11.3. List of Figures¶
Figure 1 - Example of error on loading a library
Figure 2 - Develop and run a program from OTP for DA1453x, DA14585/6
Figure 3 - Application window when device is unknown
Figure 4 - Advanced settings for COM port.
Figure 5 - Flash Code tool with several sections enabled..
Figure 6 - Memory selection for DA1459x family devices.
Figure 7 - CS detected in memory region to be erased for DA1459x family devices.
Figure 8 - Preparing flash image for DA1469x family devices.
Figure 9 - Preparing Asymmetric SUOTA flash image for DA1459x family devices.
Figure 10 - Generate flash programmer binary on KEIL to support bypass mode for DA14531.
Figure 11 - QSPI NVPARAMS Section.
Figure 12 - Program SPI/EEPROM wizard: Intro page.
Figure 13 - Program SPI/EEPROM wizard: Work-flow.
Figure 14 - Program SPI/EEPROM wizard: Encryption page.
Figure 15 - Program SPI/EEPROM wizard: Sign page.
Figure 16 - Program SPI/EEPROM wizard: Select first image on multi-image case.
Figure 17 - Program SPI/EEPROM wizard: Multi image page.
Figure 18 - Program SPI/EEPROM wizard: Bootloader page.
Figure 19 - Program SPI/EEPROM wizard: Offsets page.
Figure 20 - OTP tool for DA1469x family.
Figure 21 - OTP tool for DA1453x family.
Figure 22 - Warning popup when user tries to burn read only field..
Figure 23 - Cache Architecture Settings.
Figure 24 - Serial Configuration Mapping.
Figure 25 - Warning when writing zeroes on non-zero memory location.
Figure 26 - Request permission to burn the header fields.
Figure 27 - Proceed write OTP Header.
Figure 28 - DA14580/581/583 Header validation tests.
Figure 29 - Application programmed flag.
Figure 30 - Manage Configuration Script dialog for DA1469x family.
Figure 31 - Manage Configuration Script dialog for DA1453x family.
Figure 32 - Register Configuration in CS for DA1469x family.
Figure 33 - Register selection in CS whose name contain ‘time’ for DA1453x family.
Figure 34 - Trim/Calibration values in CS.
Figure 35 - Trim/Calibration values in CS for DA1470x family.
Figure 36 - Booter value in CS.
Figure 37 - Disabling development mode in CS.
Figure 38 - Specifying Uart STX timeout in CS.
Figure 39 - Specifying Xtal settling time in CS.
Figure 40 - Specifying minimum FW version in CS.
Figure 41 - Peripheral Config command in CS.
Figure 42 - Hardware Config command in CS.
Figure 43 - Delay loop command in CS.
Figure 44 - Register read-modify-write command in CS.
Figure 45 - Available filters for CS section.
Figure 46 - Info icon available on CS registers.
Figure 47 - Bitfield information for a CS register.
Figure 49 - RAM tool with support for code and data image download (DA1468x, DA1469x, DA1470x and DA1459x families).
Figure 50 - RAM tool with support for code image download (DA1458x, DA1453x and DA14585/586 families).
Figure 51 - DA14580/581/583 device JTAG options.
Figure 53 - Preview of SUOTA tool..
Figure 54 - Add manually a new or hidden device..
Figure 55 - Request and review information on connected remote targets.
Figure 56 - Updating selected remote targets.
Figure 57 - QSPI Partition Table.
Figure 58 - EEPROM Programmer.
Figure 59 - EEPROM save memory to file.
Figure 60 - Proprietary Header Programmer.
Figure 61 - Header model format.
Figure 62 - Software patch over the air (SPOTA).
Figure 63 - SPOTA Emulator selection.
Figure 64 - SPOTA I2C options.
Figure 65 - SPOTA SPI options.
Figure 66 - SPOTA Patch Download.
Figure 67 - Software update over the air (SUOTA).
Figure 68 - SUOTA Image Update.
Figure 69 - Error on downloading the same firmware file twice.
Figure 70 - Graphics FPS Estimator.
Figure 71 - Battery Lifetime Estimator for DA14580/581/583 and DA14585/6 families.
Figure 72 - Battery Lifetime Estimator for DA1453x family.
Figure 73 - Connection and Advertising Interval validation.
Figure 74 - Sleep Mode Advisor.
Figure 76 - RF Master’s Ribbon.
Figure 78 - Sample log output for LE Tx Command.
Figure 80 - Sample log output for LE Rx Command.
Figure 82 - Sample log output for Continuous Tx Start command.
Figure 83 - Sample log output for Continuous Tx Stop command.
Figure 84 - Unmodulated Tx/Rx.
Figure 85 - Sample log output for unmodulated Tx Start command.
Figure 86 - Sample log output for unmodulated Rx Start command.
Figure 87 - Sample log output for unmodulated Stop command.
Figure 89 - Sample log output for Sleep command.
Figure 91 - Sample log output for Enhanced LE Tx command.
Figure 93 - Sample log output for Enhanced LE Rx command.
Figure 94 - Sample log output for Enhanced LE Rx test with RF Stats selected.
Figure 96 - Sample log output for Continuous Tx command.
Figure 98 - Sample log output for Continuous Rx command.
Figure 99 - Reading 10 words from OTP.
Figure 100 - Sample log output for OTP read.
Figure 101 - Miscellaneous panel.
Figure 102 - Sample log output for FW get version command.
Figure 103 - Sample log output for read ADC command.
Figure 104 - Sample log output for uart loop command with input value 0x123456789ABCDEF.
Figure 105 - Sample log output for sensor action read command.
Figure 106 - Custom Action panel.
Figure 107 - Sample log output for custom action command with input value 0xBB.
Figure 108 - Tx Power configuration in test mode.
Figure 109 - Sample log output for Tx Power configuration in test mode (power index: 4, coarse attenuation: 40, FEM fine attenuation: 2).
Figure 110 - Tx Power configuration in normal mode.
Figure 111 - Sample log output for Tx Power configuration in normal mode (power index: 17, air operation: Advertising).
Figure 113 - Sample log output with RF Calibration results.
Figure 114 - RF Master commands for RA6W1/RA6W2_Wi-Fi.
Figure 115 - XTAL Manager for DA1458x, DA1453x, DA14585/586 and DA1468x family devices.
Figure 116 - XTAL Manager for DA1469x, DA1470x and DA1459x family devices.
Figure 117 - Sample log output for XTAL read command.
Figure 118 - Sample log output for Xtal auto calibration command on P1_05.
Figure 120 - Sample log output for read gpio command for GPIO P0_04.
Figure 121 - Reading/Writing CLK_REF_SEL_REG.
Figure 122 - Filtering registers’ tree by entering part of their name in the search text field.
Figure 123 - Dumping info of CLK_REF_SEL_REG to the log.
Figure 124 - Default Terminal Scripting menu.
Figure 125 - Terminal Window and Command Prompt.
Figure 126 - Firmware download.
Figure 127 - Batch file loader.
Figure 128 - CSV file formatter.
Figure 129 - Console Settings.
Figure 131 - Settings for Terminal Scripting.
Figure 133 - Data Rate Monitor connection successful.
Figure 134 - Data Rate Monitor - Start Transmission.
Figure 135 - Power Profiler run snapshot.
Figure 136 - Operation Mode ribbon group for PMM2 devices.
Figure 137 - Chart View ribbon group for PMM2 devices.
Figure 138 - Chart View ribbon group for PMM2.1 devices.
Figure 139 - Digital Signals ribbon group for PMM2/PMM2.1 devices.
Figure 140 - Power Profiler while capturing data.
Figure 141 - Capturing data with proper zooming.
Figure 142 - Software cursors.
Figure 143 - Configuration HW Settings.
Figure 144 - Configuration Chart Settings.
Figure 145 - Trigger Function with single trigger that starts data capture.
Figure 146 - Trigger Function with single trigger that stops data capture.
Figure 147 - Trigger Functions with combination of triggers that stop data capture.
Figure 148 - Chart that fulfills trigger function of figure start_trigger_func.
Figure 149 - Log message when function of figure start_trigger_func is triggered..
Figure 150 - Chart that fulfills trigger function of figure single_trigger_func.
Figure 151 - Log message when function of figure single_trigger_func is triggered..
Figure 152 - Chart that fulfills combination triggers of figure comb_trigger_func.
Figure 153 - Log message when function of figure comb_trigger_func is triggered..
Figure 154 - On calibration, remove J1 to avoid SPI flash consume current..
Figure 155 - Note the ‘Avg Current (mA)’ value.
Figure 156 - Calibration offset value updated after the calibration procedure.
Figure 157 - Note the ‘CH1 Avg Current (A)’ and ‘CH2 Avg Current (A)’ values.
Figure 158 - Calibration offset values for Channel 1 and Channel 2 are updated after the calibration procedure.
Figure 159 - Log apply filter menu.
Figure 160 - Log apply filter system messages.
Figure 161 - Board setup screen.
Figure 162 - Single UART communication.
Figure 163 - Application update dialog.
Figure 164 - Application update download.
Figure 165 - Application update installation.
Figure 166 - Application update uninstallation of older versions.
Figure 167 - Support Pack Selection Logic.
Figure 174 - Switch from RA6W2_Wi-Fi to RA6W2_BLE.
Figure 168 - Support Pack Chooser.
Figure 169 - Support Pack Structure.
Figure 170 - Support Pack Location Info.
Figure 171 - SDK validation failure.
Figure 172 - Support Pack Updater.
Figure 173 - SP Updates not available with custom SPs.
Figure 175 - Error connecting with JTAG.
Figure 177 - SmartSnippets™ Toolbox ribbon menu
Figure 178 - View ribbon group
Figure 179 - Programmer ribbon group for DA1453x family
Figure 180 - Programmer ribbon group for DA1469x family
Figure 181 - Manager ribbon group for DA1453x family
Figure 182 - Manager ribbon group for DA1469x family
Figure 183 - Configurator ribbon group for DA1453x family
Figure 184 - Monitor ribbon group for DA1458x family
Figure 185 - Estimator ribbon group for DA1458x family
Figure 186 - Estimator ribbon group for DA1470x family
Figure 192 - Device Detection Results
Figure 193 - Advanced Settings Menu
Figure 194 - Device Settings Menu
Figure 195 - Board -> Detect Device menu item
Figure 196 - Detection process
Figure 197 - Log window action
Figure 198 - Detection results
Figure 199 - Flash Code initial screen
Figure 200 - Interface selection
Figure 201 - Default pin selection from Board Setup tool for DA14531
Figure 202 - Default pin selection from Board Setup tool for DA14585
Figure 203 - Default pin selection from Board Setup tool for DA14583-01
Figure 204 - Flash Code connect button
Figure 206 - Import wizard step 1
Figure 207 - Import wizard step 2
Figure 208 - Content to burn table
Figure 209 - Memory contents after flash burn
Figure 210 - Prepare Code Image dialog for DA1468x
Figure 211 - “Prepare Code Image” dialog
Figure 212 - “Prepare Code Image” dialog after image preparation
Figure 213 - Power Profiler ribbon menu
Figure 214 - Log messages after initialize process
Figure 215 - Log messages after initialize process
Figure 216 - Power Profiler tools tab
Figure 217 - Select SDK root as workspace.
Figure 218 - SDK tools wizard.
Figure 219 - Browse for plt_fw project location inside SDK.
Figure 220 - Import plt_fw project.
Figure 221 - Build plt_fw project.
Figure 222 - Browse for plt_fw binary.