controller when performing
serial polls. The MSS bit is set to “1” when any bit in the Status Byte Register changes from “0” to “1” among the
bits set to be available in the Service Request enable register. At the same time, the SRQ bit is set to “1” and a
Service Request is generated.
The SRQ bit is always synchronized with the Service Request and is read only when it is serially polled and cleared
at the same time. The MSS bit is only read by the ∗STB? query, but is not cleared until the event is cleared by the
∗CLS command, for example.
bit7
Unused
bit6
SRQ
When a
Service Request is sent out, it is set to “1”.
MSS
Represents the logical OR of the other bits in the Status Byte
Register (STB).
bit5 ESB
Standard
Event summary (logical OR) bit
Represents the logical OR of the
Standard Event Status Register.
It is cleared when the
Standard Event Status Register value is
output by the *ESR? command.
bit4 MAV
Message
-available
It is set to “1” when there is a message in the output queue.
bit3
Unused
bit2 ERR
Error bit
If there is error information, it is set to
“1”.
It is reset when error information is output by
the :SYSTem:ERRor? command.
bit1
Unused
bit0 ESB0
Event summary (logical OR) bit 0
Represents the logical OR of Event Status Register 0.
Service Request Enable Register (SRER)
The Service Request Enable Register is a register that allows each bit to be “1” the corresponding bits in the Status
Byte Register become available.
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Event Resisters
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10
Standard Event Status Register (SESR)
The Standard Event Status Register is an 8-bit register. When any bit in the Standard Event Status Register is set
to “1” among the bits set to be available in the Standard Event Status Enable Register, bit 5 (ESB) in the Status
Byte Register is set to “1”.
See “Standard Event Status Register (SESR) and Standard Event Status Enable
Register (SESER)” (p.11)
The contents of the Standard Event Status Register are cleared when:
• When the ∗CLS command is executed
• When an event register query is executed (∗ESR?)
• When the power is turned on again
bit7 PON
Power-On Flag
It is set to
“1” when the power is turned on or when the power is
restored from a power failure.
bit6 URQ
(Unused)
Not used in this unit.
User Request
bit5 CME
Command error (Ignore commands up to the message
terminator)
It is set to
“1” when there is a grammatical or semantic error in the
received command.
•
Errors in the program header
•
If the number of data is different from that specified
•
If the data format is different from that specified
• When a command that does not exist in this instrument is received
bit4 EXE
Execution error
It is set to
“1” when the received command cannot be executed for
some reason.
•
If the specified data is outside the setting range
•
If the specified data cannot be set
• If another function is running and cannot be performed
bit3 DDE
Equipment-Dependent Error
It is set to
“1” when the command could not be executed due to
reasons other than command error, query of error, or execution error.
bit2 QYE
Query
Error (Clears the output queue)
It is set to
“1” when an error occurs in processing related to the output
queue.
•
When data overflows the output queue
• If data in the output queue is lost
bit1 RQC
(Unused)
Not used in this unit.
Request Control
bit0 OPC
Completion of Operation
•
When the ∗OPC command is executed
•
When the operation of all messages up to the *OPC command is
completed
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Standard Event Status Enable Register (SESER)
The Standard Event Status Enable Register enables the corresponding bit in the Standard Event Status Register
by setting each bit to “1”.
Standard Event Status Register (SESR) and Standard Event Status Enable Register (SESER)
Status Byte Register (STB)
bit6 bit5 bit4
SRQ
ESB MAV
MSS
Standard Event Status Register (SESR)
↑
bit7 bit6 bit5 bit4 bit3 bit2 bit1 bit0
PON URQ CME EXE DDE QYE RQC OPC
↓↓↓↓↓↓↓↓
Disjunction ←& & & & & & & &
↑↑↑↑↑↑↑↑
bit7 bit6 bit5 bit4 bit3 bit2 bit1 bit0
PON
URQ
CME
EXE
DDE
QYE
RQC
OPC
Standard Event Status Enable Register (SESER)
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Unique Event Status Register (ESR0)
A single Event Status register is provided to manage the instrument's events. The Event Status register is an 8-bit
register.
If any bit in the Event Status register is set to “1” among the bits set to be available in the Event Status enable
register, the following occurs.
• For Event Status Register 0: Bit 0 (ESB0) of the Status Byte Register (STB) is “1”.
The contents of Event Status register 0 are cleared when:
• When the CLS command is executed
• When an event register query is executed (:ESR0?)
• When the power is turned on again
Unique Event Status Register 0 (ESR0)
bit7
-
Unused
bit6
-
Unused
bit5
-
Unused
bit4
-
Unused
bit3
EOM
Test completed
bit2
LFAIL
LOWER FAIL judgment
bit1
UFAIL
UPPER FAIL judgment
bit0
PASS
PASS judgment
Event Status Register 0 (ESR0) and
Unique Event Status Enable Register 0 (ESER0)
Status Byte Register (STB)
bit2
bit1
bit0
ESB0
Event Status Register 0 (ESR0)
bit7
bit6
bit5
bit4
bit3
bit2
bit1
bit0
Unused Unused Unused Unused EOM LFAIL UFAIL PASS
↓↓↓↓↓↓↓↓
Disjunction
&
&
&
&
&
&
&
&
↑↑↑↑↑↑↑↑
bit7
bit6
bit5
bit4
bit3
bit2
bit1
bit0
Unused Unused Unused Unused EOM LFAIL UFAIL PASS
Event Status Enable Register 0 (ESER0)
Read/Write Each Register
Register
Read
Write
Status Byte Register
*STB?
-
Service Request Enable Register
*SRE?
*SRE
Standard Event Status Register
*ESR?
-
Standard Event Status Enable Register
*ESE?
*ESE
Event Status Register 0
:ESR0?
-
Event Status Enable Register 0
:ESE0?
:ESE0
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GP-IB Commands
The interface function allows the following commands to be used.
Commands
Contents
GTL
Go To Local
The remote state is released and the local state is set.
LLO
Local Lock Out
All keys, including local keys, are rendered inoperable.
DCL
Device CLear
Clears the input buffer and output queue.
SDC Selected
Device Clear
Clears the input buffer and output queue.
GET Group Execute
Trigger
When in READY state, the test is started.
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Response Format
• Interval time (withstand voltage test, insulation resistance test), remaining test time (withstand voltage test, insulation
resistance test), elapsed test time (withstand voltage test, insulation resistance test, BDV measurement)
Positive value
□
□
□
.
□
□
□
.
□
□
.
□
Units: s, NR2 numerical format
• Test frequency (withstand voltage test, BDV measurement)
D
C
Test voltage (withstand voltage test), initial voltage (BDV measurement), end voltage (BDV measurement), voltage
step (BDV measurement), median breakdown voltage (BDV measurement), average breakdown voltage (BDV
measurement)
Positive value
□
□
□
□
□
□
□
□
□
□
Unit: V, NR1 numerical format
• Dielectric breakdown voltage standard deviation (BDV measurement)
Positive value
□
□
□
.
□
□
□
□
□
.
□
□
□
□
.
□
□
□
Units: V, NR2 numerical format
• Test voltage (insulation resistance test)
Positive value
□
□
□
□
□
□
□
□
□
Negative value
-
□
□
□
□
-
□
□
□
-
□
□
Unit: V, NR1 numerical value format
• Start voltage (withstand voltage test)
Positive
value
□
□
□
Unit: %, NR1 numerical value format
• Test time (withstand voltage test, insulation resistance test), voltage rise time (withstand voltage test, insulation
resistance test), voltage fall time (withstand voltage test, insulation resistance test)
Positive value
□
□
□
□
□
.
□
□
.
□
Units: s, NR1 or NR2 numerical value format
HIOKI ST5680A966-00

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• Judgment waiting time (withstand voltage test, insulation resistance test)
Positive value
□
□
.
□
□
.
□
Units: s, NR2 numerical value format
• Test upper limit (withstand voltage test), test lower limit (withstand voltage test), current upper limit reference value
(BDV measurement)
Positive value
□
□
□
.
□
□
□
.
□
□
□
.
□
□
□
Units: mA, NR2 numerical value format
• Upper current limit of ARC discharge detection function (withstand voltage test, BDV measurement)
Positive
value
□
□
□
Unit: %, NR1 numerical value format
• Test upper limit (insulation resistance test), test lower limit (insulation resistance test)
Positive value
□
□
□
□
□
□
□
□
□
□
□
□
.
□
□
□
.
□
□
□
.
□
□
□
□
.
□
□
□
□
□
.
□
□
□
□
□
Units: MΩ, NR1 or NR2 numerical value format
• Distance between electrodes (BDV measurement)
Positive value
□
□
.
□
□
□
.
□
□
Units: mm, NR2 numerical value format
• Voltage rise rate (BDV measurement)
Positive value
□
□
□
□
□
□
□
□
□
□
□
.
□
□
Units: V/s, NR1 or NR2 numerical value format
• Voltage holding time for each step (BDV measurement)
Positive value
□
□
□
□
□
□
Units: s, NR1 numerical value format
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• Median dielectric breakdown strength (BDV measurement), average dielectric breakdown strength (BDV
measurement)
Positive value
□
□
□
.
□
□
□
□
□
.
□
□
□
□
.
□
□
□
Units: kV/mm NR2 numerical value format
• Dielectric breakdown voltage standard deviation (BDV measurement)
Positive value
□
□
□
.
□
□
□
□
□
.
□
□
□
□
.
□
□
□
Units: V/mm NR2 numerical value format
• Judgment threshold value for contact check (withstand voltage test, insulation resistance test)
Positive value
□
□
□
.
□
□
□
.
□
□
.
□
Units: nF, NR2 numerical value format
• Test mode
W
I
R
B
D
V
• Te s t method (BDV measurement)
R
A
T
E
S
T
E
P
• Test start date and time
□
□
□
□
-
□
□
-
□
□
□
□
:
□
□
:
□
□
• Judgment result
P
A
S
S
U
F
A
I
L
L
F
A
I
L
U
L
F
A
I
L
O
F
F
• Test results (programmed test mode)
P
A
S
S
F
A
I
L
• Contact check judgment result
N
O
N
E
P
A
S
S
F
A
I
L
• Timer type
Positive
value
□
NR1 numerical value format
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• Measuring range (withstand voltage test)
3
0
0
u
A
3
m
A
3
0
m
A
3
0
0
m
A
N
O
N
E
• Measuring range (insulation resistance test)
1
0
0
k
o
h
m
1
M
o
h
m
1
0
M
o
h
m
1
0
0
M
o
h
m
1
G
o
h
m
1
0
G
o
h
m
1
0
0
G
o
h
m
N
O
N
E
• Voltage measurements (withstand voltage test, insulation resistance test)
Positive value
□
.
□
□
□
E
±
□
□
Negative value
-
□
.
□
□
□
E
±
□
□
Unit: V, NR3 numerical value format
• Measured voltage (BDV measurement)
Positive value
□
.
□
□
□
E
±
□
□
Unit: V, NR3 numerical value format
• Measured current (withstand voltage test, insulation resistance test, BDV measurement), offset cancellation
correction value (withstand voltage test)
Positive value
□
.
□
□
□
E
±
□
□
Unit: A, NR3 numerical value format
• Resistance measurements (withstand voltage test, insulation resistance test), offset cancellation correction values
(insulation resistance test)
Positive value
□
.
□
□
□
E
±
□
□
Unit: Ω, NR3 numerical value format
• Contact check correction value (withstand voltage test, insulation resistance test), contact check measurement value
(withstand voltage test, insulation resistance test)
Positive value
□
.
□
□
□
E
±
□
□
Unit: F, NR3 numerical value format
• Number of points (measured value voltage, measured value current, measured value resistance)
Positive value
□
□
□
□
□
□
NR1 numerical value format
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Measured Value in case of Measurement Error
• Overflow
1.000E+24 or the maximum value of the measurement range *1 *2
• Underflow
0.000E+00
• Auto range no judgment
3.333E+33
*1. Depending on the setting for the measured value at the time of range-over
*2. Waveform data and trend data are not dependent on the setting for the measured value at the time of
range-over 1.000E+24
Item to return to Initial State
item
When the
power is
turned on
Reset the
instrument
*RST
command
Device
clear
(GP-IB only)
*CLS
command
Device-Specific Features (test conditions,
correction values, etc.)
- ✓✓- -
Output Queue
✓ ✓
-
✓
-
Input Buffer
✓ ✓
-
✓
-
Status Byte Register
✓ ✓
-
✓*1 ✓*2
Event Register
✓
*3
✓
-
-
✓
Enable Register
✓ ✓
-
-
-
Current Path
✓ ✓
-
✓
-
*1. Clear MAV bit (bit4) only.
*2. Clear all bits except the MAV bit.
*3. Except for the PON bit (bit7).
Errors during Communication
Executing a message in the following cases, it will result in an error.
• Command error
If the spelling of the message is incorrect
If the data portion of the command or query is in the wrong format
• Query of error
When the controller is unable to send a response message because the instrument is in a state where it cannot
receive the message
• Run error
When set with data other than the specified character or numerical value data
HIOKI ST5680A966-00

19
2 Message List
Classification
Communication commands
Feature
Reference
Standard
Commands
*CLS
Clear Event Status Register
p. 29
*IDN?
Inquiry of device ID (identification code)
p. 29
*OPC
After all running operations are
completed, set the Operation Complete
bit in the Standard Event Status
Register (SESR) to 1.
p. 29
*OPC?
Respond 1 after all running operations
are completed.
p. 29
*OPT?
Query of installed options
p. 30
*RST
Initialization of equipment
p. 30
*TRG
Start of test
p. 30
*TST?
Run self-test and query of result
p. 30
*WAI
After command processing is
completed, subsequent commands are
executed.
p. 31
*ESE
Standard Event Status Enable Register
(SESER) setting
p. 31
*ESE?
Standard Event Status Enable Register
(SESER) query
p. 31
*ESR?
Standard Event Status Register (SESR)
query
p. 31
*SRE
Service Request Enable Register
(SRER) setting
p. 32
*SRE?
Service Request Enable Register
(SRER) query
p. 32
*STB?
Status Byte Register (STB) query
p. 32
Event Register
:ESE0
Event Status Enable Register 0
(ESER0) setting
p. 33
:ESE0?
Event Status Enable Register 0
(ESER0) query
p. 33
:ESR0?
Event Status Register 0 (ESR0) query
p. 33
Te s t Mode
:MODE
Test mode setting
p. 34
:MODE?
Test mode query
p. 34
Withstand Voltage
Test
:CONFigure:WITHstand:STEP:INTerval
Setting for the interval time for withstand
voltage test
p. 35
:CONFigure:WITHstand:STEP:INTerval?
Query of interval time for withstand
voltage test
p. 35
:CONFigure:WITHstand:VOLTage:LEVel
Setting for test voltage for withstand
voltage test
p. 35
:CONFigure:WITHstand:VOLTage:LEVel?
Query of test voltage for withstand
voltage test
p. 35
:CONFigure:WITHstand:VOLTage:STARt
Setting for the starting voltage for
withstand voltage test
p. 36
:CONFigure:WITHstand:VOLTage:STARt?
Query of the starting voltage for
withstand voltage test
p. 36
:CONFigure:WITHstand:TIMer
Setting for the test time for withstand
voltage test
p. 36
:CONFigure:WITHstand:TIMer?
Query of the test time for withstand
voltage test
p. 36
:CONFigure:WITHstand:RISE:TIMer
Setting for the voltage rise time for
withstand voltage test
p. 37
:CONFigure:WITHstand:RISE:TIMer?
Query of the voltage rise time for
withstand voltage test
p. 37
:CONFigure:WITHstand:FALL:TIMer
Setting for the voltage drop time for
withstand voltage test
p. 37
HIOKI ST5680A966-00