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Udemy - Mastering Microcontroller with Embedded Driver Development

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Udemy - Mastering Microcontroller with Embedded Driver Development

文件列表
  1. 1. Overview of the Course/1. What is this course all about .mp419.23MB
  2. 10. Understanding MCU Peripheral Clock Control/1. Understanding MCU Peripheral Clock control.mp416.35MB
  3. 10. Understanding MCU Peripheral Clock Control/2. Exercise EnablingDisabling Peripheral Clock.mp448.83MB
  4. 10. Understanding MCU Peripheral Clock Control/3. Exercise-Making HSE as System Clock.mp427.86MB
  5. 10. Understanding MCU Peripheral Clock Control/4. Exercise-Making HSE as System Clock Contd..mp420MB
  6. 11. Understanding MCU Vector table/1. Understanding MCU Vector Table Part-1.mp456.87MB
  7. 11. Understanding MCU Vector table/2. Understanding MCU Vector Table Part-2.mp417.63MB
  8. 12. Understanding MCU interrupt Design , NVIC, Interrupt handling/1. Understanding MCU interrupt Design , NVIC, Interrupt handling Part 1.mp436.2MB
  9. 12. Understanding MCU interrupt Design , NVIC, Interrupt handling/2. Understanding MCU interrupt Design , NVIC, Interrupt handling Part 2.mp442.73MB
  10. 12. Understanding MCU interrupt Design , NVIC, Interrupt handling/3. Understanding MCU interrupt Design , NVIC, Interrupt handling Part 3.mp418.47MB
  11. 12. Understanding MCU interrupt Design , NVIC, Interrupt handling/4. Understanding MCU interrupt Design , NVIC, Interrupt handling Part 4.mp420.31MB
  12. 13. Understanding MCU Specific Header file/1. Understanding MCU Specific header file Part 1.mp479.7MB
  13. 13. Understanding MCU Specific Header file/2. Understanding MCU Specific header file Part 2.mp462.89MB
  14. 14. GPIO Must know concepts/1. GPIO pin and GPIO port.mp45.36MB
  15. 14. GPIO Must know concepts/2. GPIO behind the scene.mp45.94MB
  16. 14. GPIO Must know concepts/3. GPIO input mode with high impedance state.mp42.9MB
  17. 14. GPIO Must know concepts/4. GPIO input mode with pull-updown state.mp42.77MB
  18. 14. GPIO Must know concepts/5. GPIO output mode with open drain state.mp411.39MB
  19. 14. GPIO Must know concepts/6. GPIO output mode with push pull state.mp45.74MB
  20. 14. GPIO Must know concepts/7. Optimizing IO power consumption.mp46.86MB
  21. 15. GPIO Programming structure and Registers/1. GPIO programming structure.mp48.15MB
  22. 15. GPIO Programming structure and Registers/10. GPIO alternate function register(used to set alternate functionality for a pin ).mp49.41MB
  23. 15. GPIO Programming structure and Registers/2. Exploring GPIO PORT and pins of STM32F4xx Discovery board.mp42.49MB
  24. 15. GPIO Programming structure and Registers/3. GPIO Mode register(used to set mode for a pin).mp47.97MB
  25. 15. GPIO Programming structure and Registers/4. GPIO port output type register(used to specify op type).mp42.94MB
  26. 15. GPIO Programming structure and Registers/5. GPIO port output speed register (how quick transition).mp47.37MB
  27. 15. GPIO Programming structure and Registers/6. GPIO port pull-uppull-down register(used to activatedeactivate pull-ups).mp44.72MB
  28. 15. GPIO Programming structure and Registers/7. GPIO port input data register (used to read from pin).mp42.61MB
  29. 15. GPIO Programming structure and Registers/8. GPIO port output data register(used to write to pin).mp42.75MB
  30. 15. GPIO Programming structure and Registers/9. Enabling and disabling GPIO peripheral clock.mp47.98MB
  31. 16. GPIO Driver Development Getting started/1. Overview of the driver development task.mp43.79MB
  32. 16. GPIO Driver Development Getting started/2. Driver API Requirements.mp43.4MB
  33. 16. GPIO Driver Development Getting started/3. Creating Driver Template Project Eclipse.mp429.5MB
  34. 16. GPIO Driver Development Getting started/4. Creating Driver Template Project KEIL.mp49.93MB
  35. 17. GPIO Driver Development Driver header file/1. Implementing Driver Header file.mp419.84MB
  36. 18. GPIO Driver Development Implementing Init API/1. Code to configure the mode.mp48.93MB
  37. 18. GPIO Driver Development Implementing Init API/2. Code to configure GPIO speed and output type.mp43.87MB
  38. 18. GPIO Driver Development Implementing Init API/3. Code to configure GPIO pull-uppull down.mp42.89MB
  39. 18. GPIO Driver Development Implementing Init API/4. Configuring alternate function.mp46.52MB
  40. 19. GPIO Driver Development Implementing ReadWrite APIs/1. Implementing GPIO Read API.mp43.59MB
  41. 19. GPIO Driver Development Implementing ReadWrite APIs/2. Implementing GPIO Write API.mp42.49MB
  42. 2. Development board used in our courses/2. About MCU Development board.mp420.53MB
  43. 2. Development board used in our courses/3. STM32F4 Discovery and Nucleo Board Details.mp444.02MB
  44. 2. Development board used in our courses/4. ST-Link Driver Installation.mp412.8MB
  45. 2. Development board used in our courses/5. ST Link Firmware Upgrade.mp413.57MB
  46. 20. GPIO driver Code testingWriting Sample APP/1. Write init function to configure LED.mp49.31MB
  47. 20. GPIO driver Code testingWriting Sample APP/2. Code implementation to turn onofftoggle LED.mp43.93MB
  48. 20. GPIO driver Code testingWriting Sample APP/3. Testing the sample Application on development board.mp42.74MB
  49. 20. GPIO driver Code testingWriting Sample APP/4. Testing LED behaviour on logic analyser software.mp46.33MB
  50. 21. GPIO Interrupt Handling/1. Exploring How peripherals interrupts the processor via NVIC.mp419.72MB
  51. 21. GPIO Interrupt Handling/2. GPIO irq numbers.mp413.48MB
  52. 21. GPIO Interrupt Handling/3. Vector table and IRQ handlers.mp46.59MB
  53. 21. GPIO Interrupt Handling/4. Adding interrupt handling apis to our driver.mp45.27MB
  54. 21. GPIO Interrupt Handling/5. Implementing APIs to Configure and Enable External Interrupts.mp414.52MB
  55. 21. GPIO Interrupt Handling/6. Clearing external interrupt (otherwise NVIC will keep getting kicked ).mp42.93MB
  56. 21. GPIO Interrupt Handling/7. Test interrupt APIs we developed by using button.mp48.18MB
  57. 22. SPI Essentials (All about SPI)/1. Introduction to SPI.mp43.45MB
  58. 22. SPI Essentials (All about SPI)/2. Understanding SPI protocol.mp417.05MB
  59. 22. SPI Essentials (All about SPI)/3. SPI behind the scene.mp44.99MB
  60. 23. What is phase , polarity and SPI modes/1. Significance of Polarity and Phase.mp411.4MB
  61. 23. What is phase , polarity and SPI modes/2. Different SPI Modes with Timing diagram.mp47.78MB
  62. 23. What is phase , polarity and SPI modes/3. Uni-Directional and Bi-Directional SPI.mp48.07MB
  63. 24. SPI Functional Block and Clock/1. Exploring SPI functional block(How SPI Engine works in MCU ).mp49.56MB
  64. 24. SPI Functional Block and Clock/2. SPI Peripheral clock and Serial clock.mp412.85MB
  65. 25. SPI Important Registers/1. Exploring SPI Control Registers(CR).mp414.2MB
  66. 25. SPI Important Registers/2. Exploring SPI Data Registers(DR).mp44.38MB
  67. 25. SPI Important Registers/3. Exploring SPI Status Registers(SR).mp43.39MB
  68. 26. SPI Driver Development Getting started/1. Overview.mp43.55MB
  69. 26. SPI Driver Development Getting started/2. Driver API Requirements.mp42.51MB
  70. 26. SPI Driver Development Getting started/3. Exploring different SPI Peripherals and pin packs of the MCU.mp42.35MB
  71. 27. SPI Driver Development Writing Driver header file/1. SPI Register Bit Definitions Macros(Converting register details in to Macros).mp49.23MB
  72. 27. SPI Driver Development Writing Driver header file/2. SPI Data structures.mp417.96MB
  73. 27. SPI Driver Development Writing Driver header file/3. Driver exposed APIs to handle SPI.mp48.99MB
  74. 28. SPI Driver Development Implementing init API/1. Writing init function and helper functions.mp44.92MB
  75. 28. SPI Driver Development Implementing init API/2. Configuring mode, phase and polarity.mp43.78MB
  76. 28. SPI Driver Development Implementing init API/3. Configuring datasize, baudrate and direction.mp43.49MB
  77. 28. SPI Driver Development Implementing init API/4. Configuring NSS(Slave select pin ).mp410.78MB
  78. 28. SPI Driver Development Implementing init API/5. EnablingDisabling SPI Peripheral.mp43.31MB
  79. 29. SPI Driver Development Implementing TXRX API/1. Implementing TX API for master.mp48.66MB
  80. 29. SPI Driver Development Implementing TXRX API/2. Implementing RX API for master.mp45.3MB
  81. 29. SPI Driver Development Implementing TXRX API/3. Implementing TX API for slave.mp46.74MB
  82. 29. SPI Driver Development Implementing TXRX API/4. Implementing RX API for slave.mp42.68MB
  83. 3. Eclipse Setup For ARM Cortex M based MCUs/10. Understanding CMSIS.mp417.38MB
  84. 3. Eclipse Setup For ARM Cortex M based MCUs/11. Downloading CMSIS.mp413.62MB
  85. 3. Eclipse Setup For ARM Cortex M based MCUs/12. Integrating MCU Peripheral Library( Device HAL).mp426.09MB
  86. 3. Eclipse Setup For ARM Cortex M based MCUs/13. Integrating MCU Peripheral Library( Device HAL) Contd.mp464.58MB
  87. 3. Eclipse Setup For ARM Cortex M based MCUs/14. Download & Debugging Code using GDB and OpenOCD.mp437.74MB
  88. 3. Eclipse Setup For ARM Cortex M based MCUs/15. Download & Debugging Code using GDB and OpenOCD contd..mp456.13MB
  89. 3. Eclipse Setup For ARM Cortex M based MCUs/3. Download Eclipse for CC++ Developers.mp414.71MB
  90. 3. Eclipse Setup For ARM Cortex M based MCUs/4. Download Cross-Toolchain for ARM Cortex Processor.mp415.26MB
  91. 3. Eclipse Setup For ARM Cortex M based MCUs/5. Installing GNU ARM Eclipse Plugins.mp423.97MB
  92. 3. Eclipse Setup For ARM Cortex M based MCUs/6. Installing Windows Build Tools(only for Windows users).mp410.02MB
  93. 3. Eclipse Setup For ARM Cortex M based MCUs/7. Download and Install OpenOCD.mp413.09MB
  94. 3. Eclipse Setup For ARM Cortex M based MCUs/8. Eclipse Project Creation for ARM Cortex Proc. Based MCU.mp439.54MB
  95. 3. Eclipse Setup For ARM Cortex M based MCUs/9. Understanding Eclipse Project Directory structure..mp437.94MB
  96. 30. SPI MasterSlave Communication/1. How does SPI master TXRX data .mp416.98MB
  97. 30. SPI MasterSlave Communication/2. How does SPI slave TXRX data .mp48.76MB
  98. 31. SPI Driver Development Implementing TX ISR/1. Understanding SPI TXRX IRQ numbers.mp413.66MB
  99. 31. SPI Driver Development Implementing TX ISR/2. Setting up TXERXNE interrupt.mp43.33MB
  100. 31. SPI Driver Development Implementing TX ISR/3. Writing SPI irq handler.mp46.23MB
  101. 31. SPI Driver Development Implementing TX ISR/4. Handling spi Tx interrupt.mp46.77MB
  102. 32. SPI Driver Development Implementing RX ISR/1. Handling RX done interrupt in ISR.mp43.52MB
  103. 33. Writing SPI sample application Getting Started/1. Understanding the Requirements.mp45.72MB
  104. 33. Writing SPI sample application Getting Started/2. Understanding connection diagram.mp44.73MB
  105. 34. Writing SPI sample application Master Code/1. Initialization.mp429.1MB
  106. 34. Writing SPI sample application Master Code/2. Defining various IRQ handlers.mp47.35MB
  107. 34. Writing SPI sample application Master Code/3. Master write Sequences (send CMD, get ACK, send data).mp410.74MB
  108. 34. Writing SPI sample application Master Code/4. Master Receive Sequences(Send CMD, get ACK, get data).mp44.85MB
  109. 35. Writing SPI sample application Slave Code Implementation/1. Initialization.mp42.63MB
  110. 35. Writing SPI sample application Slave Code Implementation/2. Slave Handling ReadWrite command from master.mp412.36MB
  111. 36. Testing , Decoding and Debugging Tips/1. Initial testing on hardware.mp416.55MB
  112. 36. Testing , Decoding and Debugging Tips/2. Capture SPI transcation on Logic analyzer.mp410.75MB
  113. 36. Testing , Decoding and Debugging Tips/3. Decoding SPI transcation Using logic analyzer.mp48.06MB
  114. 36. Testing , Decoding and Debugging Tips/4. Common problems in SPI and Debugging Tips.mp411.22MB
  115. 37. I2C Essentials/1. Intro to I2C protocol.mp412.48MB
  116. 37. I2C Essentials/2. I2C Hardware Setup.mp45.34MB
  117. 38. I2C protocol in Detail/1. Basics.mp45.3MB
  118. 38. I2C protocol in Detail/2. Address phase.mp42.84MB
  119. 38. I2C protocol in Detail/3. Start Condition.mp42.44MB
  120. 38. I2C protocol in Detail/4. ACKNACK.mp43.06MB
  121. 38. I2C protocol in Detail/5. Stop Condition.mp42.05MB
  122. 38. I2C protocol in Detail/6. Master ReadWrite Data Phase.mp45.91MB
  123. 38. I2C protocol in Detail/7. Repeated start (start with out a stop ).mp410.45MB
  124. 38. I2C protocol in Detail/8. Clock Stretching.mp48.7MB
  125. 39. I2C Operating Modes/1. I2C in fast mode and standard mode.mp43.92MB
  126. 39. I2C Operating Modes/2. I2C duty cycle.mp411.45MB
  127. 4. KEIL-MDK-5 Setup For ARM Cortex M based MCUs/2. KEIL-MDK-5 Installation.mp429.04MB
  128. 4. KEIL-MDK-5 Setup For ARM Cortex M based MCUs/3. KEIL-MDK-5 Installation Contd..mp410.85MB
  129. 4. KEIL-MDK-5 Setup For ARM Cortex M based MCUs/4. KEIL-MDK-5 Pack Installation.mp459.67MB
  130. 4. KEIL-MDK-5 Setup For ARM Cortex M based MCUs/5. Locating Pack Installation files.mp48.66MB
  131. 4. KEIL-MDK-5 Setup For ARM Cortex M based MCUs/6. Creating a KEIL Project.mp438.86MB
  132. 4. KEIL-MDK-5 Setup For ARM Cortex M based MCUs/7. Understaning The Discovery Board.mp47.81MB
  133. 40. I2C Addressing mode/1. 7bit addressing.mp43.44MB
  134. 40. I2C Addressing mode/2. 10 bit addressing.mp43.18MB
  135. 41. I2C Functional block diagram and Clocks/1. Exploring I2C functional block in the MCU.mp46.31MB
  136. 41. I2C Functional block diagram and Clocks/2. I2C peripheral clock and serial line clock(Fpclk and SCL).mp412.46MB
  137. 42. I2C Interrupts/1. I2C IRQs and Interrupt Mapping.mp412.4MB
  138. 42. I2C Interrupts/2. Exploring I2C IRQ numbers.mp45.94MB
  139. 43. I2C Peripheral Registers/1. Exploring I2C Control Registers(CR).mp417.09MB
  140. 43. I2C Peripheral Registers/2. Exploring I2C Own Address Registers(OAR).mp42.48MB
  141. 43. I2C Peripheral Registers/3. Exploring I2C Data Register(DR).mp44.5MB
  142. 43. I2C Peripheral Registers/4. Exploring I2C Status Registers(SR).mp49.88MB
  143. 43. I2C Peripheral Registers/5. Exploring I2C Clock Control Register(CCR).mp45.93MB
  144. 44. I2C MasterSlave Communication/1. How I2C Master TX data .mp410.89MB
  145. 44. I2C MasterSlave Communication/2. How I2C Master RX data .mp425.4MB
  146. 44. I2C MasterSlave Communication/3. How I2C Slave TX data .mp43.7MB
  147. 45. I2C Driver Development Getting started/1. Overview.mp43.09MB
  148. 45. I2C Driver Development Getting started/2. Understanding the Requirements.mp41.6MB
  149. 45. I2C Driver Development Getting started/3. Exploring different I2C Peripherals and pins of the MCU.mp42.84MB
  150. 46. I2C Driver Development Driver header file/1. I2C Register Bit Definitions Macros.mp410.65MB
  151. 46. I2C Driver Development Driver header file/2. I2C Data structures.mp416.23MB
  152. 46. I2C Driver Development Driver header file/3. I2C Driver Exposed APIs.mp46.42MB
  153. 47. I2C Driver Development Init Function/1. Init API and Helper Functions.mp42.91MB
  154. 47. I2C Driver Development Init Function/2. Code Implementation to EnableDisable I2C peripheral.mp41.56MB
  155. 47. I2C Driver Development Init Function/3. Configure clock stretching , own address , auto ACKing.mp44.39MB
  156. 47. I2C Driver Development Init Function/4. Configure I2C mode, addressing mode and duty cycle.mp45.13MB
  157. 47. I2C Driver Development Init Function/5. Code to Initialize I2C Serial Clock.mp46.57MB
  158. 47. I2C Driver Development Init Function/6. Code to Generate StartStop condition.mp42.84MB
  159. 47. I2C Driver Development Init Function/7. EnablingDisabling Buff, Event, and Error interrupts.mp44.02MB
  160. 47. I2C Driver Development Init Function/8. Other Helper Functions.mp45.55MB
  161. 48. I2C Driver Developemnt Writing TXRX API/1. Implementing TX API for MASTER.mp48.89MB
  162. 48. I2C Driver Developemnt Writing TXRX API/2. Implementing RX API for MASTER.mp45.85MB
  163. 48. I2C Driver Developemnt Writing TXRX API/3. Implementing TX API for SLAVE.mp43.59MB
  164. 48. I2C Driver Developemnt Writing TXRX API/4. Implementing RX API for SLAVE.mp42.63MB
  165. 49. I2C Event Interrupt handling for master/1. Implementing event interrupt handler.mp44.13MB
  166. 49. I2C Event Interrupt handling for master/2. Handling of TXE event for master.mp42.44MB
  167. 49. I2C Event Interrupt handling for master/3. Handling of TX BTF event for master.mp43.97MB
  168. 5. LEDButton Exercises using BSPs/1. Exercise LED Toggling App using Board BSP APIs.mp457.59MB
  169. 5. LEDButton Exercises using BSPs/2. Exercise LED Toggling App using Board BSP APIs-Nucleo.mp418.32MB
  170. 5. LEDButton Exercises using BSPs/3. Exercise Adding button support using board BSP APIs(Nucleo).mp423.21MB
  171. 50. I2C Event Interrupt handling for slave/1. Handling of slave Address Match Event.mp43.21MB
  172. 50. I2C Event Interrupt handling for slave/2. Handling of STOP detection event Interrupt.mp44.11MB
  173. 50. I2C Event Interrupt handling for slave/3. Handling of TXE event Interrupt.mp44.91MB
  174. 50. I2C Event Interrupt handling for slave/4. Handling of TX BTF event Interrupt.mp42.18MB
  175. 50. I2C Event Interrupt handling for slave/5. Handling of RXNE and BTF event interrupt.mp44.03MB
  176. 51. I2C Error Interrupt Handling/1. Writing Error interrupt handler.mp46.69MB
  177. 51. I2C Error Interrupt Handling/2. Handling of Different I2C Errors.mp47.05MB
  178. 52. Writing I2C sample application Getting ready/1. Understanding the Requirements.mp44.84MB
  179. 52. Writing I2C sample application Getting ready/2. Understanding connection diagram.mp41.24MB
  180. 53. Writing I2C sample Application Master Code/1. I2C Initialization.mp424.11MB
  181. 53. Writing I2C sample Application Master Code/2. Implementing I2C IRQ Handlers.mp45.85MB
  182. 53. Writing I2C sample Application Master Code/3. Implementing master write Sequences(cmd,length,data).mp46.69MB
  183. 53. Writing I2C sample Application Master Code/4. Implementing master read Sequences(cmd,length,data).mp45.1MB
  184. 53. Writing I2C sample Application Master Code/5. Slave Handling ReadWrite Command from master.mp46MB
  185. 54. Testing and Protocol Decoding using logic analyzer (lets get the trace )/1. Initial testing on hardware.mp419.76MB
  186. 54. Testing and Protocol Decoding using logic analyzer (lets get the trace )/2. Decoding and Analyzing I2C transaction using logic analyzer.mp420.04MB
  187. 54. Testing and Protocol Decoding using logic analyzer (lets get the trace )/3. Common Problems in I2C and Debugging Tips.mp47.01MB
  188. 55. UART Essentials/1. Intro UART vs USART.mp47.04MB
  189. 55. UART Essentials/2. Understanding UART pins.mp45.71MB
  190. 55. UART Essentials/3. UART frame formats.mp44.3MB
  191. 55. UART Essentials/4. Baud Rate.mp45.13MB
  192. 55. UART Essentials/5. Synchronization bits.mp44.08MB
  193. 55. UART Essentials/6. UART Parity.mp47.85MB
  194. 56. UART functional block and Peripheral Clock/1. Exploring UART functional block.mp48.14MB
  195. 56. UART functional block and Peripheral Clock/2. UART peripheral clock.mp47.21MB
  196. 57. UART Communication/1. UART Transmitter.mp47.15MB
  197. 57. UART Communication/2. Uart Receiver.mp410.11MB
  198. 58. UART Interrupts/1. Exploring UART Interrupt Mapping.mp47.99MB
  199. 59. UART Registers/1. Exploring UART Control Registers.mp412.42MB
  200. 59. UART Registers/2. Exploring UART Data Registers.mp44.87MB
  201. 59. UART Registers/3. Exploring UART Status Registers.mp49.42MB
  202. 59. UART Registers/4. UART Baudrate Calculation.mp412.98MB
  203. 6. Embedded Code Debugging Tools n Tips/1. Embedded Code Debugging Part-1.mp415.87MB
  204. 6. Embedded Code Debugging Tools n Tips/2. Embedded Code Debugging Part-2 Break points.mp45.42MB
  205. 6. Embedded Code Debugging Tools n Tips/3. Embedded Code Debugging Part-3 Step InStep OverStep Out.mp414.05MB
  206. 6. Embedded Code Debugging Tools n Tips/4. Embedded Code Debugging Part-4 DisableKill all Bkpts..mp48.1MB
  207. 6. Embedded Code Debugging Tools n Tips/5. Embedded Code Debugging Part-5 Call Stack Usage.mp424.57MB
  208. 6. Embedded Code Debugging Tools n Tips/6. Embedded Code Debugging Part-6 Watch Windows.mp410.76MB
  209. 6. Embedded Code Debugging Tools n Tips/7. Embedded Code Debugging Part-7 Memory Windows.mp451.19MB
  210. 6. Embedded Code Debugging Tools n Tips/8. Exercise-Copying data from Flash to RAM.mp431.47MB
  211. 60. UART Driver Development Getting Started/1. Overview.mp42.47MB
  212. 60. UART Driver Development Getting Started/2. Understanding the Requirements.mp41.84MB
  213. 60. UART Driver Development Getting Started/3. Exploring Different UART Peripherals and pins of the MCU.mp43.35MB
  214. 61. UART Driver Development Driver Header File/1. UART Register Bit Definitions Macros.mp44.21MB
  215. 61. UART Driver Development Driver Header File/2. Data Structures used and Driver exposed APIs.mp411.11MB
  216. 62. UART Driver Development Writing init Function/1. Writing inti function and helper functions.mp411.08MB
  217. 62. UART Driver Development Writing init Function/2. Configuring Word length, Stop Bits.mp43.65MB
  218. 62. UART Driver Development Writing init Function/3. Configuring Baudrate, oversampling and Interrupts.mp414.08MB
  219. 63. UART Driver Development Writing TXRX function/1. Writing TX function.mp46.35MB
  220. 63. UART Driver Development Writing TXRX function/2. Writing RX Function.mp45.01MB
  221. 64. UART Driver Development Interrupt Handling/1. Implementing UART IRQ Handler.mp417.18MB
  222. 64. UART Driver Development Interrupt Handling/2. Handling TXE interrupt.mp44.43MB
  223. 64. UART Driver Development Interrupt Handling/3. Handling of TX Complete Interrupt.mp46.98MB
  224. 64. UART Driver Development Interrupt Handling/4. Handling RXNE Interrupt.mp48.3MB
  225. 65. UART sample application Getting ready/1. Understanding the Requirements.mp43.78MB
  226. 65. UART sample application Getting ready/2. Understanding connection diagram.mp45MB
  227. 65. UART sample application Getting ready/3. Exploring uart sniffer software for pc.mp44.98MB
  228. 66. UART sample application Implementation/1. UART Initializations and Txing.mp410.5MB
  229. 66. UART sample application Implementation/2. Receiving commands from PC.mp45.83MB
  230. 67. Running and Testing/1. Testing on hardware.mp46.18MB
  231. 68. Creating printf library for your board/1. Introduction.mp42.22MB
  232. 68. Creating printf library for your board/2. Implementing UART print apis.mp412.42MB
  233. 68. Creating printf library for your board/3. Creating static library in KEIL and testing.mp412.67MB
  234. 69. MCU Clocks Configurations and Measurements/1. Exploring System , AHB, APB clocks of the MCU.mp424.1MB
  235. 69. MCU Clocks Configurations and Measurements/2. Clocking MCU by using External Crystal Oscillator(HSE).mp49.74MB
  236. 69. MCU Clocks Configurations and Measurements/3. Measuring HSE,HSI, PLL and System Clock(Routing Clocks to GPIOs).mp424.8MB
  237. 69. MCU Clocks Configurations and Measurements/4. Clocking MCU by Internal PLL (Running MCU at Full Speed).mp416.73MB
  238. 7. Understanding MCU Memory Map/1. Understanding Memory Map of the MCU Part 1.mp418.51MB
  239. 7. Understanding MCU Memory Map/2. Understanding Memory Map of the MCU Part 2.mp415.1MB
  240. 7. Understanding MCU Memory Map/3. Understanding Memory Map of the MCU Part 3.mp436.81MB
  241. 8. MCU Bus Interfaces/1. MCU Bus Interfaces Explanation Part 1 I-CodeD-CodeS-Bus.mp443.22MB
  242. 8. MCU Bus Interfaces/2. MCU Bus Interfaces Explanation Part 2 AHBAPB1APB2.mp442.7MB
  243. 8. MCU Bus Interfaces/3. MCU Bus Interfaces Explanation Part 3 QA session.mp438.55MB
  244. 8. MCU Bus Interfaces/4. Understanding MCU Bus Matrix.mp417.53MB
  245. 9. Understanding MCU Clocks and Details/1. Understanding MCU Clocking SystemPart1.mp413.77MB
  246. 9. Understanding MCU Clocks and Details/2. Understanding MCU Clocking System Part2.mp436.69MB
  247. 9. Understanding MCU Clocks and Details/3. Exercise-Using HSI Clock and Clock MeasurementPart 1.mp443.25MB
  248. 9. Understanding MCU Clocks and Details/4. Exercise-Using HSI Clock and Clock Measurement Part 2.mp413.44MB
友情提示
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