; ********************************************************
; ET5420A+ Electronic Load
; ********************************************************
; Rev 1.0.69 Released 2026-04-05
; Created by KungFuJosh
;
; NOTE: based on ET5410A by PL based on ET5410 driver by jmurray 
;
; ********************************************************

;------------------------------------------------------------
; Devices
;------------------------------------------------------------

#metadef
#author KungFuJosh
#idString ET5420A+
#name     East Tester ET5420A+
#handle   ET5420AP

#meta
#idString ET54X0A+
#name     East Tester ET54X0A+
#handle   ET54X0AP
#port 	  comfixedbaud
#baudrate 9600N81
#driver   SCPIx
#helpurl https://www.youtube.com/watch?v=dQw4w9WgXcQ

;------------------------------------------------------------------------------------
; Emulation Layer
;------------------------------------------------------------------------------------
; End of Line
#eol \n |.\n

; Internal: used to display more than one list page
#scpiCmd LIST1:SHOW none
:setvar: listshow=inputValue
#scpiCmd LIST1:SHOW? none?
:readmath: varExists("listshow")?(listshow):(0)
#scpiCmd LIST1:ENTRY? LIST1:PARA? (listshow+value),(listshow+value)
#scpiCmd LIST2:SHOW none
:setvar: listshow2=inputValue
#scpiCmd LIST2:SHOW? none?
:readmath: varExists("listshow2")?(listshow2):(0)
#scpiCmd LIST2:ENTRY? LIST2:PARA? (listshow2+value),(listshow2+value)

; Internal: delay load of qualify parameters
#scpiCmd QUAL1:SHOW none
:setvar: qualshow=inputValue
#scpiCmd QUAL1:SHOW? none?
:readmath: varExists("qualshow")?(qualshow):(0)
#scpiCmd QUAL2:SHOW none
:setvar: qualshow2=inputValue
#scpiCmd QUAL2:SHOW? none?
:readmath: varExists("qualshow2")?(qualshow2):(0)

; Internal: delay load of load parameters
#scpiCmd LOAD1:SHOW none
:setvar: loadshow=inputValue
#scpiCmd LOAD1:SHOW? none?
:readmath: varExists("loadshow")?(loadshow):(0)
#scpiCmd LOAD2:SHOW none
:setvar: loadshow2=inputValue
#scpiCmd LOAD2:SHOW? none?
:readmath: varExists("loadshow2")?(loadshow2):(0)

;------------------------------------------------------------
; Values
;------------------------------------------------------------
#value CH1_Current A D3
#value CH1_Voltage V D3
#value CH1_Power W D2
#value CH1_Resistance Ω D3
#value CH1_Capacity Ah D3
#value CH1_Energy Wh D3
#value CH2_Current A D3
#value CH2_Voltage V D3
#value CH2_Power W D2
#value CH2_Resistance Ω D3
#value CH2_Capacity Ah D3
#value CH2_Energy Wh D3

#askValues MEAS1:ALL?;[200];BATT1:CAPA?;[200];BATT1:ENER?;[200];MEAS2:ALL?;[200];BATT2:CAPA?;[200];BATT2:ENER?;[200];
#askValuesMathFormat trim(replace(replace(value,"R",""),"  "," "))
#askValuesReadFormat ffffffffffff

#askMode CH1:MODE?;[200];CH2:MODE?;[200];
#modeChangeDelay 2
#readingDelay 2

#initCmd LIST1:SHOW 0;QUAL1:SHOW 0;LOAD1:SHOW 0;LIST2:SHOW 0;QUAL2:SHOW 0;LOAD2:SHOW 0;
#outputOff CH1:SW OFF;[200];CH2:SW OFF;[200];
#finalCmd CH1:SW OFF;[200];CH2:SW OFF;[200];SYST:LOCA;

;------------------------------------------------------------
; Interface
;------------------------------------------------------------
#interfaceType Load

; Set
#interface setOn          CH1:SW (getElement("OFF ON",value));[300];CH2:SW (getElement("OFF ON",value));[300];
#interface setMode        CH1:MODE (value);[200];CH2:MODE (value);[200];
#interface setRemoteSense LOAD1:SENSE (getElement("OFF ON",value));[300];LOAD2:SENSE (getElement("OFF ON",value));[300];
#interface setVoltage     VOLT1:CV (value);[300];VOLT2:CV (value);[300];
#interface setCurrent     CURR1:CC (value);[300];CURR2:CC (value);[300];
#interface setPower       POWE1:CP (value);[300];POWE2:CP (value);[300];
#interface setResistance  RESI1:CR (value);[300];RESI2:CR (value);[300];
#interface setMaxCurrent  CURR1:IMAX (value);[300];CURR2:IMAX (value);[300];
#interface setMaxVoltage  VOLT1:VMAX (value);[300];VOLT2:VMAX (value);[300];
#interface setMaxPower    POWE1:PMAX (value);[300];POWE2:PMAX (value);[300];

; Get
#interface getOn          CH1:SW?;[200];CH2:SW?;[200];
:readmath: (replace(replace(value,"ON","1"),"OFF","0"))
#interface getMode        CH1:MODE?;[200];CH2:MODE?;[200];
:string:
#interface getRemoteSense LOAD1:SENSE?;LOAD2:SENSE?
:readmath: (replace(replace(value,"ON","1"),"OFF","0"))
#interface getVoltage     VOLT1:CV?;[200];VOLT2:CV?;[200];
:readmath: trim(replace(value,"R",""))
#interface getCurrent     CURR1:CC?;[200];CURR2:CC?;[200];
:readmath: trim(replace(value,"R",""))
#interface getPower       POWE1:CP?;[200];POWE2:CP?;[200];
:readmath: trim(replace(value,"R",""))
#interface getResistance  RESI1:CR?;[200];RESI2:CR?;[200];
:readmath: trim(replace(value,"R",""))
#interface getMaxCurrent  CURR1:IMAX?;[200];CURR2:IMAX?;[200];
:readmath: trim(replace(value,"R",""))
#interface getMaxVoltage  VOLT1:VMAX?;[200];VOLT2:VMAX?;[200];
:readmath: trim(replace(value,"R",""))
#interface getMaxPower    POWE1:PMAX?;[200];POWE2W:PMAX?;[200];
:readmath: trim(replace(value,"R",""))

; Read
#interface readCurrent    0
#interface readVoltage    1
#interface readPower      2
#interface readResistance 3
#interface readCapacity   4
#interface readEnergy     5

;------------------------------------------------------------------------------------
; Mode
;------------------------------------------------------------------------------------
#cmdModeLayout 3 8
#cmdMode CH1_Constant_Current_(CC) CC
CH1:MODE CC;[300]
#cmdMode CH1_Constant_Voltage_(CV) CV
CH1:MODE CV;[300]
#cmdMode CH1_Constant_Power_(CP) CP
CH1:MODE CP;[300]
#cmdMode CH1_Constant_Resistance_(CR) CR
CH1:MODE CR;[300]
#cmdMode CH1_Constant_Current/Voltage_(CC+CV) CCCV
CH1:MODE CCCV;[300]
#cmdMode CH1_Constant_Resistance/Voltage_(CR+CV) CRCV
CH1:MODE CRCV;[300]
#cmdMode CH1_Short_Test SHOR
CH1:MODE SHOR;[300]
#cmdMode CH1_LED_Test LED
CH1:MODE LED;[300]
#cmdMode CH1_Transient_Test TRAN
CH1:MODE TRAN;[300]
#cmdMode CH1_Battery_Test BATT
CH1:MODE BATT;[300]
#cmdMode CH1_Scan_Test SCAN
CH1:MODE SCAN;[300]
#cmdMode CH1_List_Test LIST
CH1:MODE LIST;[300]
#cmdMode CH2_Constant_Current_(CC) CC
CH2:MODE CC;[300]
#cmdMode CH2_Constant_Voltage_(CV) CV
CH2:MODE CV;[300]
#cmdMode CH2_Constant_Power_(CP) CP
CH2:MODE CP;[300]
#cmdMode CH2_Constant_Resistance_(CR) CR
CH2:MODE CR;[300]
#cmdMode CH2_Constant_Current/Voltage_(CC+CV) CCCV
CH2:MODE CCCV;[300]
#cmdMode CH2_Constant_Resistance/Voltage_(CR+CV) CRCV
CH2:MODE CRCV;[300]
#cmdMode CH2_Short_Test SHOR
CH2:MODE SHOR;[300]
#cmdMode CH2_LED_Test LED
CH2:MODE LED;[300]
#cmdMode CH2_Transient_Test TRAN
CH2:MODE TRAN;[300]
#cmdMode CH2_Battery_Test BATT
CH2:MODE BATT;[300]
#cmdMode CH2_Scan_Test SCAN
CH2:MODE SCAN;[300]
#cmdMode CH2_List_Test LIST
CH2:MODE LIST;[300]

;------------------------------------------------------------------------------------
; Channel 1
;------------------------------------------------------------------------------------

#cmdSetup info Active_Mode Channel_1
:read: CH1:MODE?;[300];
:updatemodechange:

#cmdSetup selector CH1_Select Channel_1
:read: CH1:MODE?;[200];
:string:
CC   CC_.   TIME_. LIMIT_. 
CV   CV_.   TIME_. LIMIT_.
CP   CP_.   TIME_. LIMIT_.
CR   CR_.   TIME_. LIMIT_.
CCCV CCCV_. LIMIT_.
CRCV CRCV_. LIMIT_.
SHOR SHOR_. LIMIT_.
LED  LED_.
TRAN TRAN_.
LIST LIST_.
SCAN SCAN_.
BATT BATT_.
:updatemodechange:

;------------------------------------------------------------------------------------
; CH1 Settings
;------------------------------------------------------------------------------------
#cmdSetup Info Load CH1_Settings
#cmdSetup separator - CH1_Settings
2 100 Solid
#cmdSetup radio Range_I CH1_Settings
:read:    LOAD1:CRANge?;[200];
:write:   LOAD1:CRANge #;[350];CURR1:IMAX (value=="HIGH"?42:3.1);[350];
:update:  Imax Set_I Set_Io Set_I1 Set_I2
:string:
:tip: Set the range of current
3_A  LOW
42_A HIGH
#cmdSetup radio Range_V CH1_Settings
:read:    LOAD1:VRANge?;[200];
:write:   LOAD1:VRANge #;[350];VOLT1:VMAX (value=="HIGH"?155:21.0);[350];
:update:  Vmax Set_V Set_Vo Set_V1 Set_V2 Vcutoff Vmin Vth
:string:
:tip: Set the voltage range
21_V   LOW
155_V HIGH
#cmdSetup selector SelectLoad CH1_Settings
:read: LOAD1:SHOW?
0 Settings_Button.
1 Settings_Edit.
#cmdSetup button More Settings_Button
:write:   LOAD1:SHOW 1
:update:  SelectLoad
#cmdSetup radio Sense Settings_Edit
:read:    LOAD1:SENSE?;[200]
:write:   LOAD1:SENSE #;[300]
:string:
:tip: Set the range of current
Off OFF
On  ON
#cmdSetup number Von Settings_Edit
:read:    VOLT1:ON?;[200]
:readmath: trim(replace(value,"R",""))
:write:   VOLT1:ON #;[300]
:tip: Set turn-on voltage
V 0 155
#cmdSetup number Voff Settings_Edit
:read:    VOLT1:OFF?;[200]
:readmath: trim(replace(value,"R",""))
:write:   VOLT1:OFF #;[300]
:tip: Set turn-off voltage
V 0 155
#cmdSetup comboboxhot Trigger_ Settings_Edit
:read:    LOAD1:TRIGger?;[200]
:write:   LOAD1:TRIGger #;[400]
:tip: Set the trigger mode of the trigger source
Manual   MAN
External EXT
Software TRG
#cmdSetup button Trigger Settings_Edit
:enable:  Settings_Edit.Trigger_=="TRG"
:write:   *TRG

;------------------------------------------------------------------------------------
; CH1 Qualify
;------------------------------------------------------------------------------------
#cmdSetup selector CH1_SelectQualify CH1_Qualify
:read: QUAL1:SHOW?
0 CH1_Qualify.
1 CH1_Qualify_Edit.
#cmdSetup button More CH1_Qualify
:write:   QUAL1:SHOW 1
:update:  CH1_SelectQualify
#cmdSetup radio Test CH1_Qualify_Edit
:read:    QUAL1:TEST?;[200]
:write:   QUAL1:TEST #;[350]
:string:
Off OFF
On  ON
#cmdSetup separator - CH1_Qualify_Edit
2 100 Solid
#cmdSetup number Imax CH1_Qualify_Edit
:read:    QUAL1:CHIGh?;[200]
:readmath: replace(getElement(value,0),"R","")
:write:   QUAL1:CHIGh #;[300]
A 0 42
#cmdSetup number Imin CH1_Qualify_Edit
:read:    QUAL1:CLOW?;[200]
:readmath: replace(getElement(value,0),"R","")
:write:   QUAL1:CLOW #;[300]
A 0 42
#cmdSetup separator - CH1_Qualify_Edit
1 100 Empty
#cmdSetup number Vmax CH1_Qualify_Edit
:read:    QUAL1:VHIGh?;[200]
:readmath: replace(getElement(value,0),"R","")
:write:   QUAL1:VHIGh #;[300];
V 0.1 150
#cmdSetup number Vmin CH1_Qualify_Edit
:read:    QUAL1:VLOW?;[200]
:readmath: replace(getElement(value,0),"R","")
:write:   QUAL1:VLOW #;[300]
V 0.1 150
#cmdSetup separator - CH1_Qualify_Edit
1 100 Empty
#cmdSetup number Pmax CH1_Qualify_Edit
:read:    QUAL1:PHIGh?;[200]
:readmath: replace(getElement(value,0),"R","")
:write:   QUAL1:PHIGh #;[300]
W 0 400
#cmdSetup number Pmin CH1_Qualify_Edit
:read:    QUAL1:PLOW?;[200]
:readmath: replace(getElement(value,0),"R","")
:write:   QUAL1:PLOW #;[300]
W 0 400

;------------------------------------------------------------------------------------
; CC
;------------------------------------------------------------------------------------
#cmdSetup info CC CC_
:read:    LOAD1:ABNO?;[200]
:readmath: trim(replace(value,"NONE",""))
#cmdSetup separator - CC_
2 100 Solid
#cmdSetup number Set_I CC_
:read:    CURR1:CC?;[200]
:readmath: trim(replace(value,"R",""))
:write:   CURR1:CC #;[300];
:tip: Set CC mode current value
A 0 40

;------------------------------------------------------------------------------------
; CV
;------------------------------------------------------------------------------------
#cmdSetup info CV CV_
:read:    LOAD1:ABNO?;[200]
:readmath: trim(replace(value,"NONE",""))
#cmdSetup separator - CV_
2 100 Solid
#cmdSetup number Set_V CV_
:read:    VOLT1:CV?;[200]
:readmath: trim(replace(value,"R",""))
:write:   VOLT1:CV #;[300];
:tip: Set the voltage value of CV mode
V 0 150

;------------------------------------------------------------------------------------
; CP
;------------------------------------------------------------------------------------
#cmdSetup info CP CP_
:read:    LOAD1:ABNO?;[200]
:readmath: trim(replace(value,"NONE",""))
#cmdSetup separator - CP_
2 100 Solid
#cmdSetup number Set_P CP_
:read:    POWE1:CP?;[200]
:readmath: trim(replace(value,"R",""))
:write:   POWE1:CP #;[300];
:tip: Set CP mode power value
W 0 400

;------------------------------------------------------------------------------------
; CR
;------------------------------------------------------------------------------------
#cmdSetup info CR CR_
:read:    LOAD1:ABNO?;[200]
:readmath: trim(replace(value,"NONE",""))
#cmdSetup separator - CR_
2 100 Solid
#cmdSetup number Set_R CR_
:read:    RESI1:CR?;[200]
:readmath: trim(replace(value,"R",""))
:write:   RESI1:CR #;[300];
:tip: Set the resistance value of CR mode
Ω 1 5000

;------------------------------------------------------------------------------------
; CC-CV
;------------------------------------------------------------------------------------
#cmdSetup info CC+CV CCCV_
:read:    LOAD1:ABNO?;[200]
:readmath: trim(replace(value,"NONE",""))
#cmdSetup separator - CCCV_
2 100 Solid
#cmdSetup number Set_I CCCV_
:read:    CURR1:CCCV?;[200]
:readmath: trim(replace(value,"R",""))
:write:   CURR1:CCCV #;[300]
:tip: Set CC mode current value
A 0 40
#cmdSetup number Set_V CCCV_
:read:    VOLT1:CCCV?;[200]
:readmath: trim(replace(value,"R",""))
:write:   VOLT1:CCCV #;[300];
:tip: Set the voltage value of CV mode
V 0 150

;------------------------------------------------------------------------------------
; CR-CV
;------------------------------------------------------------------------------------
#cmdSetup info CR+CV CRCV_
:read:    LOAD1:ABNO?;[200]
:readmath: trim(replace(value,"NONE",""))
#cmdSetup separator - CRCV_
2 100 Solid
#cmdSetup number Set_R CRCV_
:read:    RESI1:CRCV?;[200]
:readmath: trim(replace(value,"R",""))
:write:   RESI1:CRCV #;[300]
:tip: Set the resistance value of CR mode
Ω 1 5000
#cmdSetup number Set_V CRCV_
:read:    VOLT1:CRCV?;[200]
:readmath: trim(replace(value,"R",""))
:write:   VOLT1:CRCV #;[300]
:tip: Set the voltage value of CV mode
V 0 150

;------------------------------------------------------------------------------------
; SHORT
;------------------------------------------------------------------------------------
#cmdSetup info Short SHOR_
:read:    LOAD1:ABNO?;[200]
:readmath: trim(replace(value,"NONE",""))
#cmdSetup separator - SHOR_
2 100 Solid
#cmdSetup Info N/A SHOR_

;------------------------------------------------------------------------------------
; LED
;------------------------------------------------------------------------------------
#cmdSetup info LED LED_
:read:    LOAD1:ABNO?;[200]
:readmath: trim(replace(value,"NONE",""))
#cmdSetup separator - LED_
2 100 Solid
#cmdSetup number Set_Vo LED_
:read:    VOLT1:LED?;[200]
:readmath: trim(replace(value,"R",""))
:write:   VOLT1:LED #;[300];
:tip: Steady working voltage of LED constant current source with LED lamp
V 0 150
#cmdSetup number Set_Io LED_
:read:    CURR1:LED?;[200]
:readmath: trim(replace(value,"R",""))
:write:   CURR1:LED #;[300]
:tip: Output current of LED constant current source
A 0 40
#cmdSetup number Set_Coeff LED_
:read:    LED1:COEFf?;[200]
:readmath: trim(replace(value,"R",""))
:write:   LED1:COEFf #;[300];
:tip: Ratio of Rd voltage to the total voltage: Rd =(Vo/Io)*Coeff; V=Vo*(1-Coeff)
_ 0.001 1.000

;------------------------------------------------------------------------------------
; TRAN
;------------------------------------------------------------------------------------
#cmdSetup info Transient TRAN_
:read:    LOAD1:ABNO?;[200]
:readmath: trim(replace(value,"NONE",""))
#cmdSetup separator - TRAN_
2 100 Solid
#cmdSetup comboboxhot Type TRAN_
:read:    TRAN1:STATe?;[200]
:readmath: trim(value)
:write:   TRAN1:STATe #;[300]
:tip: Set the dynamic state of dynamic test
:string:
:update: TRAN_Select
CC CC
CV CV
#cmdSetup comboboxhot Mode TRAN_
:read:    TRAN1:MODE?;[200]
:write:   TRAN1:MODE #;[300];
:tip: Set dynamic test dynamic mode
Continuous COUT
Trigger    TRIG
Pulse      PULS
; Pulse Width only enabled when: && TRAN_.Mode!="TRIG"
#cmdSetup selector TRAN_Select TRAN_
:read: TRAN1:STATe?;[200]
CC TRAN_CC_.
CV TRAN_CV_.
#cmdSetup multi Set_I1 TRAN_CC_
:read:    CURR1:TA?;[200];TIME1:WA?;[200]
:readmath: replace(getElement(value,0),"R","")+" "+(replace(getElement(value,1),"R","")/1000.0)
:write:   CURR1:TA #;[200];TIME1:WA #;[350];
:tip: Set the dynamic test A value
Number I A 0 40
Number T s 0 60
#cmdSetup multi Set_I2 TRAN_CC_
:read:    CURR1:TB?;[200];TIME1:WB?;[200]
:readmath: replace(getElement(value,0),"R","")+" "+(replace(getElement(value,1),"R","")/1000.0)
:write:   CURR1:TB #;[200];TIME1:WB #;[350];
:tip: Set the dynamic test B value
Number I A 0 40
Number T s 0 60
#cmdSetup multi Set_V1 TRAN_CV_
:read:    VOLT1:TA?;[200];TIME1:WA?;[200]
:readmath: replace(getElement(value,0),"R","")+" "+(replace(getElement(value,1),"R","")/1000.0)
:write:   VOLT1:TA #;[200];TIME1:WA #;[350];
:tip: Set the dynamic test A value
Number V V 0.1 150
Number T s 0 60
#cmdSetup multi Set_V2 TRAN_CV_
:read:    VOLT1:TB?;[200];TIME1:WB?;[200]
:readmath: replace(getElement(value,0),"R","")+" "+(replace(getElement(value,1),"R","")/1000.0)
:write:   VOLT1:TB #;[200];TIME1:WB #;[350];
:tip: Set the dynamic test B value
Number V V 0.1 150
Number T s 0 60

;------------------------------------------------------------------------------------
; SCAN
;------------------------------------------------------------------------------------
#cmdSetup info Scan SCAN_
:read:    LOAD1:ABNO?;[200]
:readmath: trim(replace(value,"NONE",""))
#cmdSetup separator - SCAN_
2 100 Solid
#cmdSetup comboboxhot Type SCAN_
:read:    SCAN1:TYPE?;[200]
:write:   SCAN1:TYPE #;[350]
:string:
:update:  SCAN_SelectType
:tip: Set scan type of scan test
CC_-_Vary_current CC
CV_-_Vary_voltage CV
CP_-_Vary_power   CP
#cmdSetup selector SCAN_SelectType SCAN_
:read: SCAN1:TYPE?;[200]
CC SCAN_CC_.
CV SCAN_CV_.
CP SCAN_CP_.
#cmdSetup multi Set_I SCAN_CC_
:read:    CURR1:STARt?;[200];CURR1:END?;[200];CURR1:STEP?;[200]
:readmath: trim(replace(value,"R",""))
:write:   CURR1:STARt #;[200];CURR1:END #;[200];CURR1:STEP #;[350];
:tip: Set the scan test current values
Number Start A 0 40
Number End A 0 40
Number Step A 0 40
#cmdSetup multi Set_V SCAN_CV_
:read:    VOLT1:STARt?;[200];VOLT1:END?;[200];VOLT1:STEP?;[200]
:readmath: trim(replace(value,"R",""))
:write:   VOLT1:STARt #;[200];VOLT1:END #;[200];VOLT1:STEP #;[350];
:tip: Set voltage values of scanning test
Number Start V 0.1 150
Number End V 0.1 150
Number Step V 0.1 150
#cmdSetup multi Set_P SCAN_CP_
:read:    POWE1:STARt?;[200];POWE1:END?;[200];POWE1:STEP?;[200]
:readmath: trim(replace(value,"R",""))
:write:   POWE1:STARt #;[200];POWE1:END #;[200];POWE1:STEP #;[350];
:tip: Set the power value of scanning test
Number Start W 0 400
Number End W 0 400
Number Step W 0 400
#cmdSetup numberInt Time SCAN_
:read:    TIME1:STEP?;[200]
:readmath: trim(replace(value,"R",""))
:write:   TIME1:STEP #;[300];
:tip: Set the scan test step delay value
s 0 9999
#cmdSetup separator - SCAN_
1 100 Empty
#cmdSetup comboboxhot Capture SCAN_
:read:    SCAN1:THTYpe?;[200]
:write:   SCAN1:THTYpe #;[350]
:string:
:update:  SCAN_SelectCapture
:tip: Set the threshold type of the scan test
DROP_-_Voltage_drops_sharply_close_to_0       DROP
Vth_-_Voltage_is_higher_than_treshold_setting VTH
Vmin_-_Voltage_is_lower_than_capture_setting  VMIN
#cmdSetup selector SCAN_SelectCapture SCAN_
:read: SCAN1:THTYpe?;[200]
DROP SCAN_DROP_.
VTH  SCAN_Vth_.
VMIN SCAN_Vmin_.
#cmdSetup info N/A SCAN_DROP_
#cmdSetup number Vth SCAN_Vth_
:read:    VOLT1:VTH?;[200]
:readmath: trim(replace(value,"R",""))
:write:   VOLT1:VTH #;[300];
:tip: Set the threshold of scan test voltage transition
V 0.1 150
#cmdSetup number Vmin SCAN_Vmin_
:read:    VOLT1:VMIN?;[200]
:readmath: trim(replace(value,"R",""))
:write:   VOLT1:VMIN #;[300];
:tip: Set the minimum voltage threshold for scanning test
V 0.1 150
#cmdSetup separator - SCAN_
1 100 Empty
#cmdSetup Info Limit SCAN_
#cmdSetup separator - SCAN_
2 100 Solid
#cmdSetup comboboxhot Compare SCAN_
:read:    SCAN1:COMPare?;[200]
:write:   SCAN1:COMPare #;[350]
:string:
:update:  SCAN_SelectCompare
:tip: Sets the comparison type of the scan test to query the comparison type of the scan test
Off(*)                     SCAN
Ic_-_Current_within_limits INCURR
Vc_-_Voltage_within_limits INVOLT
Pc_-_Power_within_limits   INPOW
;OFF -> SCAN (but cannot be written again, VMIN did not work)
#cmdSetup selector SCAN_SelectCompare SCAN_
:read: SCAN1:COMPare?;[200]
SCAN   SCAN_OFF_.
INCURR SCAN_Ic_.
INVOLT SCAN_Vc_.
INPOW  SCAN_Pc_.
#cmdSetup info N/A SCAN_OFF_
#cmdSetup multi Ic SCAN_Ic_
:read:     CURR1:LOW?;[200];CURR1:HIGH?;[200]
:readmath: trim(replace(value,"R",""))
:write:    CURR1:LOW #;[200];CURR1:HIGH #;[350];
:tip: Set the scan test current limit
Number Low A 0 42
Number High A 0 42
#cmdSetup multi Vc SCAN_Vc_
:read:    VOLT1:LOW?;[200];VOLT1:HIGH?;[200]
:readmath: trim(replace(value,"R",""))
:write:   VOLT1:LOW #;[200];VOLT1:HIGH #;[350];
:tip: Set the scan test voltage limit
Number Low V 0.1 150
Number High V 0.1 150
#cmdSetup multi Pc SCAN_Pc_
:read:    POWE1:LOW?;[200];POWE1:HIGH?;[200]
:readmath: trim(replace(value,"R",""))
:write:   POWE1:LOW #;[200];POWE1:HIGH #;[350];
:tip: Set the scan test power limit
Number Low W 0 400
Number High W 0 400

;------------------------------------------------------------------------------------
; LIST
;------------------------------------------------------------------------------------
#cmdSetup info List LIST_
#cmdSetup info List LIST_
:read:    LOAD1:ABNO?;[200]
:readmath: trim(replace(value,"NONE",""))
#cmdSetup separator - LIST_
2 100 Solid
#cmdSetup comboboxhot Type LIST_
:read:    LIST1:MODE?;[200]
:write:   LIST1:MODE #;[300]
:string:
Auto    AUTO
Trigger TRIGGER
#cmdSetup comboboxhot Loop LIST_
:read:    LIST1:LOOP?;[200]
:write:   LIST1:LOOP #;[300]
:string:
On  ON
Off OFF
#cmdSetup numberInt Entries LIST_
:read:    LIST1:NUM?;[200]
:readmath: trim(replace(value,"R",""))
:write:   LIST1:NUM #;[300]
:textwidth: 6
_ 1 50
#cmdSetup separator - LIST_
1 100 Empty
#cmdSetup comboboxhot List LIST_
:read:    LIST1:SHOW?
:write:   LIST1:SHOW #
:string:
1-5 0
6-9 1
10-14  10
15-19  15
20-24  20
25-29  25
30-34  30
35-39  35
40-44  40
45-49  45
#cmdSetup separator - LIST_
:color:  (160,197,233)
2 100 Solid
#cmdSetup multi _ LIST_
:read:    LIST1:ENTRY? 1;[200]
:readmath: trim(replace(replace(value,"R",""),"------","0"))
:write:   LIST1:PARA #,#,#,#,#,#,#;[300]
:string:
:textwidth: 6
info _
Combobox CC 0 CV 1 CP 2 CR 3 Open 4 Short 5
Number _ _ 0 7000
Number T s 0 60k
Combobox -- 0 I 1 V 2 P 3 R 4
Number Max _ 0 7000
Number Min _ 0 7000
#cmdSetup multi _ LIST_
:read:    LIST1:ENTRY? 2;[200]
:readmath: trim(replace(replace(value,"R",""),"------","0"))
:write:   LIST1:PARA #,#,#,#,#,#,#;[300]
:string:
:textwidth: 6
info _
Combobox CC 0 CV 1 CP 2 CR 3 Open 4 Short 5
Number _ _ 0 7000
Number T s 0 60k
Combobox -- 0 I 1 V 2 P 3 R 4
Number Max _ 0 7000
Number Min _ 0 7000
#cmdSetup multi _ LIST_
:read:    LIST1:ENTRY? 3;[200]
:readmath: trim(replace(replace(value,"R",""),"------","0"))
:write:   LIST1:PARA #,#,#,#,#,#,#;[300]
:string:
:textwidth: 6
info _
Combobox CC 0 CV 1 CP 2 CR 3 Open 4 Short 5
Number _ _ 0 7000
Number T s 0 60k
Combobox -- 0 I 1 V 2 P 3 R 4
Number Max _ 0 7000
Number Min _ 0 7000
#cmdSetup multi _ LIST_
:read:    LIST1:ENTRY? 4;[200]
:readmath: trim(replace(replace(value,"R",""),"------","0"))
:write:   LIST1:PARA #,#,#,#,#,#,#;[300]
:string:
:textwidth: 6
info _
Combobox CC 0 CV 1 CP 2 CR 3 Open 4 Short 5
Number _ _ 0 7000
Number T s 0 60k
Combobox -- 0 I 1 V 2 P 3 R 4
Number Max _ 0 7000
Number Min _ 0 7000
#cmdSetup multi _ LIST_
:read:    LIST1:ENTRY? 5;[200]
:readmath: trim(replace(replace(value,"R",""),"------","0"))
:write:   LIST1:PARA #,#,#,#,#,#,#;[300]
:string:
:textwidth: 6
info _
Combobox CC 0 CV 1 CP 2 CR 3 Open 4 Short 5
Number _ _ 0 7000
Number T s 0 60k
Combobox -- 0 I 1 V 2 P 3 R 4
Number Max _ 0 7000
Number Min _ 0 7000

;------------------------------------------------------------------------------------
; BATT
;------------------------------------------------------------------------------------
#cmdSetup info Battery BATT_
:read:    LOAD1:ABNO?;[200]
:readmath: trim(replace(value,"NONE",""))
#cmdSetup separator - BATT_
2 100 Solid
#cmdSetup comboboxhot Type BATT_
:read:    BATT1:MODE?;[200]
:write:   BATT1:MODE #;[200];CH:MODE BATT;[350]
:tip: Set the Type mode of the battery test
:string:
:update: BATT_Select
CR CR
CC CC
#cmdSetup selector BATT_Select BATT_
:read: BATT1:MODE?;[200]
CR BATT_CR_.
CC BATT_CC_.
#cmdSetup multi Set_R BATT_CR_
:read:    RESI1:BCR?;[200];VOLT1:BCR?;[200]
:readmath: trim(replace(value,"R",""))
:write:   RESI1:BCR #;[200];VOLT1:BCR #;[350]
:tip: Set the constant resistance cut-off voltage value of battery test mode
Number R Ω 0 4000
Number V V 0 150
#cmdSetup multi Set_I BATT_CC_
:read:    CURR1:BCC1?;[200];CURR1:BCC2?;[200];CURR1:BCC3?;[200]
:readmath: trim(replace(value,"R",""))
:write:   CURR1:BCC1 #;[200];CURR1:BCC2 #;[200];CURR1:BCC3 #;[350]
:tip: Set the constant current current value
Number 1 I 0 40
Number 2 I 0 40
Number 3 I 0 40
#cmdSetup multi Vcutoff BATT_CC_
:read:    VOLT1:BCC1?;[200];VOLT1:BCC2?;[200];VOLT1:BCC3?;[200]
:readmath: trim(replace(value,"R",""))
:write:   VOLT1:BCC1 #;[200];VOLT1:BCC2 #;[200];VOLT1:BCC3 #;[350]
:tip: Set the constant current cut-off voltage value
Number 1 V 0 150
Number 2 V 0 150
Number 3 V 0 150

;------------------------------------------------------------------------------------
; TIME (CC, CV, CP, CR)
;------------------------------------------------------------------------------------
#cmdSetup numberInt Time TIME_
:read:    TIME1:OFFDelay?;[200]
:readmath: trim(replace(value,"R",""))
:write:   TIME1:OFFDelay #;[300];
:tip: Set the delay shutdown time to query the current delay shutdown time value
s 0 60000

;------------------------------------------------------------------------------------
; LIMIT (CC, CV, CP, CR, CC+CV, CR+CV)
;------------------------------------------------------------------------------------
#cmdSetup separator - LIMIT_
1 100 Empty
#cmdSetup Info Limit LIMIT_
#cmdSetup separator - LIMIT_
2 100 Solid
#cmdSetup number Imax LIMIT_
:read:    CURR1:IMAX?;[200]
:readmath: trim(replace(value,"R",""))
:write:   CURR1:IMAX #;[300]
:tip: Set protection value
A 0 42
#cmdSetup number Vmax LIMIT_
:read:    VOLT1:VMAX?;[200]
:readmath: trim(replace(value,"R",""))
:write:   VOLT1:VMAX #;[300]
:tip: Set protection value
V 0.1 155
#cmdSetup number Pmax LIMIT_
:read:    POWE1:PMAX?;[200]
:readmath: trim(replace(value,"R",""))
:write:   POWE1:PMAX #;[300]
:tip: Set protection value
W 0 420

;------------------------------------------------------------------------------------
; Channel 2
;------------------------------------------------------------------------------------
#cmdSetup info Active_Mode Channel_2
:read: CH2:MODE?;[300];
:updatemodechange:

#cmdSetup selector CH2_Select Channel_2
:read: CH2:MODE?;[200]
:string:
CC   CH2_CC_.   CH2_TIME_. CH2_LIMIT_. 
CV   CH2_CV_.   CH2_TIME_. CH2_LIMIT_.
CP   CH2_CP_.   CH2_TIME_. CH2_LIMIT_.
CR   CH2_CR_.   CH2_TIME_. CH2_LIMIT_.
CCCV CH2_CCCV_. CH2_LIMIT_.
CRCV CH2_CRCV_. CH2_LIMIT_.
SHOR CH2_SHOR_. CH2_LIMIT_.
LED  CH2_LED_.
TRAN CH2_TRAN_.
LIST CH2_LIST_.
SCAN CH2_SCAN_.
BATT CH2_BATT_.
:updatemodechange:

;------------------------------------------------------------------------------------
; CH2 Settings
;------------------------------------------------------------------------------------
#cmdSetup Info Load CH2_Settings
#cmdSetup separator - CH2_Settings
2 100 Solid
#cmdSetup radio Range_I CH2_Settings
:read:    LOAD2:CRANge?;[200]
:write:   LOAD2:CRANge #;[350];CURR2:IMAX (value=="HIGH"?42:3.1);[350];
:update:  Imax Set_I Set_Io Set_I1 Set_I2
:string:
:tip: Set the range of current
3_A  LOW
42_A HIGH
#cmdSetup radio Range_V CH2_Settings
:read:    LOAD2:VRANge?;[200]
:write:   LOAD2:VRANge #;[350];VOLT2:VMAX (value=="HIGH"?155:21.0);[350];
:update:  Vmax Set_V Set_Vo Set_V1 Set_V2 Vcutoff Vmin Vth
:string:
:tip: Set the voltage range
21_V   LOW
155_V HIGH
#cmdSetup selector SelectLoad CH2_Settings
:read: LOAD2:SHOW?
0 CH2_Settings_Button.
1 CH2_Settings_Edit.
#cmdSetup button More CH2_Settings_Button
:write:   LOAD2:SHOW 1
:update:  SelectLoad
#cmdSetup radio Sense CH2_Settings_Edit
:read:    LOAD2:SENSE?;[200]
:write:   LOAD2:SENSE #;[300]
:string:
:tip: Set the range of current
Off OFF
On  ON
#cmdSetup number Von CH2_Settings_Edit
:read:    VOLT2:ON?;[200]
:readmath: trim(replace(value,"R",""))
:write:   VOLT2:ON #;[300]
:tip: Set turn-on voltage
V 0 155
#cmdSetup number Voff CH2_Settings_Edit
:read:    VOLT2:OFF?;[200]
:readmath: trim(replace(value,"R",""))
:write:   VOLT2:OFF #;[300]
:tip: Set turn-off voltage
V 0 155
#cmdSetup comboboxhot Trigger_ CH2_Settings_Edit
:read:    LOAD2:TRIGger?;[200]
:write:   LOAD2:TRIGger #;[400]
:tip: Set the trigger mode of the trigger source
Manual   MAN
External EXT
Software TRG
#cmdSetup button Trigger CH2_Settings_Edit
:enable:  Settings_Edit.Trigger_=="TRG"
:write:   *TRG

;------------------------------------------------------------------------------------
; CH2 Qualify
;------------------------------------------------------------------------------------
#cmdSetup selector CH2_SelectQualify CH2_Qualify
:read: QUAL2:SHOW?
0 CH2_Qualify.
1 CH2_Qualify_Edit.
#cmdSetup button More CH2_Qualify
:write:   QUAL2:SHOW 1
:update:  CH2_SelectQualify
#cmdSetup radio Test CH2_Qualify_Edit
:read:    QUAL2:TEST?;[200]
:write:   QUAL2:TEST #;[350]
:string:
Off OFF
On  ON
#cmdSetup separator - CH2_Qualify_Edit
2 100 Solid
#cmdSetup number Imax CH2_Qualify_Edit
:read:    QUAL2:CHIGh?;[200]
:readmath: replace(getElement(value,0),"R","")
:write:   QUAL2:CHIGh #;[300]
A 0 42
#cmdSetup number Imin CH2_Qualify_Edit
:read:    QUAL2:CLOW?;[200]
:readmath: replace(getElement(value,0),"R","")
:write:   QUAL2:CLOW #;[300]
A 0 42
#cmdSetup separator - CH2_Qualify_Edit
1 100 Empty
#cmdSetup number Vmax CH2_Qualify_Edit
:read:    QUAL2:VHIGh?;[200]
:readmath: replace(getElement(value,0),"R","")
:write:   QUAL2:VHIGh #;[300];
V 0.1 150
#cmdSetup number Vmin CH2_Qualify_Edit
:read:    QUAL2:VLOW?;[200]
:readmath: replace(getElement(value,0),"R","")
:write:   QUAL2:VLOW #;[300]
V 0.1 150
#cmdSetup separator - CH2_Qualify_Edit
1 100 Empty
#cmdSetup number Pmax CH2_Qualify_Edit
:read:    QUAL2:PHIGh?;[200]
:readmath: replace(getElement(value,0),"R","")
:write:   QUAL2:PHIGh #;[300]
W 0 400
#cmdSetup number Pmin CH2_Qualify_Edit
:read:    QUAL2:PLOW?;[200]
:readmath: replace(getElement(value,0),"R","")
:write:   QUAL2:PLOW #;[300]
W 0 400

;------------------------------------------------------------------------------------
; CC
;------------------------------------------------------------------------------------
#cmdSetup info CC CH2_CC_
:read:    LOAD2:ABNO?;[200]
:readmath: trim(replace(value,"NONE",""))
#cmdSetup separator - CH2_CC_
2 100 Solid
#cmdSetup number Set_I CH2_CC_
:read:    CURR2:CC?;[200]
:readmath: trim(replace(value,"R",""))
:write:   CURR2:CC #;[300];
:tip: Set CC mode current value
A 0 40

;------------------------------------------------------------------------------------
; CV
;------------------------------------------------------------------------------------
#cmdSetup info CV CH2_CV_
:read:    LOAD2:ABNO?;[200]
:readmath: trim(replace(value,"NONE",""))
#cmdSetup separator - CH2_CV_
2 100 Solid
#cmdSetup number Set_V CH2_CV_
:read:    VOLT2:CV?;[200]
:readmath: trim(replace(value,"R",""))
:write:   VOLT2:CV #;[300];
:tip: Set the voltage value of CV mode
V 0 150

;------------------------------------------------------------------------------------
; CP
;------------------------------------------------------------------------------------
#cmdSetup info CP CH2_CP_
:read:    LOAD2:ABNO?;[200]
:readmath: trim(replace(value,"NONE",""))
#cmdSetup separator - CH2_CP_
2 100 Solid
#cmdSetup number Set_P CH2_CP_
:read:    POWE2:CP?;[200]
:readmath: trim(replace(value,"R",""))
:write:   POWE2:CP #;[300];
:tip: Set CP mode power value
W 0 400

;------------------------------------------------------------------------------------
; CR
;------------------------------------------------------------------------------------
#cmdSetup info CR CH2_CR_
:read:    LOAD2:ABNO?;[200]
:readmath: trim(replace(value,"NONE",""))
#cmdSetup separator - CH2_CR_
2 100 Solid
#cmdSetup number Set_R CH2_CR_
:read:    RESI2:CR?;[200]
:readmath: trim(replace(value,"R",""))
:write:   RESI2:CR #;[300];
:tip: Set the resistance value of CR mode
Ω 1 5000

;------------------------------------------------------------------------------------
; CC-CV
;------------------------------------------------------------------------------------
#cmdSetup info CC+CV CH2_CCCV_
:read:    LOAD2:ABNO?;[200]
:readmath: trim(replace(value,"NONE",""))
#cmdSetup separator - CH2_CCCV_
2 100 Solid
#cmdSetup number Set_I CH2_CCCV_
:read:    CURR2:CCCV?;[200]
:readmath: trim(replace(value,"R",""))
:write:   CURR2:CCCV #;[300]
:tip: Set CC mode current value
A 0 40
#cmdSetup number Set_V CH2_CCCV_
:read:    VOLT2:CCCV?;[200]
:readmath: trim(replace(value,"R",""))
:write:   VOLT2:CCCV #;[300];
:tip: Set the voltage value of CV mode
V 0 150

;------------------------------------------------------------------------------------
; CR-CV
;------------------------------------------------------------------------------------
#cmdSetup info CR+CV CH2_CRCV_
:read:    LOAD2:ABNO?;[200]
:readmath: trim(replace(value,"NONE",""))
#cmdSetup separator - CH2_CRCV_
2 100 Solid
#cmdSetup number Set_R CH2_CRCV_
:read:    RESI2:CRCV?;[200]
:readmath: trim(replace(value,"R",""))
:write:   RESI2:CRCV #;[300]
:tip: Set the resistance value of CR mode
Ω 1 5000
#cmdSetup number Set_V CH2_CRCV_
:read:    VOLT2:CRCV?;[200]
:readmath: trim(replace(value,"R",""))
:write:   VOLT2:CRCV #;[300]
:tip: Set the voltage value of CV mode
V 0 150

;------------------------------------------------------------------------------------
; SHORT
;------------------------------------------------------------------------------------
#cmdSetup info Short CH2_SHOR_
:read:    LOAD2:ABNO?;[200]
:readmath: trim(replace(value,"NONE",""))
#cmdSetup separator - CH2_SHOR_
2 100 Solid
#cmdSetup Info N/A CH2_SHOR_

;------------------------------------------------------------------------------------
; LED
;------------------------------------------------------------------------------------
#cmdSetup info LED CH2_LED_
:read:    LOAD2:ABNO?;[200]
:readmath: trim(replace(value,"NONE",""))
#cmdSetup separator - CH2_LED_
2 100 Solid
#cmdSetup number Set_Vo CH2_LED_
:read:    VOLT2:LED?;[200]
:readmath: trim(replace(value,"R",""))
:write:   VOLT2:LED #;[300];
:tip: Steady working voltage of LED constant current source with LED lamp
V 0 150
#cmdSetup number Set_Io CH2_LED_
:read:    CURR2:LED?;[200]
:readmath: trim(replace(value,"R",""))
:write:   CURR2:LED #;[300]
:tip: Output current of LED constant current source
A 0 40
#cmdSetup number Set_Coeff CH2_LED_
:read:    LED2:COEFf?;[200]
:readmath: trim(replace(value,"R",""))
:write:   LED2:COEFf #;[300];
:tip: Ratio of Rd voltage to the total voltage: Rd =(Vo/Io)*Coeff; V=Vo*(1-Coeff)
_ 0.001 1.000

;------------------------------------------------------------------------------------
; TRAN
;------------------------------------------------------------------------------------
#cmdSetup info Transient CH2_TRAN_
:read:    LOAD2:ABNO?;[200]
:readmath: trim(replace(value,"NONE",""))
#cmdSetup separator - CH2_TRAN_
2 100 Solid
#cmdSetup comboboxhot Type CH2_TRAN_
:read:    TRAN2:STATe?;[200]
:readmath: trim(value)
:write:   TRAN2:STATe #;[300]
:tip: Set the dynamic state of dynamic test
:string:
:update: TRAN_Select
CC CC
CV CV
#cmdSetup comboboxhot Mode CH2_TRAN_
:read:    TRAN2:MODE?;[200]
:write:   TRAN2:MODE #;[300];
:tip: Set dynamic test dynamic mode
Continuous COUT
Trigger    TRIG
Pulse      PULS
; Pulse Width only enabled when: && TRAN_.Mode!="TRIG"
#cmdSetup selector TRAN_Select CH2_TRAN_
:read: TRAN2:STATe?;[200]
CC CH2_TRAN_CC_.
CV CH2_TRAN_CV_.
#cmdSetup multi Set_I1 CH2_TRAN_CC_
:read:    CURR2:TA?;[200];TIME2:WA?;[200]
:readmath: replace(getElement(value,0),"R","")+" "+(replace(getElement(value,1),"R","")/1000.0)
:write:   CURR2:TA #;[200];TIME2:WA #;[350];
:tip: Set the dynamic test A value
Number I A 0 40
Number T s 0 60
#cmdSetup multi Set_I2 CH2_TRAN_CC_
:read:    CURR2:TB?;[200];TIME2:WB?;[200]
:readmath: replace(getElement(value,0),"R","")+" "+(replace(getElement(value,1),"R","")/1000.0)
:write:   CURR2:TB #;[200];TIME2:WB #;[350];
:tip: Set the dynamic test B value
Number I A 0 40
Number T s 0 60
#cmdSetup multi Set_V1 CH2_TRAN_CV_
:read:    VOLT2:TA?;[200];TIME2:WA?;[200]
:readmath: replace(getElement(value,0),"R","")+" "+(replace(getElement(value,1),"R","")/1000.0)
:write:   VOLT2:TA #;[200];TIME2:WA #;[350];
:tip: Set the dynamic test A value
Number V V 0.1 150
Number T s 0 60
#cmdSetup multi Set_V2 CH2_TRAN_CV_
:read:    VOLT2:TB?;[200];TIME2:WB?;[200]
:readmath: replace(getElement(value,0),"R","")+" "+(replace(getElement(value,1),"R","")/1000.0)
:write:   VOLT2:TB #;[200];TIME2:WB #;[350];
:tip: Set the dynamic test B value
Number V V 0.1 150
Number T s 0 60

;------------------------------------------------------------------------------------
; SCAN
;------------------------------------------------------------------------------------
#cmdSetup info Scan CH2_SCAN_
:read:    LOAD2:ABNO?;[200]
:readmath: trim(replace(value,"NONE",""))
#cmdSetup separator - CH2_SCAN_
2 100 Solid
#cmdSetup comboboxhot Type CH2_SCAN_
:read:    SCAN2:TYPE?;[200]
:write:   SCAN2:TYPE #;[350]
:string:
:update:  SCAN_SelectType
:tip: Set scan type of scan test
CC_-_Vary_current CC
CV_-_Vary_voltage CV
CP_-_Vary_power   CP
#cmdSetup selector SCAN_SelectType CH2_SCAN_
:read: SCAN2:TYPE?;[200]
CC CH2_SCAN_CC_.
CV CH2_SCAN_CV_.
CP CH2_SCAN_CP_.
#cmdSetup multi Set_I CH2_SCAN_CC_
:read:    CURR2:STARt?;[200];CURR2:END?;[200];CURR2:STEP?;[200]
:readmath: trim(replace(value,"R",""))
:write:   CURR2:STARt #;[200];CURR2:END #;[200];CURR2:STEP #;[350];
:tip: Set the scan test current values
Number Start A 0 40
Number End A 0 40
Number Step A 0 40
#cmdSetup multi Set_V CH2_SCAN_CV_
:read:    VOLT2:STARt?;[200];VOLT2:END?;[200];VOLT2:STEP?;[200]
:readmath: trim(replace(value,"R",""))
:write:   VOLT2:STARt #;[200];VOLT2:END #;[200];VOLT2:STEP #;[350];
:tip: Set voltage values of scanning test
Number Start V 0.1 150
Number End V 0.1 150
Number Step V 0.1 150
#cmdSetup multi Set_P CH2_SCAN_CP_
:read:    POWE2:STARt?;[200];POWE2:END?;[200];POWE2:STEP?;[200]
:readmath: trim(replace(value,"R",""))
:write:   POWE2:STARt #;[200];POWE2:END #;[200];POWE2:STEP #;[350];
:tip: Set the power value of scanning test
Number Start W 0 400
Number End W 0 400
Number Step W 0 400
#cmdSetup numberInt Time CH2_SCAN_
:read:    TIME2:STEP?;[200]
:readmath: trim(replace(value,"R",""))
:write:   TIME2:STEP #;[300];
:tip: Set the scan test step delay value
s 0 9999
#cmdSetup separator - CH2_SCAN_
1 100 Empty
#cmdSetup comboboxhot Capture CH2_SCAN_
:read:    SCAN2:THTYpe?;[200]
:write:   SCAN2:THTYpe #;[350]
:string:
:update:  SCAN_SelectCapture
:tip: Set the threshold type of the scan test
DROP_-_Voltage_drops_sharply_close_to_0       DROP
Vth_-_Voltage_is_higher_than_treshold_setting VTH
Vmin_-_Voltage_is_lower_than_capture_setting  VMIN
#cmdSetup selector SCAN_SelectCapture CH2_SCAN_
:read: SCAN2:THTYpe?;[200]
DROP CH2_SCAN_DROP_.
VTH  CH2_SCAN_Vth_.
VMIN CH2_SCAN_Vmin_.
#cmdSetup info N/A CH2_SCAN_DROP_
#cmdSetup number Vth CH2_SCAN_Vth_
:read:    VOLT2:VTH?;[200]
:readmath: trim(replace(value,"R",""))
:write:   VOLT2:VTH #;[300];
:tip: Set the threshold of scan test voltage transition
V 0.1 150
#cmdSetup number Vmin CH2_SCAN_Vmin_
:read:    VOLT2:VMIN?;[200]
:readmath: trim(replace(value,"R",""))
:write:   VOLT2:VMIN #;[300];
:tip: Set the minimum voltage threshold for scanning test
V 0.1 150
#cmdSetup separator - CH2_SCAN_
1 100 Empty
#cmdSetup Info Limit CH2_SCAN_
#cmdSetup separator - CH2_SCAN_
2 100 Solid
#cmdSetup comboboxhot Compare CH2_SCAN_
:read:    SCAN2:COMPare?;[200]
:write:   SCAN2:COMPare #;[350]
:string:
:update:  SCAN_SelectCompare
:tip: Sets the comparison type of the scan test to query the comparison type of the scan test
Off(*)                     SCAN
Ic_-_Current_within_limits INCURR
Vc_-_Voltage_within_limits INVOLT
Pc_-_Power_within_limits   INPOW
;OFF -> SCAN (but cannot be written again, VMIN did not work)
#cmdSetup selector SCAN_SelectCompare CH2_SCAN_
:read: SCAN2:COMPare?;[200]
SCAN   CH2_SCAN_OFF_.
INCURR CH2_SCAN_Ic_.
INVOLT CH2_SCAN_Vc_.
INPOW  CH2_SCAN_Pc_.
#cmdSetup info N/A CH2_SCAN_OFF_
#cmdSetup multi Ic CH2_SCAN_Ic_
:read:     CURR2:LOW?;[200];CURR2:HIGH?;[200]
:readmath: trim(replace(value,"R",""))
:write:    CURR2:LOW #;[200];CURR2:HIGH #;[350];
:tip: Set the scan test current limit
Number Low A 0 42
Number High A 0 42
#cmdSetup multi Vc CH2_SCAN_Vc_
:read:    VOLT2:LOW?;[200];VOLT2:HIGH?;[200]
:readmath: trim(replace(value,"R",""))
:write:   VOLT2:LOW #;[200];VOLT2:HIGH #;[350];
:tip: Set the scan test voltage limit
Number Low V 0.1 150
Number High V 0.1 150
#cmdSetup multi Pc CH2_SCAN_Pc_
:read:    POWE2:LOW?;[200];POWE2:HIGH?;[200]
:readmath: trim(replace(value,"R",""))
:write:   POWE2:LOW #;[200];POWE2:HIGH #;[350];
:tip: Set the scan test power limit
Number Low W 0 400
Number High W 0 400

;------------------------------------------------------------------------------------
; LIST
;------------------------------------------------------------------------------------
#cmdSetup info List CH2_LIST_
:read:    LOAD2:ABNO?;[200]
:readmath: trim(replace(value,"NONE",""))
#cmdSetup separator - CH2_LIST_
2 100 Solid
#cmdSetup comboboxhot Type CH2_LIST_
:read:    LIST2:MODE?;[200]
:write:   LIST2:MODE #;[300]
:string:
Auto    AUTO
Trigger TRIGGER
#cmdSetup comboboxhot Loop CH2_LIST_
:read:    LIST2:LOOP?;[200]
:write:   LIST2:LOOP #;[300]
:string:
On  ON
Off OFF
#cmdSetup numberInt Entries CH2_LIST_
:read:    LIST2:NUM?;[200]
:readmath: trim(replace(value,"R",""))
:write:   LIST2:NUM #;[300]
:textwidth: 6
_ 1 50
#cmdSetup separator - CH2_LIST_
1 100 Empty
#cmdSetup comboboxhot List CH2_LIST_
:read:    LIST2:SHOW?
:write:   LIST2:SHOW #
:string:
1-5 0
6-9 1
10-14  10
15-19  15
20-24  20
25-29  25
30-34  30
35-39  35
40-44  40
45-49  45
#cmdSetup separator - CH2_LIST_
:color:  (160,197,233)
2 100 Solid
#cmdSetup multi _ CH2_LIST_
:read:    LIST2:ENTRY? 1;[200]
:readmath: trim(replace(replace(value,"R",""),"------","0"))
:write:   LIST2:PARA #,#,#,#,#,#,#;[300]
:string:
:textwidth: 6
info _
Combobox CC 0 CV 1 CP 2 CR 3 Open 4 Short 5
Number _ _ 0 7000
Number T s 0 60k
Combobox -- 0 I 1 V 2 P 3 R 4
Number Max _ 0 7000
Number Min _ 0 7000
#cmdSetup multi _ CH2_LIST_
:read:    LIST2:ENTRY? 2;[200]
:readmath: trim(replace(replace(value,"R",""),"------","0"))
:write:   LIST2:PARA #,#,#,#,#,#,#;[300]
:string:
:textwidth: 6
info _
Combobox CC 0 CV 1 CP 2 CR 3 Open 4 Short 5
Number _ _ 0 7000
Number T s 0 60k
Combobox -- 0 I 1 V 2 P 3 R 4
Number Max _ 0 7000
Number Min _ 0 7000
#cmdSetup multi _ CH2_LIST_
:read:    LIST2:ENTRY? 3;[200]
:readmath: trim(replace(replace(value,"R",""),"------","0"))
:write:   LIST2:PARA #,#,#,#,#,#,#;[300]
:string:
:textwidth: 6
info _
Combobox CC 0 CV 1 CP 2 CR 3 Open 4 Short 5
Number _ _ 0 7000
Number T s 0 60k
Combobox -- 0 I 1 V 2 P 3 R 4
Number Max _ 0 7000
Number Min _ 0 7000
#cmdSetup multi _ CH2_LIST_
:read:    LIST2:ENTRY? 4;[200]
:readmath: trim(replace(replace(value,"R",""),"------","0"))
:write:   LIST2:PARA #,#,#,#,#,#,#;[300]
:string:
:textwidth: 6
info _
Combobox CC 0 CV 1 CP 2 CR 3 Open 4 Short 5
Number _ _ 0 7000
Number T s 0 60k
Combobox -- 0 I 1 V 2 P 3 R 4
Number Max _ 0 7000
Number Min _ 0 7000
#cmdSetup multi _ CH2_LIST_
:read:    LIST2:ENTRY? 5;[200]
:readmath: trim(replace(replace(value,"R",""),"------","0"))
:write:   LIST2:PARA #,#,#,#,#,#,#;[300]
:string:
:textwidth: 6
info _
Combobox CC 0 CV 1 CP 2 CR 3 Open 4 Short 5
Number _ _ 0 7000
Number T s 0 60k
Combobox -- 0 I 1 V 2 P 3 R 4
Number Max _ 0 7000
Number Min _ 0 7000

;------------------------------------------------------------------------------------
; BATT
;------------------------------------------------------------------------------------
#cmdSetup info Battery CH2_BATT_
:read:    LOAD2:ABNO?;[200]
:readmath: trim(replace(value,"NONE",""))
#cmdSetup separator - BATT_
2 100 Solid
#cmdSetup comboboxhot Type CH2_BATT_
:read:    BATT2:MODE?;[200]
:write:   BATT2:MODE #;[200];CH:MODE BATT;[350]
:tip: Set the Type mode of the battery test
:string:
:update: BATT_Select
CR CR
CC CC
#cmdSetup selector BATT_Select CH2_BATT_
:read: BATT2:MODE?;[200]
CR CH2_BATT_CR_.
CC CH2_BATT_CC_.
#cmdSetup multi Set_R CH2_BATT_CR_
:read:    RESI2:BCR?;[200];VOLT2:BCR?;[200]
:readmath: trim(replace(value,"R",""))
:write:   RESI2:BCR #;[200];VOLT2:BCR #;[350]
:tip: Set the constant resistance cut-off voltage value of battery test mode
Number R Ω 0 4000
Number V V 0 150
#cmdSetup multi Set_I CH2_BATT_CC_
:read:    CURR2:BCC1?;[200];CURR2:BCC2?;[200];CURR2:BCC3?;[200]
:readmath: trim(replace(value,"R",""))
:write:   CURR2:BCC1 #;[200];CURR2:BCC2 #;[200];CURR2:BCC3 #;[350]
:tip: Set the constant current current value
Number 1 I 0 40
Number 2 I 0 40
Number 3 I 0 40
#cmdSetup multi Vcutoff CH2_BATT_CC_
:read:    VOLT2:BCC1?;[200];VOLT2:BCC2?;[200];VOLT2:BCC3?;[200]
:readmath: trim(replace(value,"R",""))
:write:   VOLT2:BCC1 #;[200];VOLT2:BCC2 #;[200];VOLT2:BCC3 #;[350]
:tip: Set the constant current cut-off voltage value
Number 1 V 0 150
Number 2 V 0 150
Number 3 V 0 150

;------------------------------------------------------------------------------------
; TIME (CC, CV, CP, CR)
;------------------------------------------------------------------------------------
#cmdSetup numberInt Time CH2_TIME_
:read:    TIME2:OFFDelay?;[200]
:readmath: trim(replace(value,"R",""))
:write:   TIME2:OFFDelay #;[300];
:tip: Set the delay shutdown time to query the current delay shutdown time value
s 0 60000

;------------------------------------------------------------------------------------
; LIMIT (CC, CV, CP, CR, CC+CV, CR+CV)
;------------------------------------------------------------------------------------
#cmdSetup separator - CH2_LIMIT_
1 100 Empty
#cmdSetup Info Limit CH2_LIMIT_
#cmdSetup separator - CH2_LIMIT_
2 100 Solid
#cmdSetup number Imax CH2_LIMIT_
:read:    CURR2:IMAX?;[200]
:readmath: trim(replace(value,"R",""))
:write:   CURR2:IMAX #;[300]
:tip: Set protection value
A 0 42
#cmdSetup number Vmax CH2_LIMIT_
:read:    VOLT2:VMAX?;[200]
:readmath: trim(replace(value,"R",""))
:write:   VOLT2:VMAX #;[300]
:tip: Set protection value
V 0.1 155
#cmdSetup number Pmax CH2_LIMIT_
:read:    POWE2:PMAX?;[200]
:readmath: trim(replace(value,"R",""))
:write:   POWE2:PMAX #;[300]
:tip: Set protection value
W 0 420

;------------------------------------------------------------------------------------
; Global
;------------------------------------------------------------------------------------
#cmdSetup buttonsOn CH1_Input_
:read:    CH1:SW?;[200]
:write:   CH1:SW (value);[300]
:color:   (235,50,50)
:string:
:updatealloff:
Off OFF
On  ON
#cmdSetup buttonsOn CH2_Input_
:read:    CH2:SW?;[200]
:write:   CH2:SW (value);[300]
:color:   (235,50,50)
:string:
:updatealloff:
Off OFF
On  ON
#cmdSetup separator - 
1 100 Empty
#cmdSetup info Fan_Status 
:read: SELF:FAN?