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! $Instruments
Applent Instruments Inc.
Baolong International FL3,Chahua Road,
Zhonglou district ,Changzhou City, Jiangsu
Province, China [213014]
Tel: 0519-88805550 Fax: 0519-89966550
http://www.applent.com
Sales Email:
sales@applent.com
Tech Email:
tech@applent.com
©2005-2016 Applent Instruments, Inc.
English
Rev.A5
[
AT8612
DC Electronic load
User's Guide
]
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Summary of Contents for Applent Instruments Anbai AT8612
- Page 1 ! $Instruments Applent Instruments Inc. Baolong International FL3,Chahua Road, Zhonglou district ,Changzhou City, Jiangsu Province, China [213014] Tel: 0519-88805550 Fax: 0519-89966550 http://www.applent.com Sales Email: sales@applent.com Tech Email: tech@applent.com ©2005-2016 Applent Instruments, Inc. English Rev.A5 AT8612 DC Electronic load User’s Guide...
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Page 2: Certifiaction, Limited & Limitation Of Liability
CERTIFIACTION, LIMITED & LIMITATION OF LIABILITY Applent Instruments, Inc. （shortened form Applent）certifies that this product met its published specifications at the time of shipment from the factory. Applent further certifies that its calibration measurements are traceable to the People’s Republic of China National Institute of Standards and Technology, to the extent allowed by the Institution’s calibration facility or by the calibration facilities of other International Standards Organization... -
Page 3: Safety Summary
Failure to comply with these precautions or with specific WARNINGS elsewhere in this manual may impair the protection provided by the equipment. In addition it violates safety standards of design, manufacture, and intended use of the instrument. The Applent Instruments assumes no liability for the customer's failure to Disclaimer comply with these requirements. -
Page 4: Table Of Contents
AT8612 User's Guide Contents CERTIFIACTION, LIMITED & LIMITATION OF LIABILITY ..............2 Safety Summary ..............................3 Contents ..................................4 Table Contents ................................8 Figure Contents ................................8 Unpacking and Preparation ..........................10 Incoming Inspection ........................10 Power requirement ........................... 10 Setting up Fuse .......................... - Page 5 Contents 3.4.6 Test Mode ..........................27 <BAT MEAS PAGE> Page ......................28 3.5.1 Discharging Current ......................... 29 3.5.2 Off -Voltage ..........................29 3.5.3 Sub Parameter .......................... 29 <SEQ MEAS PAGE> Page ......................30 3.6.1 SEQ FILE ..........................30 3.6.2 FILE SET ..........................30 3.6.3 SEQ PARA ..........................
- Page 6 AT8612 User's Guide <SYSTEM CONFIG> Page ......................44 5.1.1 [Language] ..........................44 5.1.2 [Date], [Time] .......................... 44 5.1.3 [Account] , [Password] ......................45 5.1.4 [Baud Rate] ..........................46 5.1.5 RS485 [Address] ........................46 <SYSTEM INFO> Page ........................46 <System Service> Page ........................47 Remote Control ..............................
- Page 7 Contents 7.9.5 TRAN:POWER:VALUEA ...................... 60 7.9.6 TRAN:POWER:VALUEB ....................... 61 7.9.7 TRAN:RESISTANCE:VALUEA ..................... 61 7.9.8 TRAN:RESISTANCE:VALUEB ..................... 61 7.9.9 TRAN:TRIG ..........................61 7.10 SEQ subsystem ..........................61 7.10.1 SEQ:FILE ..........................61 7.10.2 SEQ:MODE ..........................62 7.10.3 SEQ:REPT ..........................62 7.10.4 SEQ:COUT ..........................62 7.10.5 SEQ:SAVE ..........................
- Page 8 AT8612 User's Guide 7.15.4 OPP:VD ........................... 72 7.15.5 OPP:START ..........................72 7.15.6 OPP:STEP ..........................72 7.15.7 OPP:SD ............................ 72 7.15.8 OPP:END ..........................73 7.15.9 OPP:OV ........................... 73 7.15.10 OPP:MAX ........................73 7.15.11 OPP:MIN ..........................73 7.16 TRIG subsystem ..........................73 7.16.1 TRIG ............................
- Page 9 Contents Figure 3-6 Rate power and Power Limit ......................18 Figure 4-1 Functions of Operation........................21 Figure 4-2 <NRM MEAS PAGE> Page ......................22 Figure 4-3 [CC] Mode ............................. 22 Figure 4-4 [CV] Mode ............................. 23 Figure 4-5 [CP] Mode ............................23 Figure 4-6 [CR] Mode .............................
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Page 10: Unpacking And Preparation
AT8612 User's Guide 1. Unpacking and Preparation This chapter describes how to set up and start the AT8612. Incoming Inspection Power Requirements Setting up the Fuse Environmental Requirements Cleaning How to Remove the Handle Incoming Inspection After you have receive the instrument, carry out inspection during unpacking according to the following procedures. -
Page 11: Environmental Requirements
Unpacking and Preparation Environmental Requirements Set up the AT8612 according to following environmental requirements. Operating Environments Ensure the operating environment meets the following requirements. Temperature: 0C to 55C Temperature range at calibration: 23C±5C (<1C deviation from the temperature when performing calibration) Humidity: 15% to 85% at wet bulb temperature ≤... -
Page 12: How To Remove The Handle
AT8612 User's Guide How to Remove the Handle Figure 1-1 A handle kit is attached to the AT861x: 1 Retracted 3 Carrying Position 2 Extended Remove Handle（Lift the handle perpendicular to the unit while pulling it in the direction of 1.）... -
Page 13: Overview
Overview This chapter is organized as follows Introduction Main Specifications Feature overview Introduction Thank you for purchasing AT8612 DC Electronic Load. AT8612 DC Electronic load adopts high-performance ARM microprocessor with multiple processors. It has superior speed and performance. AT8612 offers four load modes (CC, CV, CP, CR), and there are 9 modes of measurement function: NRM, TRN, SEQ, ATF, BAT, SHT, LED, OCP and OPP. -
Page 14: Features
AT8612 User's Guide Trigger Internal trigger, BUS trigger, External trigger Independent multi-file There are 10 files available for both sequence list files and automatic list files, 20 files in total. Features 1.10 3.5 inches true color LCD display ... -
Page 15: Start Up
Start up 2. Start up This chapter describes: 1. The front panel and rear panel 2. How to connect with AT8612 Front panel and rear panel Figure 2-1 Front panel 输入 INPUT Table 2-1 Front panel description Description USB disk interface (optional) Trigger key Power switch System function keys:... -
Page 16: How To Connect Load
AT8612 User's Guide Figure 2-2 Rear panel Table 2-2 Rear panel description Description Handler interface. (Include External Trigger Input and Remote Sense) RS232C interface Power socket and fuse holder How to Connect Load To satisfy safety requirements, load wires must be heavy enough to not overheated while carrying the short-circuit output current of the device connects to AT861x. -
Page 17: Remote Sensing Connection (4-Wires)
Start up Figure 2-3 Local Sensing INPUT WRAPS DC Power Supply (CV SOURCE) OUTPUT Before connecting to the measured power supply, make sure the measured power supply is outage, and there is no voltage in the output end, otherwise it will cause electric spark. Please connect load according to polarity. -
Page 18: Load Operation Range
AT8612 User's Guide Figure 2-5 Remote Sensing REAL PANEL INPUT WRAPS DC POWER SOURCE OUTPUT Load Operation Range Figure 2-6 Rate power and Power Limit... -
Page 19: Protection Features
Start up Input Voltage(V) Rated Voltage Rated Power Input Current (I) Rated Current Input Voltage(V) Rated Voltage Power Limit Input Current (I) Current Limit Rated Current Protection Features To maximize protect the measured power supply, AT861x includes five protection features. Over Voltage Load input will be turned OFF immediately if input voltage exceeds the 105%*V-MAX, load overvoltage alerts, voltage value glitters. -
Page 20: Over Power
AT8612 User's Guide the load current will be limited to I-MAX , load over current alerts, current value glitters (but the buzzer does not beep). Load will work in the OC protection state. Over Power CV mode: If the input power exceeds the power limit (101%*P-MAX), load will work under over- power protection state and the buzzer beeps, current value flashed and [OP] displayed. -
Page 21: Meas Display> Page
<MEAS DISPLAY> Page 3. <MEAS DISPLAY> Page This chapter will describe: [NRM] Function [SHT] Function [TRN] Function [BAT] Function [SEQ] Function [ATF] Function [LED] Function [OCP] Function [OPP] Function Operation Functions The instrument includes 6 test functions: [NRM] Normal Operation Mode (CC/CV/CP/CR) [TRN] Transient Operation Mode... -
Page 22: Nrm Meas Page> Page
AT8612 User's Guide <NRM MEAS PAGE> Page You can enter <NRM MEAS PAGE> page by pressing the [Meas] shortcut key. <NRM MEAS PAGE> page mainly highlights the measured results, and display main parameter and sub parameter. In this page, you can finish the setting up of two basic functions, they include: ... - Page 23 <MEAS DISPLAY> Page The maximum of current input is 5 digits, but the decimal point will vary according to the I-MAX. When I-MAX 3A, reserve 4 decimal points; When I-MAX > 3A, reserve 3 decimal points; 3.2.1.2 [CV] Constant Voltage Mode Under [CV] mode, electronic load will always consume enough current to make sure the load input voltage is constant.
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Page 24: Input Value
AT8612 User's Guide The maximum of power input is 5 digits, reserve 3 decimal points. 3.2.1.4 [CR] Constant Reentrance Mode Under [CR] mode, electronic load be equivalent to constant resistance. [CR] mode can efficiently simulate constant voltage source, it may not reach expecting effect for the measurement of constant current source. -
Page 25: Sht Meas Page> Page
<MEAS DISPLAY> Page Take 3 series and 2 parallel, 10W LED constant current source for example as below to illustrate the test method. Specification: LED constant current source Constant power: 10W Output voltage: DC7~12V Output current: 900mA 5% The test method is as below: If the current mode is not in constant voltage mode Press[Meas] to enter <NRM MEAS PAGE>... -
Page 26: Steps Of Setting Up [Sht] Mode
AT8612 User's Guide 3.2A, when in 30A range, the maximum current is around 32A.) . If SHT is under CV mode, short circuit is equivalent to set load voltage as 0V. 3.3.1 Steps of setting up [SHT] mode Step 1 Press[Setup] to enter <SETUP> page Step 2 Press function key [SHT] to enter <SHT MEAS PAGE>page Step 3 Use cursor key to choose [SHT] field;... -
Page 27: Parameter A
<MEAS DISPLAY> Page 3.4.2 Parameter A Steps of setting up Parameter A Step 1 Press [Setup] to enter <SETUP> page Step 2 Press Soft-key [TRN] to enter < TRN MEAS PAGE> page Step 3 Use Cursor key to choose [ValueA] field; Step 4 Use Numeric keypad to input parameter value, press [Enter] to confirm. -
Page 28: Bat Meas Page> Page
AT8612 User's Guide Under Pulse Mode, turn on load, in external trigger mode, each time the instrument receives a low level trigger signal from trigger end at the rear panel (means TRIG pin and GND pin short circuit ), the load will switch to B value, after keeping pulse width B, it will return to A value. -
Page 29: Discharging Current
<MEAS DISPLAY> Page Battery testing can well respond the reliability of battery and exact lifetime. Check the battery regularly in this way can provide theory basis to look whether the battery need to be replaced or not and save the cost. After finishing the test, users need to retest the battery, please reenter after retreat battery test state. -
Page 30: Seq Meas Page> Page
AT8612 User's Guide <SEQ MEAS PAGE> Page Press [Setup] key, then press function key [SEQ] to enter <SEQ MEAS PAGE> page. SEQ can program as many as 99 steps of value and timing list, and complete multi input and change order. SEQ timing from 0.01s to 60.00s. -
Page 31: Seq Para
<MEAS DISPLAY> Page 3.6.3 SEQ PARA Steps of setting up SEQ PARA Step 1 Press[Setup] to enter <SETUP> page Step 2 Press function key [SEQ] to enter <SEQ MEA PAGE> page Step 3 Choose [SEQ PARA] field by using cursor key; Step 4 Use soft-key to choose Soft-keys Function... -
Page 32: Seq Value Set Page> Page
AT8612 User's Guide <SEQ VALUE SET PAGE> Page Press [Setup] key, then press soft-key [SEQ], choose [FILE SET] to enter <SEQ VALUE SET PAGE> Page. Figure 3-11 <Sequence List Effective Value Setup> Page 3.7.1 STEP 1 Setup Steps of setting up Numerical Value of STEP 1 Step 1 Press[Setup] to enter <SETUP>... -
Page 33: Atf Meas Page> Page
<MEAS DISPLAY> Page <ATF MEAS PAGE> Page Press [Setup] key, then press soft-key [ATF] to enter < ATF MEAS PAGE> page. Automatic Testing Function allows users to make different load integrated measurement of measured power supply (such as charger and so on). Users can perform CC, CV, CP, CR, SHORT and OPEN to the measured power supply, users can also perform GD/NG judgment of comparative results. -
Page 34: V-Max Setup
AT8612 User's Guide Enter <ATF VALUE SET PAGE> page 3.8.3 V-MAX Setup Steps of setting up V-MAX Step 1 Press[Setup] to enter <SETUP> page Step 2 Press soft-key [ATF] to enter < ATF MEAS PAGE >page Step 3 Choose [V-MAX] field by using cursor key; Step 4 Use numeric keypad to input V-max value, press [Enter] to confirm. -
Page 35: Steps Setup
<MEAS DISPLAY> Page 3.9.1 STEPS Setup Steps of setting up Numerical Value of STEPS 1 Step 1 Press[Setup] to enter <SETUP> page Step 2 Press soft-key [ATF] to enter < ATF MEAS PAGE > page Step 3 Choose [FILE SET] field by using cursor key; Soft-keys Function Enter <... - Page 36 AT8612 User's Guide Setting up[CR] mode SHORT Setting up p[SHT] mode OPEN Setting up[OPEN] mode Steps of setting up compare parameter Step 1 Press[Setup] to enter <SETUP> page Step 2 Press soft-key [ATF] to enter < ATF MEAS PAGE >page Step 3 Choose [FILE SET] field by using cursor key;...
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Page 37: Led Meas Page > Page
<MEAS DISPLAY> Page Steps of setting up LOWER LIMIT Step 1 Press[Setup] to enter <SETUP> page Step 2 Press soft-key [ATF] to enter < ATF MEAS PAGE >page Step 3 Choose [FILE SET] field by using cursor key; Soft-keys Function Enter <... -
Page 38: Led-V
AT8612 User's Guide 3.10.1 LED-V Steps of setting up LED-V Step 1 Press[Setup] to enter <SETUP> page Step 2 Press soft-key [LED] to enter <LED MEAS PAGE>page Step 3 Choose [LED-V] field by using cursor key; Step 4 Use numeric keypad to input LED-V value, press [Enter] to confirm. 3.10.2 LED-RES ... -
Page 39: File Set
<MEAS DISPLAY> Page FILE2 OCP Save the file 2 FILE3 OCP Save the file 3 FILE4 OCP Save the file 4 FILE5 OCP Save the file 5 FILE6 OCP Save the file 6 FILE7 OCP Save the file 7 FILE8 OCP Save the file 8 FILE9 OCP Save the file 9... - Page 40 AT8612 User's Guide...
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Page 41: Setup] Page
[Setup] page 4. [Setup] page This chapter will describe: <Setup> Page <Setup> Page Users can enter <Setup> Page at any time when pressing <Setup> key. All setup related to measurement can be finished In <Setup> Page, but the instrument will not display measuring results nor sorting results, and the instrument is in waiting state. -
Page 42: Setting Up V-Max
AT8612 User's Guide Step 3 Use soft-key to choose Soft-key Function Slow Setting up sampling rate as 3t/s Medium Setting up sampling rate as 5t/s Fast Setting up sampling rate as 10t/s 4.1.2 Setting up V-MAX Steps of setting up V-MAX Step 1 Press [Setup] to enter <Setup>... -
Page 43: Setting Up [4W Test]
[Setup] page Soft-key Function Internal Setting up trigger mode as internal trigger External Setting up trigger mode as external trigger Remote Setting up trigger mode as remote trigger 4.1.9 Setting up [4W Test] Steps of setting up 4W Test Step 1 Press [Setup] to enter <Setup>... -
Page 44: System Configuration
AT8612 User's Guide 5. System Configuration This chapter will describe the system configuration of the instrument: <SYSTEM CONFIG> Page <SYSTEM INFO> Page <SYSTEM SERVICE> Page <SYSTEM CONFIG> Page Users can enter <Meas> Page at any time when pressing <Meas> key or [Setup] key, choose bottom [SYSTEM] soft-key. -
Page 45: Account] , [Password]
System Configuration Step 2 Choose [SYSTEM] key in bottom soft-key to enter <System Configuration> Page Step 3 Choose [Date] field by using cursor key Step 4 Setting up Date by using soft-key in sidebar Soft-key Function YEAR INCR+ Increases the year in steps of 1. YEAR DECR- Decreases the year in steps of 1. -
Page 46: Baud Rate]
AT8612 User's Guide DELETE PASSWORD The password will be removed. 5.1.4 [Baud Rate] Steps of setting up Baud Rate: Step 1 Press[Setup] to enter <Setup> page Step 2 Choose [SYSTEM] key in bottom soft-key to enter <System Configuration> Page Step 3 Choose [Baud Rate] field by using cursor key Step 4 Setup Baud Rate by using soft-key in sidebar Soft-key... -
Page 47: System Service> Page
System Configuration <System Service> Page Warning: This page is not open for users, this page is only used to calibrate before leaving factory. Non-professional person cannot enter this page, otherwise it will cause losing calibration data and big deviation of measured data. -
Page 48: Remote Control
AT8612 User's Guide 6. Remote Control This chapter will describe: About RS-232C RS-232C Connection About USB-Serial Interface Shake Hand [SHAKE HAND] SCPI Protocol About RS-232C You can connect a controller (i.e. PC and PLC) to the RS-232 interface using Applent RS-232 DB-9 cable. -
Page 49: About Usb-Serial Interface (Option)
Remote Control About USB-Serial Interface (Option) The USB-Serial Interface allows you to connect AT681x to a USB port on your PC. NOTE: Please install the USB-Serial driver before using USB-Serial Interface. To Select Baud Rate Before you can control the AT281x by issuing RS-232 commands from built-in RS-232 controller connected via its DB-9 connector, you have to configure the RS-232 baud rate. -
Page 50: Scpi Language
AT8612 User's Guide SCPI Language Standard Commands for Programmable Instruments (SCPI) is fully supported by the RS- 232 interfaces. NOTE: AT8612 ONLY supports the SCPI Language. -
Page 51: Scpi Command
SCPI Command 7. SCPI Command This chapter contains reference information on programming AT8612 with the SCPI commands. This chapter provides descriptions of all the AT861x's available RS-232 commands which correspond to Standard Commands for Programmable Instruments (SCPI) command sets, listed in functional subsystem order. - Page 52 AT8612 User's Guide function :imp? :mon1 :imp :type {…} rang? Example: function:imp:type Cp-D function Subsystem Command Level 2 type Level 3 Cp-D Parameter The basic rules of the command tree are as follows. Letter case (upper and lower) is ignored. For example, FUNCTION: IMPEDANCE function:impedance...
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Page 53: Header And Parameters
SCPI Command For example, func:rang 8;*IDN?;auto on Command abbreviations: Every command and character parameter has at least two forms, a short form and a long form. In some cases they will be the same. The short form is obtained using the following rules. A) If the long form has four characters or less, the long form and short form are the same. -
Page 54: Command Reference
AT8612 User's Guide (c) NR3 floating point: For example, 1.23e3, 5.67e-3, 123k, 1.23M, 2.34G, The available range for numeric data is 9.9E37. When numeric data is used as a parameter, the suffix multiplier mnemonics and suffix units (The suffix multiplier must be used with the suffix unit.) can be used for some commands as follows. -
Page 55: Fetch Subsystem
SCPI Command Inc. FETCH subsystem Table 7-3 FETCh Subsystem Command Tree FETCH :MEASURE :CURRENT :VOLTAGE :POWER :RESISTANCE FETCh subsystem is used to retrieve measurement data 7.7.1 FETCH:MEASURE FETCH:MEASURE query all measurement data Query Syntax: FETCH:MEASURE Query Response: {float, float, float, float} Group 1's data: current value Group 2's data: voltage value Group 3's data: power value... -
Page 56: Fetch:resistance
AT8612 User's Guide 7.7.5 FETCH:RESISTANCE FETCH:RESISTANCE command is used to retrieve the actual resistance value currently, unit Ω Query Syntax: FETCH:RESISTANCE Query Response: < float> Example: SEND > fetch:res RET > 12.000 BASIC subsystem Table 7-4 BASIC subsystem tree BASIC :MODE {CC,CV,CP,CR} :FUNC... -
Page 57: Basic:rate
SCPI Command basic:func? Query Syntax: <nrm,sht,trn,bat,seq,atf> Query Response: Example: SEND > basic:func? RET > nrm 7.8.3 BASIC:RATE BASIC:RATE command sets the sampling rate. BASIC:RATE < slow,med,fast > Command Syntax: < slow,med,fast > Parameter: Example: > basic:rate slow basic:rate? Query Syntax: <... -
Page 58: Basic:state
AT8612 User's Guide 7.8.7 BASIC:STATE BASIC:STATE command turns on/off load input. BASIC:STATE <ON,OFF> Command Syntax: <ON,OFF> Parameter: Example: SEND > basic:state on basic:stat? Query Syntax: <on, off> Query Response: Example: SEND > basic:stat? RET > on 7.8.8 BASIC:TRIG BASIC:TRIG command sets instrument's trigger mode. BASIC:TRIG <INT,EXT,BUS>... -
Page 59: Basic:time
SCPI Command < float > Parameter: Example: SEND > basic:voff 5.00 basic:voff? Query Syntax: < float > Query Response: Example: SEND > basic:voff? RET > 5.00 7.8.12 BASIC:TIME BASIC:TIME command sets the on-load time. BASIC:TIME < float > Command Syntax: <... -
Page 60: Tran:current:valuea
AT8612 User's Guide :VALUEB <level>,<width> :RESISTANCE(RES) :VALUEA <level>,<width> :VALUEB <level>,<width> :TRIG {CONT,PULS,TRIG} TRAN subsystem is used to set up transient parameter. 7.9.1 TRAN:CURRENT:VALUEA TRAN:CURRENT:VALUEA command sets the current transient parameter A. TRAN:CURRENT: VALUEA <level>, <width> Command Syntax: <level>, <width> Parameter: Level: transient parameter current A value. -
Page 61: Tran:power:valueb
SCPI Command 7.9.6 TRAN:POWER:VALUEB Setup method is the same as that of current. 7.9.7 TRAN:RESISTANCE:VALUEA Setup method is the same as that of current. 7.9.8 TRAN:RESISTANCE:VALUEB Setup method is the same as that of current. 7.9.9 TRAN:TRIG TRAN:TRIG command sets the transient trigger mode. Command Syntax: TRAN:TRIG <... -
Page 62: Seq:mode
AT8612 User's Guide File4: Load SEQ listed file 4 File5: Load SEQ listed file 5 File6: Load SEQ listed file 6 File7: Load SEQ listed file 7 File8: Load SEQ listed file 8 File9: Load SEQ listed file 9 Example: SEND > seq:file file0 seq:file? Query Syntax: <... -
Page 63: Seq:save
SCPI Command < float > Query Response: Example: SEND > seq:cout? RET > 10 7.10.5 SEQ:SAVE SEQ:SAVE command set the sequence list file saving. SEQ:SAVE Command Syntax: NONE Parameter: Example: SEND > seq:save 7.10.6 SEQ:ERASE SEQ:ERASE command sets the sequence list file erasing Command Syntax: SEQ:ERASE NONE... -
Page 64: Atf Subsystem
AT8612 User's Guide ATF subsystem 7.11 Table 7-7 ATF subsystem tree :FILE {FILE0,FILE1…,FILE9} :VMAX {FLOAT} :IMAX {FLOAT} :PMAX {FLOAT} :COUNT {FLOAT} :SAVE :ERASE :SET <STEP>,<PARA>,<COMP>,<LEVEL>, <WIDTH>,<HIGH>,<LOW> :FETCH <FLOAT> ATF subsystem is used to setting up automatic list parameter. 7.11.1 ATF:FILE ATF:FILE command sets the automatic list files. -
Page 65: Atf:imax
SCPI Command RET > 120.0000 7.11.3 ATF:IMAX ATF:IMAX command sets the ATF’s I-MAX. Command Syntax: ATF:IMAX < float > < float > Parameter: Example: SEND > atf:imax 3.0000 atf:imax? Query Syntax: < float > Query Response: Example: SEND > atf:imax? RET >... -
Page 66: Atf:set
AT8612 User's Guide 7.11.8 ATF:SET ATF:SET command sets the data of automatic list file. Command Syntax: ATF:SET <step>,<para>,<comp>, <level>,<width>,<high>,<low> <step>,<para>,<comp>, <level>,<width>,<high>,<low> Parameter: step: integer, which step para: alphabetic string, {cc|cv|cp|cr|short|open} comp: alphabetic string, {i|v|p} level: single-precision floating-point format, numerical value, unit according to operating mode（A, V, W, Ω）... -
Page 67: Bat:current
SCPI Command 7.12.1 BAT:CURRENT BAT:CURRENT Setting up battery discharging current. Command Syntax: BAT:CURRENT < float > Parameter: < float > Example: SEND > bat:cur 1.0000 Query Syntax: BAT:CURRENT? Query Response: < float > Example: SEND > bat:cur? RET > 1.0000 7.12.2 BAT:OFFVOLT BAT:OFFVOLT command sets the battery off voltage. -
Page 68: Led:res
AT8612 User's Guide Example: SEND > led:vol 5.0000 Query Syntax: LED:VOL? Query Response: < float > Example: SEND > led:vol? RET > 5.0000 7.13.2 LED:RES LED:RES command sets the LED load impedance Command Syntax: LED:RES< float > Parameter: < float > Example: SEND >... -
Page 69: Ocp:vv
SCPI Command Parameter: < INT > Example: SEND > OCP:RANGE 1 Query Syntax: OCP:RANGE? Query Response: < INT > Example: SEND > OCP:RANGE? RET > 3A 7.14.3 OCP:VV OCP:VV command sets the OCP Start Voltage Command Syntax: OCP:VV< float > Parameter: <... -
Page 70: Ocp:sd
AT8612 User's Guide 7.14.7 OCP:SD OCP:SD command sets the OCP Step Delay Command Syntax: OCP:STEP< float > Parameter: < float > Example: SEND > OCP:STEP 1.00 Query Syntax: OCP:STEP? Query Response: < float > Example: SEND > OCP:STEP? RET > 1.00 7.14.8 OCP:END OCP:END command sets the OCP Stop Cur Command Syntax: OCP:END<... -
Page 71: Opp Subsystem
SCPI Command Query Response: < float > Example: SEND > OCP:MIN? RET > 0.001 OPP subsystem 7.15 Table 7-11 OPP subsystem tree :FILE {FILE0,FILE1,…FILE9} :RANGE {3A,30A} {FLOAT} {FLOAT} :START {FLOAT} :STEP {FLOAT} {FLOAT} :END {FLOAT} {FLOAT} :MAX {FLOAT} :MIN {FLOAT} OPP subsystem is used to set up OPP measuring parameter. -
Page 72: Opp:vd
AT8612 User's Guide Query Syntax: OPP:VV? Query Response: < float > Example: SEND > OPP:VV? RET > 10.00 7.15.4 OPP:VD OPP:VD command sets the OPP Start Delay Command Syntax: OPP:VD< float > Parameter: < float > Example: SEND > OPP:vd 1.00 Query Syntax: OPP:VD? Query Response: <... -
Page 73: Opp:end
SCPI Command 7.15.8 OPP:END OPP:END command sets the OPP Stop Cur Command Syntax: OPP:END< float > Parameter: < float > Example: SEND > OPP:END 3.0000 Query Syntax: OPP:END? Query Response: < float > Example: SEND > OPP:END? RET > 3.0000 7.15.9 OPP:OV OPP:OV command sets the OPP Vol Value Command Syntax: OPP:OV<... -
Page 74: Trig
AT8612 User's Guide TRIG TRIG subsystem is used to remote trigger. 7.16.1 TRIG TRIG command is used to execute remote trigge. Command Syntax: TRIG Example: SEND > trig PRSC subsystem 7.17 Table 7-13 PRSC subsystem tree PRSC PRSC subsystem is used for copying screen. 7.17.1 PRSC PRSC is used for copying screen Command Syntax: PRSC... -
Page 75: Specifications
Specifications 8. Specifications This chapter will describe: Basic Specifications General Specifications Dimensions Basic Specifications Accuracy is defined as meeting all of the following conditions. Temperature: 23℃± 5℃ Humidity: 65% R.H. Correction: Short-circuit Clear Zero ... -
Page 76: General Specifications
AT8612 User's Guide General Specifications True color TFT-LCD, Size: 3.5” Display Rating Power AT8612: 300W AT8611: 150W Rating Voltage AT8612:0.1V~300V AT8611: 0.1V~150V Rating Current 0A~30A Display Parameter Voltage, Current, Power, Resistance, Battery Capacity and Battery Discharge Time Measurement Speed Fast: 10t/s , Medium: 5t/s, Slow: 3t/s Trigger Mode Internal, BUS and External Trigger Transient Test... -
Page 77: Dimensions
Specifications Dimensions @ Instruments -AT861x User's Guide- English ©2005-2014: Applent Instruments Inc.
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