01 SCPI Interface

SCPI Parameter Syntax

Hexadecimal	#HFF
Octal	#Q77
Binary	#B11
String	"text", 'text'	String parameters with spaces must be enclosed in quotations. Example: SYSTem:COMMunicate:LAN:SSID "test me" NOTE: String parameters without spaces do not require quotations.

List of SCPI Commands

System Commands

SCPI Command	Description	Example	Firmware Callback
SYSTem:REboot	Reboots the device immediately. Returns "System reset initiated" before restarting	SYSTem:REboot	SCPI_Reset
help	Display available SCPI commands	help	SCPI_Help
SYSTem:SYSInfoPB?	Returns protobuf message with board information - actual message fields are listed below this section	SYSTem:SYSInfoPB?	SCPI_SysInfoGet
SYSTem:INFo?	Get human-readable system information including detailed power state names (STANDBY, POWERED_UP, etc.), battery voltage, charge state, network config, and system status	SYSTem:INFo?	SCPI_SystemInfo
SYSTem:LOG?	Get system log entries	SYSTem:LOG?	SCPI_SysLogGet
SYSTem:ECHO	Set echo for use with terminal/human readable. Default = 1.	SYSTem:ECHO -1 turns off all echoed characters. SYSTem:ECHO 0 turns off echo but leaves DAQiFi> prompt. SYSTem:ECHO 1 turns on echo.	SCPI_SetEcho
SYSTem:FORceBoot	Force device to enter bootloader mode for firmware updates	SYSTem:FORceBoot	SCPI_ForceBootloader
SYSTem:SERialNUMber?	Get device serial number in SCPI hex format (#H prefix followed by 16 hex digits)	SYSTem:SERialNUMber?	SCPI_GetSerialNumber
SYSTem:USB:SetTransparentMode	Set USB transparent mode for WINC1500 firmware updates (0=SCPI mode, 1=transparent mode)	SYSTem:USB:SetTransparentMode 0	SCPI_UsbSetTransparentMode
STATus:OPERation?			SCPI_NotImplemented
STATus:OPERation:EVENt?			SCPI_NotImplemented
STATus:OPERation:CONDition?			SCPI_NotImplemented
STATus:OPERation:ENABle			SCPI_NotImplemented
STATus:OPERation:ENABle?			SCPI_NotImplemented
STATus:QUEStionable:CONDition?			SCPI_NotImplemented
SYSTem:COMMunication:TCPIP:CONTROL?			SCPI_NotImplemented

Power Commands

SCPI Command	Description	Example	Firmware Callback
SYSTem:POWer:SOURce?	Get external power source type (0=none, 1=unknown, 2=1A charger, 3=2A charger, 4=USB 100mA, 5=USB 500mA)	SYSTem:POWer:SOURce?	SCPI_PowerSourceGet
SYSTem:BAT:LEVel?	Get battery charge level percentage (0-100). Returns -1 when device is in STANDBY mode (battery monitoring inactive)	SYSTem:BAT:LEVel?	SCPI_BatteryLevelGet
SYSTem:POWer:STATe?	Get power state. Returns binary values: • 0 = STANDBY (device in low-power mode)   - On USB power: MCU remains on, 3.3V rail enabled   - On battery power: MCU powers off to save battery • 1 = POWERED (device fully operational)   - Maps to internal states POWERED_UP or POWERED_UP_EXT_DOWN   - All systems operational, ADC readings valid Device automatically manages 3.3V rail to prevent power loss on USB disconnect	SYSTem:POWer:STATe?	SCPI_GetPowerState
SYSTem:POWer:STATe	Set power state: • 0 = STANDBY (low-power mode) • 1 = POWERED (fully operational)	SYSTem:POWer:STATe 1	SCPI_SetPowerState
SYSTem:POWer:OTG?	Get OTG boost mode status (0=off, 1=on)	SYSTem:POWer:OTG?	SCPI_GetOTGMode
SYSTem:POWer:OTG	Set OTG boost mode: • 0 = Disable OTG • 1 = Enable battery boost operation Notes: • OTG provides 5V output from battery • Cannot be enabled while USB is connected • Disable when no longer needed to save battery	SYSTem:POWer:OTG 1	SCPI_SetOTGMode
SYSTem:FORce5V5POWer:STATe	Force enable/disable external 5V supply (overrides automatic control)	SYSTem:FORce5V5POWer:STATe 1	SCPI_Force5v5PowerStateSet

DIO Commands

SCPI Command	Description	Example	Firmware Callback
DIO:PORt:DIRection	Sets Digital Port Direction. First parameter is the DIO number. Second parameter is for Direction, '0' for input and '1' for output.	DIO:PORt:DIRection 0,1	SCPI_GPIODirectionSet
DIO:PORt:DIRection?	Gets Digital Port Direction. Parameter passed is the DIO number whose Direction needs to be checked.	DIO:PORt:DIRection? 0	SCPI_GPIODirectionGet
DIO:PORt:STATe	Sets Digital Port State. First parameter is the DIO number. Second parameter is for State, '0' for LOW State and '1' for HIGH State.	DIO:PORt:STATe 0,1	SCPI_GPIOStateSet
DIO:PORt:STATe?	Gets Digital Port State. Parameter passed is the DIO number whose State needs to be checked.	DIO:PORt:STATe? 0	SCPI_GPIOStateGet
DIO:PORt:ENAble	Enables Digital Port. This command should be used everytime a new DIO needs to be used, before using commands like DIO:PORt:DIRection, and DIO:PORt:STATe. The parameter passed should be '1' to Enable the DIO port.	DIO:PORt:ENAble 1	SCPI_GPIOEnableSet
DIO:PORt:ENAble?	Gets Digital Port Enabled State.	DIO:PORt:ENAble?	SCPI_GPIOEnableGet

PWM Commands

SCPI Command	Description	Example	Firmware Callback
PWM:CHannel:FREQuency	Sets the Frequency of a PWM channel (0,3,4,5,6,7) in Hz	PWM:CHannel:FREQuency 0,10000	SCPI_PWMChannelFrequencySet
PWM:CHannel:FREQuency?	Gets the PWM frequencty in Hz. Parameter passed is the PWM channel number.	PWM:CHannel:FREQuency? 0	SCPI_PWMChannelFrequencyGet
PWM:CHannel:DUTY	Sets the duty cycle of a PWM channel in percentage	PWM:CHannel:DUTY 0,50	SCPI_PWMChannelDUTYSet
PWM:CHannel:DUTY?	Gets the duty cycle of a PWM channel in percentage. Parameter passed is the PWM channel number.	PWM:CHannel:DUTY? 0	SCPI_PWMChannelDUTYGet
PWM:CHannel:ENable	Enable PWM in a particular channel. This command should be used everytime a new PWM channel needs to be used, before using commands like PWM:CHannel:FREQuency, and PWM:CHannel:DUTY.	PWM:CHannel:ENable 0,1 (Enable PWM in channel 0) PWM:CHannel:ENable 0,0 (Disable PWM in channel 0)	SCPI_PWMChannelEnableSet
PWM:CHannel:ENable?	Check if PWM is enabled in a channel. Parameter passed is the PWM channel number that needs to be checked.	PWM:CHannel:ENable? 0	SCPI_PWMChannelEnableGet

WiFi Commands

SCPI Command	Description	Example	Firmware Callback
SYSTem:COMMunicate:LAN:ENAbled?	Get WiFi enabled status (0=disabled, 1=enabled)	SYSTem:COMMunicate:LAN:ENAbled?	SCPI_LANEnabledGet
SYSTem:COMMunicate:LAN:ENAbled	Enable or disable WiFi (0=disable, 1=enable)	SYSTem:COMMunicate:LAN:ENAbled 1	SCPI_LANEnabledSet
SYSTem:COMMunicate:LAN:NETType?	Get network type: 1 = NETWORK_TYPE_INFRASTRUCTURE 4 = NETWORK_TYPE_SOFT_AP	SYSTem:COMMunicate:LAN:NETType?	SCPI_LANNetTypeGet
SYSTem:COMMunicate:LAN:NETType	Set network type: 1 = Infrastructure (connect to router) 4 = Soft AP (device creates access point)	SYSTem:COMMunicate:LAN:NETType 1	SCPI_LANNetTypeSet
SYSTem:COMMunicate:LAN:ADDRess?	Get device IP address	SYSTem:COMMunicate:LAN:ADDRess?	SCPI_LANAddrGet
SYSTem:COMMunicate:LAN:ADDRess	Set device IP address	SYSTem:COMMunicate:LAN:ADDRess "192.168.1.100"	SCPI_LANAddrSet
SYSTem:COMMunicate:LAN:MASK?	Get subnet mask	SYSTem:COMMunicate:LAN:MASK?	SCPI_LANMaskGet
SYSTem:COMMunicate:LAN:MASK	Set subnet mask	SYSTem:COMMunicate:LAN:MASK "255.255.255.0"	SCPI_LANMaskSet
SYSTem:COMMunicate:LAN:GATEway?	Get gateway IP address	SYSTem:COMMunicate:LAN:GATEway?	SCPI_LANGatewayGet
SYSTem:COMMunicate:LAN:GATEway	Set gateway IP address	SYSTem:COMMunicate:LAN:GATEway "192.168.1.1"	SCPI_LANGatewaySet
SYSTem:COMMunicate:LAN:IPV6?	Get IPv6 support status (not implemented)	-	SCPI_NotImplemented
SYSTem:COMMunicate:LAN:IPV6	Set IPv6 support (not implemented)	-	SCPI_NotImplemented
SYSTem:COMMunicate:LAN:DNS1?	Get primary DNS server (not implemented)	-	SCPI_NotImplemented
SYSTem:COMMunicate:LAN:DNS1	Set primary DNS server (not implemented)	-	SCPI_NotImplemented
SYSTem:COMMunicate:LAN:DNS2?	Get secondary DNS server (not implemented)	-	SCPI_NotImplemented
SYSTem:COMMunicate:LAN:DNS2	Set secondary DNS server (not implemented)	-	SCPI_NotImplemented
SYSTem:COMMunicate:LAN:MAC?	Get device MAC address	SYSTem:COMMunicate:LAN:MAC?	SCPI_LANMacGet
SYSTem:COMMunicate:LAN:MAC	Set custom MAC address (not implemented)	-	SCPI_NotImplemented
SYSTem:COMMunicate:LAN:CONnected?	Check if WiFi is connected (not implemented)	-	SCPI_NotImplemented
SYSTem:COMMunicate:LAN:HOST?	Get device hostname	SYSTem:COMMunicate:LAN:HOST?	SCPI_LANHostnameGet
SYSTem:COMMunicate:LAN:HOST	Set device hostname (not implemented)	-	SCPI_NotImplemented
SYSTem:COMMunicate:LAN:SSID?	Get WiFi SSID	SYSTem:COMMunicate:LAN:SSID?	SCPI_LANSsidGet
SYSTem:COMMunicate:LAN:SSID	Set WiFi SSID to connect to	SYSTem:COMMunicate:LAN:SSID "MyNetwork"	SCPI_LANSsidSet
SYSTem:COMMunicate:LAN:AvSSIDScan	Scan for available WiFi networks (not implemented)	-	SCPI_NotImplemented
SYSTem:COMMunicate:LAN:AvSSID?	Get list of available WiFi networks from scan (not implemented)	-	SCPI_NotImplemented
SYSTem:COMMunicate:LAN:SECurity?	Get security type: 0 = OPEN, 3 = WPA_AUTO_WITH_PASS_PHRASE (Other options deprecated or not implemented)	SYSTem:COMMunicate:LAN:SECurity?	SCPI_LANSecurityGet
SYSTem:COMMunicate:LAN:SECurity	Set security type: 0 = OPEN, 3 = WPA/WPA2	SYSTem:COMMunicate:LAN:SECurity 3	SCPI_LANSecuritySet
SYSTem:COMMunicate:LAN:PASs	Set WiFi password/passphrase (requires non-open security mode)	SYSTem:COMMunicate:LAN:PASs MyPassword123	SCPI_LANPasskeySet
SYSTem:COMMunicate:LAN:PASSCHECK?	Check if given password matches stored password (returns 1 if match, 0 if not)	SYSTem:COMMunicate:LAN:PASSCHECK? MyPassword123	SCPI_LANPasskeyGet
SYSTem:COMMunicate:LAN:DISPlay	Display network settings (not implemented)	-	SCPI_NotImplemented
SYSTem:COMMunicate:LAN:APPLY	Apply WiFi settings to device (required for network changes to take effect)	SYSTem:COMMunicate:LAN:APPLY	SCPI_LANSettingsApply
SYSTem:COMMunicate:LAN:LOAD	Load WiFi settings from NVM	SYSTem:COMMunicate:LAN:LOAD	SCPI_LANSettingsLoad
SYSTem:COMMunicate:LAN:SAVE	Save current WiFi settings to NVM (allow settings to persist after power-off)	SYSTem:COMMunicate:LAN:SAVE	SCPI_LANSettingsSave
SYSTem:COMMunicate:LAN:FACRESET	Load factory default WiFi settings (SSID="DAQiFi", Open security, etc.)	SYSTem:COMMunicate:LAN:FACRESET	SCPI_LANSettingsFactoryLoad
SYSTem:COMMUnicate:LAN:FWUpdate	Sets the serial interface to transparent mode for WINC1500 WiFi module firmware updates, bypassing the SCPI interface. Command Sequence to enter WINC FW update mode: 1. SYSTem:POWer:STATe 1 2. SYSTem:COMMUnicate:LAN:FWUpdate 3. SYSTem:COMMUnicate:LAN:APPLY Now, flash using the MCHP winc_flash_tool.cmd Command Sequence to exit WINC FW update mode: 1. SYSTem:USB:SetTransparentMode 0 2. SYSTem:COMMunicate:LAN:ENabled 1 3. SYSTem:COMMUnicate:LAN:APPLY Note: This uses the same transparent mode functionality as SYSTem:USB:SetTransparentMode

WiFi Command Notes

• The device creates an open WiFi access point by default with SSID "DAQiFi"
• WiFi must be enabled (ENAbled 1) and applied (APPLY) for changes to take effect
• Settings must be saved (SAVE) to persist across power cycles
• The device must be in POWERED_UP state (power state 1) for WiFi to operate

ADC Commands

SCPI Command	Description	Example	Firmware Callback
MEASure:VOLTage:DC?	Measure DC voltage on specified channel	MEASure:VOLTage:DC? 0	SCPI_ADCVoltageGet
ENAble:VOLTage:DC	Enable/disable ADC channels for voltage measurement	Enable Ch0: ENAble:VOLTage:DC 0,1 Enable Ch1: ENAble:VOLTage:DC 1,1 Enable all: ENAble:VOLTage:DC 65535	SCPI_ADCChanEnableSet
ENAble:VOLTage:DC?	Get channel enable status	ENAble:VOLTage:DC? 0	SCPI_ADCChanEnableGet
SOURce:VOLTage:LEVel	Set output voltage level (not implemented)	SOURce:VOLTage:LEVel 5.0	SCPI_NotImplemented
CONFigure:ADC:SINGleend	Set channel to single-ended (1) or differential (0) mode (if device supports it)	CONFigure:ADC:SINGleend 0,1	SCPI_ADCChanSingleEndSet
CONFigure:ADC:SINGleend?	Get channel single-ended/differential setting	CONFigure:ADC:SINGleend? 0	SCPI_ADCChanSingleEndGet
CONFigure:ADC:RANGe	Set ADC channel voltage range (if device supports it)	CONFigure:ADC:RANGe 0,10	SCPI_ADCChanRangeSet
CONFigure:ADC:RANGe?	Get ADC channel voltage range	CONFigure:ADC:RANGe? 0	SCPI_ADCChanRangeGet
CONFigure:ADC:CHANnel	Enable/disable ADC channel (alias for ENAble:VOLTage:DC for backwards compatibility)	CONFigure:ADC:CHANnel 0,1	SCPI_ADCChanEnableSet
CONFigure:ADC:CHANnel?	Get channel enable status (alias for ENAble:VOLTage:DC? for backwards compatibility)	CONFigure:ADC:CHANnel? 0	SCPI_ADCChanEnableGet
CONFigure:ADC:chanCALM	Sets the m (slope) calibration value on a single channel	CONFigure:ADC:chanCALM 0 1.0023	SCPI_ADCChanCalmSet
CONFigure:ADC:chanCALB	Sets the b (intercept) calibration value on a single channel	CONFigure:ADC:chanCALB 0 0.0012	SCPI_ADCChanCalbSet
CONFigure:ADC:chanCALM?	Gets the m (slope) calibration value for a channel	CONFigure:ADC:chanCALM? 0	SCPI_ADCChanCalmGet
CONFigure:ADC:chanCALB?	Gets the b (intercept) calibration value for a channel	CONFigure:ADC:chanCALB? 0	SCPI_ADCChanCalbGet
CONFigure:ADC:SAVEcal	Saves current user calibration values for all channels to NVM	CONFigure:ADC:SAVEcal	SCPI_ADCCalSave
CONFigure:ADC:SAVEFcal	Saves current calibration as factory values (use with caution)	CONFigure:ADC:SAVEFcal	SCPI_ADCCalFSave
CONFigure:ADC:LOADcal	Loads user calibration values from NVM	CONFigure:ADC:LOADcal	SCPI_ADCCalLoad
CONFigure:ADC:LOADFcal	Loads factory calibration values from NVM	CONFigure:ADC:LOADFcal	SCPI_ADCCalFLoad
CONFigure:ADC:USECal	Select factory (0) or user (1) calibration values	CONFigure:ADC:USECal 1	SCPI_ADCUseCalSet
CONFigure:ADC:USECal?	Get calibration mode: factory (0) or user (1)	CONFigure:ADC:USECal?	SCPI_ADCUseCalGet

SPI Commands

SCPI Command	Description	Example	Firmware Callback
OUTPut:SPI:WRIte	Write data to SPI bus (not implemented)	OUTPut:SPI:WRIte 0xFF,0x00	SCPI_NotImplemented

Streaming Commands

SCPI Command	Description	Example	Firmware Callback
SYSTem:StartStreamData	Start streaming enabled channels at specified frequency	SYSTem:StartStreamData 100	SCPI_StartStreaming
SYSTem:StopStreamData	Stop data streaming	SYSTem:StopStreamData	SCPI_StopStreaming
SYSTem:StreamData?	Check if streaming is active (0=stopped, 1=streaming)	SYSTem:StreamData?	SCPI_IsStreaming
SYSTem:STReam:FORmat <format>,<TestData_Len>	Argument 1: <format> 0 = Protobuf 1 = JSON 2 = TestData Argument 2 (optional):<TestData_Len> Specifies the length of TestData. This field is applicable only when <format> is set to 2 (TestData). By default the <TestData_Len> = 0 (dynamic length which varies during run-time). The length of the TestData will be equal to the number of bytes written to the buffer upon calling Nanopb_Encode(). Additional notes: TestData format is useful to run communication tests. In this mode, the program will first encode the stream data using Nanopb_Encode(), then fill up the write buffer with dummy data until it reaches the length specified by <TestData_Len>. The packet structure for TestData is demonstrated below: Byte [0] - The first byte is always a '#', which indicates a header byte. Byte [1] - Byte [4] - 32-bit tick in 1 millisecond resolution. Byte [5] - Byte [6] - 16-bit cycle counter, increments every packet. Useful for packet loss detection. Byte [7] - Byte [TestData_Len-5] - padded with Dummy Data. Byte [TestData_Len-4] - Byte[TestData_Len-3] - 16-bit checksum using simple additive summation. Byte [TestData_Len-2] - Byte[TestData_Len-1] - 2 bytes delimiter '\r\n'	SYSTem:STReam:FORmat 2,1000 Sets the stream format to TestData with fixed length at 1000 bytes (maximum length).	SCPI_SetStreamFormat
SYSTem:STReam:FORmat?	Get current stream format (0=Protobuf, 1=JSON, 2=CSV)	SYSTem:STReam:FORmat?	SCPI_GetStreamFormat
SYSTem:STReam:INTerface	Set streaming output interface: • 0 = USB • 1 = WiFi • 2 = SD card • 3 = All (legacy mode) Auto-detects source interface if not explicitly set.	SYSTem:STReam:INTerface 2	SCPI_SetStreamInterface
SYSTem:STReam:INTerface?	Get current streaming interface	SYSTem:STReam:INTerface?	SCPI_GetStreamInterface
SYSTem:STReam:Stats?	Get streaming statistics: USB overflow, TCP overflow, sample list overflows	SYSTem:STReam:Stats?	SCPI_GetStreamStats
SYSTem:STReam:ClearStats	Clear all streaming statistics counters	SYSTem:STReam:ClearStats	SCPI_ClearStreamStats

SD Logging Commands

SCPI Command	Description	Example	Firmware Callback
SYSTem:STORage:SD:ENAble	Enable (1) or disable (0) SD card. USB+SD streaming is automatic when SD logging configured. WiFi+SD streaming blocked (SPI bus conflict).	SYSTem:STORage:SD:ENAble 1	SCPI_StorageSDEnableSet
SYSTem:STORage:SD:LOGging	Set filename for SD card logging. File is opened in overwrite mode (not append).	SYSTem:STORage:SD:LOGging "data.csv"	SCPI_StorageSDLoggingSet
SYSTem:STORage:SD:LISt?	List all files on SD card. Returns chunked output to handle large directories. Optional parameter: directory path.	SYSTem:STORage:SD:LIST? SYSTem:STORage:SD:LIST? "DAQiFi"	SCPI_StorageSDListDir
SYSTem:STORage:SD:GET	Retrieve file contents from SD card. Parameter: filename in quotes.	SYSTem:STORage:SD:GET "data.csv"	SCPI_StorageSDGetData
SYSTem:STORage:SD:DELete	Delete a file from SD card. Parameter: filename in quotes.	SYSTem:STORage:SD:DEL "old.csv"	SCPI_StorageSDDelete
SYSTem:STORage:SD:FORmat	Format SD card (erase all files). WARNING: Destructive! Can take 5-30 seconds.	SYSTem:STORage:SD:FOR	SCPI_StorageSDFormat
SYSTem:STORage:SD:BENCHmark	Run write speed benchmark. Parameter: size in KB (1-1024).	SYSTem:STORage:SD:BENCH 1024	SCPI_StorageSDBenchmark
SYSTem:STORage:SD:BENCHmark?	Query benchmark results. Returns CSV: bytes_written,time_ms,speed_bps	SYSTem:STORage:SD:BENCH?	SCPI_StorageSDBenchmarkQuery
SYSTem:STORage:SD:MAXSize	Set maximum file size in bytes before auto-split. Prevents FAT32 4GB limit issues. Range: 1000 bytes to 4GB, or 0 for filesystem maximum. Default: 3.9GB (FAT32-safe). Setting 0 uses safe 3.9GB limit. Files split sequentially: data.csv → data-0001.csv, data-0002.csv, etc.	SYSTem:STORage:SD:MAXSize 2000000000 SYSTem:STORage:SD:MAXSize 0	SCPI_StorageSDMaxSizeSet
SYSTem:STORage:SD:MAXSize?	Query current maximum file size setting. Returns bytes.	SYSTem:STORage:SD:MAXSize?	SCPI_StorageSDMaxSizeGet

SD Card Logging Example:

SYSTem:POWer:STATe 1
SYSTem:STORage:SD:ENAble 1
SYSTem:STORage:SD:LOGging "test.csv"
SYSTem:STReam:FORmat 2
CONFigure:ADC:CHANnel 4,1
SYSTem:StartStreamData 100
// Data streams to USB AND logs to SD automatically
SYSTem:StopStreamData
SYSTem:STORage:SD:LIST?
// File appears in listing
SYSTem:STORage:SD:GET "test.csv"
// Retrieve file contents
SYSTem:STORage:SD:DEL "test.csv"
// Delete file

FreeRTOS Commands

SCPI Command	Description	Example	Firmware Callback
SYSTem:OS:Stats?	Get FreeRTOS task runtime statistics showing CPU usage per task	SYSTem:OS:Stats?	SCPI_GetOSStats

Common Usage Examples

Basic Power Control

# Power up the device
SYSTem:POWer:STATe 1

# Check power state
SYSTem:POWer:STATe?

# Get system info
SYSTem:INFo?

# Power down
SYSTem:POWer:STATe 0

WiFi Configuration

# Configure WiFi to connect to a network
SYSTem:COMMunicate:LAN:SSID "MyNetwork"
SYSTem:COMMunicate:LAN:SECurity 3
SYSTem:COMMunicate:LAN:PASs "MyPassword123"
SYSTem:COMMunicate:LAN:NETType 1
SYSTem:COMMunicate:LAN:APPLY

# Save settings to NVM
SYSTem:COMMunicate:LAN:SAVE

# Configure as Access Point
SYSTem:COMMunicate:LAN:NETType 4
SYSTem:COMMunicate:LAN:SSID "DAQiFi-AP"
SYSTem:COMMunicate:LAN:SECurity 0
SYSTem:COMMunicate:LAN:APPLY

ADC Data Acquisition

# Enable channel 0 for 10V range
ENAble:VOLTage:DC 0,1
CONFigure:ADC:RANGe 0,10

# Read single voltage
MEASure:VOLTage:DC? 0

# Start streaming at 100Hz
SYSTem:StartStreamData 100

# Stop streaming
SYSTem:StopStreamData

Digital I/O Control

# Enable DIO port
DIO:PORt:ENAble 1

# Set as output
DIO:PORt:DIRection 0,1

# Set high
DIO:PORt:STATe 0,1

# Read state
DIO:PORt:STATe? 0

PWM Output

# Enable PWM channel 0
PWM:CHannel:ENable 0,1

# Set 1kHz frequency
PWM:CHannel:FREQuency 0,1000

# Set 50% duty cycle
PWM:CHannel:DUTY 0,50

SD Card Logging

# Power up
SYSTem:POWer:STATe 1

# Disable WiFi (required for SD)
SYSTem:COMMunicate:LAN:ENAbled 0
SYSTem:COMMunicate:LAN:APPLY

# Enable SD logging
SYSTem:STORage:SD:ENAble 1
SYSTem:STORage:SD:LOGging "test_data.bin"

# Configure format and channels
SYSTem:STReam:FORmat 1
ENAble:VOLTage:DC 0,1

# Start logging
SYSTem:StartStreamData 10

# Stop and retrieve data
SYSTem:StopStreamData
SYSTem:STORage:SD:GET "test_data.bin"