FreeCourseSite com Udemy Mastering Microcontroller with Embedded Driver Development

FreeCourseSite com Udemy Mastering Microcontroller with Embedded Driver Development

Name	[FreeCourseSite.com] Udemy - Mastering Microcontroller with Embedded Driver Development	DOWNLOAD Copy Link
Total Size	4.6 GB
Total Files	522
Hash	D59AAEC3558AD1655F0C732025B1235E3ECCD831

/2. Development based used in our course/
5.1 ST-LINK, ST-LINKV2, ST-LINKV2-1 firmware upgrade.html	0.1 KB
2.2 STM32 Nucleo-64 development board.html	0.1 KB
4.1 ST-LINK, ST-LINKV2, ST-LINKV2-1 USB driver signed for Windows7, Windows8, Windows10.html	0.1 KB
2.1 Discovery kit with STM32F407VG MCU.html	0.1 KB
1. Note for the students.html	0.2 KB
4. ST-Link Driver Installation.vtt	3.2 KB
5. ST Link Firmware Upgrade.vtt	4.5 KB
2. About MCU Development board.vtt	5.9 KB
3. STM32F4 Discovery and Nucleo Board Details.vtt	8.8 KB
4. ST-Link Driver Installation.mp4	33.9 MB
5. ST Link Firmware Upgrade.mp4	33.9 MB
2. About MCU Development board.mp4	53.0 MB
3. STM32F4 Discovery and Nucleo Board Details.mp4	119.8 MB
/
[CourseClub.NET].url	0.1 KB
[FreeCourseSite.com].url	0.1 KB
[FCS Forum].url	0.1 KB
/39. I2C Essentials/
3. Quiz SPI and I2C.html	0.2 KB
2. I2C Hardware Setup.vtt	4.3 KB
1. Intro to I2C protocol.vtt	9.8 KB
2. I2C Hardware Setup.mp4	5.6 MB
1. Intro to I2C protocol.mp4	13.1 MB
/46. I2C MasterSlave Communication/
5. Quiz about I2C Master RX.html	0.2 KB
4. Quiz about I2C Master TX.html	0.2 KB
3. How I2C Slave TX data .vtt	2.5 KB
1. How I2C Master TX data .vtt	8.8 KB
2. How I2C Master RX data .vtt	19.3 KB
3. How I2C Slave TX data .mp4	3.9 MB
1. How I2C Master TX data .mp4	11.4 MB
2. How I2C Master RX data .mp4	26.6 MB
/61. UART Registers/
5. Find out MAX baudrate of UART.html	0.2 KB
2. Exploring UART Data Registers.vtt	2.9 KB
3. Exploring UART Status Registers.vtt	7.3 KB
1. Exploring UART Control Registers.vtt	7.5 KB
4. UART Baudrate Calculation.vtt	10.1 KB
2. Exploring UART Data Registers.mp4	5.1 MB
3. Exploring UART Status Registers.mp4	9.9 MB
1. Exploring UART Control Registers.mp4	13.0 MB
4. UART Baudrate Calculation.mp4	13.6 MB
/33. SPI Driver Development Implementing TX ISR/
5. Quiz about Debugging SPI Interrupt.html	0.2 KB
2. Setting up TXERXNE interrupt.vtt	2.6 KB
3. Writing SPI irq handler.vtt	4.7 KB
4. Handling spi Tx interrupt.vtt	5.0 KB
1. Understanding SPI TXRX IRQ numbers.vtt	7.3 KB
2. Setting up TXERXNE interrupt.mp4	3.5 MB
3. Writing SPI irq handler.mp4	6.5 MB
4. Handling spi Tx interrupt.mp4	7.1 MB
1. Understanding SPI TXRX IRQ numbers.mp4	14.3 MB
/59. UART Communication/
3. UART Start bit Detection.html	0.2 KB
1. UART Transmitter.vtt	5.5 KB
2. Uart Receiver.vtt	7.2 KB
1. UART Transmitter.mp4	7.5 MB
2. Uart Receiver.mp4	10.6 MB
/17. GPIO Programming structure and Registers/
11. Find Out IO Alt Functionality.html	0.2 KB
2. Exploring GPIO PORT and pins of STM32F4xx Discovery board.vtt	0.7 KB
8. GPIO port output data register(used to write to pin).vtt	0.8 KB
7. GPIO port input data register (used to read from pin).vtt	0.8 KB
4. GPIO port output type register(used to specify op type).vtt	1.3 KB
6. GPIO port pull-uppull-down register(used to activatedeactivate pull-ups).vtt	1.3 KB
5. GPIO port output speed register (how quick transition).vtt	2.0 KB
9. Enabling and disabling GPIO peripheral clock.vtt	2.1 KB
1. GPIO programming structure.vtt	2.2 KB
3. GPIO Mode register(used to set mode for a pin).vtt	2.5 KB
10. GPIO alternate function register(used to set alternate functionality for a pin ).vtt	3.0 KB
2. Exploring GPIO PORT and pins of STM32F4xx Discovery board.mp4	2.6 MB
7. GPIO port input data register (used to read from pin).mp4	2.7 MB
8. GPIO port output data register(used to write to pin).mp4	2.9 MB
4. GPIO port output type register(used to specify op type).mp4	3.1 MB
6. GPIO port pull-uppull-down register(used to activatedeactivate pull-ups).mp4	4.9 MB
5. GPIO port output speed register (how quick transition).mp4	7.7 MB
9. Enabling and disabling GPIO peripheral clock.mp4	8.4 MB
3. GPIO Mode register(used to set mode for a pin).mp4	8.4 MB
1. GPIO programming structure.mp4	8.5 MB
10. GPIO alternate function register(used to set alternate functionality for a pin ).mp4	9.9 MB
/26. SPI Functional Block and Clock/
3. Find out SPI Max Speed.html	0.2 KB
1. Exploring SPI functional block(How SPI Engine works in MCU ).vtt	5.0 KB
2. SPI Peripheral clock and Serial clock.vtt	9.5 KB
1. Exploring SPI functional block(How SPI Engine works in MCU ).mp4	10.0 MB
2. SPI Peripheral clock and Serial clock.mp4	13.5 MB
/23. GPIO Interrupt Handling/
8. Find out IRQ number.html	0.2 KB
9. Interrupt Pending Bit.html	0.2 KB
6. Clearing external interrupt (otherwise NVIC will keep getting kicked ).vtt	2.0 KB
3. Vector table and IRQ handlers.vtt	3.2 KB
4. Adding interrupt handling apis to our driver.vtt	3.5 KB
7. Test interrupt APIs we developed by using button.vtt	4.7 KB
5. Implementing APIs to Configure and Enable External Interrupts.vtt	7.8 KB
2. GPIO irq numbers.vtt	8.0 KB
1. Exploring How peripherals interrupts the processor via NVIC.vtt	13.3 KB
6. Clearing external interrupt (otherwise NVIC will keep getting kicked ).mp4	3.1 MB
4. Adding interrupt handling apis to our driver.mp4	5.5 MB
3. Vector table and IRQ handlers.mp4	6.9 MB
7. Test interrupt APIs we developed by using button.mp4	8.6 MB
2. GPIO irq numbers.mp4	14.1 MB
5. Implementing APIs to Configure and Enable External Interrupts.mp4	15.2 MB
1. Exploring How peripherals interrupts the processor via NVIC.mp4	20.7 MB
/20. GPIO Driver Development Implementing Init API/
5. Embedded Coding Skill.html	0.2 KB
2. Code to configure GPIO speed and output type.vtt	1.4 KB
3. Code to configure GPIO pull-uppull down.vtt	2.0 KB
1. Code to configure the mode.vtt	2.4 KB
4. Configuring alternate function.vtt	4.4 KB
3. Code to configure GPIO pull-uppull down.mp4	3.0 MB
2. Code to configure GPIO speed and output type.mp4	4.1 MB
4. Configuring alternate function.mp4	6.8 MB
1. Code to configure the mode.mp4	9.4 MB
/71. MCU Clocks Configurations and Measurements/
5. Quiz about using HSE.html	0.2 KB
6. Bonus Lecture.html	2.2 KB
2. Clocking MCU by using External Crystal Oscillator(HSE).vtt	6.0 KB
4. Clocking MCU by Internal PLL (Running MCU at Full Speed).vtt	10.9 KB
3. Measuring HSE,HSI, PLL and System Clock(Routing Clocks to GPIOs).vtt	14.0 KB
1. Exploring System , AHB, APB clocks of the MCU.vtt	16.0 KB
2. Clocking MCU by using External Crystal Oscillator(HSE).mp4	10.2 MB
4. Clocking MCU by Internal PLL (Running MCU at Full Speed).mp4	17.5 MB
1. Exploring System , AHB, APB clocks of the MCU.mp4	25.3 MB
3. Measuring HSE,HSI, PLL and System Clock(Routing Clocks to GPIOs).mp4	26.0 MB
/4. KEIL-MDK-5 Setup For ARM Cortex M based MCUs/
7.1 User Manual.html	0.2 KB
1. Note for the students.html	0.3 KB
7. Understaning The Discovery Board.vtt	1.6 KB
3. KEIL-MDK-5 Installation Contd..vtt	2.4 KB
5. Locating Pack Installation files.vtt	3.3 KB
2. KEIL-MDK-5 Installation.vtt	7.1 KB
6. Creating a KEIL Project.vtt	12.9 KB
4. KEIL-MDK-5 Pack Installation.vtt	13.7 KB
5. Locating Pack Installation files.mp4	9.0 MB
3. KEIL-MDK-5 Installation Contd..mp4	11.1 MB
7. Understaning The Discovery Board.mp4	23.4 MB
6. Creating a KEIL Project.mp4	39.8 MB
4. KEIL-MDK-5 Pack Installation.mp4	61.7 MB
2. KEIL-MDK-5 Installation.mp4	68.9 MB
/1. Notes and Information/
2. Source Code.html	0.3 KB
3. Rating and Review.html	0.8 KB
1. Important Note.html	1.3 KB
/3. OpenSTM32 System Workbench installation/
4. Note for the students.html	0.3 KB
1. Note for the students.html	0.5 KB
3. Installing OpenSTM32 System-Workbench.vtt	3.4 KB
5. STM32CubeMX Installation.vtt	4.4 KB
2. Downloading and Installing OpenSTM32 System-Workbench.vtt	5.6 KB
3. Installing OpenSTM32 System-Workbench.mp4	22.6 MB
5. STM32CubeMX Installation.mp4	41.2 MB
2. Downloading and Installing OpenSTM32 System-Workbench.mp4	72.4 MB
/49. I2C Driver Development Init Function/
2. Code Implementation to EnableDisable I2C peripheral.vtt	1.0 KB
1. Init API and Helper Functions.vtt	1.5 KB
6. Code to Generate StartStop condition.vtt	2.3 KB
8. Other Helper Functions.vtt	2.4 KB
7. EnablingDisabling Buff, Event, and Error interrupts.vtt	2.5 KB
3. Configure clock stretching , own address , auto ACKing.vtt	2.7 KB
4. Configure I2C mode, addressing mode and duty cycle.vtt	3.1 KB
5. Code to Initialize I2C Serial Clock.vtt	4.9 KB
2. Code Implementation to EnableDisable I2C peripheral.mp4	1.6 MB
6. Code to Generate StartStop condition.mp4	3.0 MB
1. Init API and Helper Functions.mp4	3.1 MB
7. EnablingDisabling Buff, Event, and Error interrupts.mp4	4.2 MB
3. Configure clock stretching , own address , auto ACKing.mp4	4.6 MB
4. Configure I2C mode, addressing mode and duty cycle.mp4	5.4 MB
8. Other Helper Functions.mp4	5.8 MB
5. Code to Initialize I2C Serial Clock.mp4	6.9 MB
/54. Writing I2C sample application Getting ready/
2. Understanding connection diagram.vtt	1.0 KB
1. Understanding the Requirements.vtt	4.2 KB
2. Understanding connection diagram.mp4	1.3 MB
1. Understanding the Requirements.mp4	5.1 MB
/40. I2C protocol in Detail/
5. Stop Condition.vtt	1.1 KB
4. ACKNACK.vtt	1.8 KB
2. Address phase.vtt	1.9 KB
3. Start Condition.vtt	2.1 KB
1. Basics.vtt	3.7 KB
6. Master ReadWrite Data Phase.vtt	4.2 KB
8. Clock Stretching.vtt	5.4 KB
7. Repeated start (start with out a stop ).vtt	8.0 KB
5. Stop Condition.mp4	2.1 MB
3. Start Condition.mp4	2.6 MB
2. Address phase.mp4	3.0 MB
4. ACKNACK.mp4	3.2 MB
1. Basics.mp4	5.6 MB
6. Master ReadWrite Data Phase.mp4	6.2 MB
8. Clock Stretching.mp4	9.1 MB
7. Repeated start (start with out a stop ).mp4	11.0 MB
/16. GPIO Must know concepts/
3. GPIO input mode with high impedance state.vtt	1.2 KB
4. GPIO input mode with pull-updown state.vtt	1.3 KB
1. GPIO pin and GPIO port.vtt	1.8 KB
6. GPIO output mode with push pull state.vtt	2.8 KB
2. GPIO behind the scene.vtt	2.8 KB
7. Optimizing IO power consumption.vtt	3.1 KB
5. GPIO output mode with open drain state.vtt	5.7 KB
4. GPIO input mode with pull-updown state.mp4	2.9 MB
3. GPIO input mode with high impedance state.mp4	3.0 MB
1. GPIO pin and GPIO port.mp4	5.6 MB
6. GPIO output mode with push pull state.mp4	6.0 MB
2. GPIO behind the scene.mp4	6.2 MB
7. Optimizing IO power consumption.mp4	7.2 MB
5. GPIO output mode with open drain state.mp4	11.9 MB
/52. I2C Event Interrupt handling for slave/
4. Handling of TX BTF event Interrupt.vtt	1.2 KB
1. Handling of slave Address Match Event.vtt	2.0 KB
5. Handling of RXNE and BTF event interrupt.vtt	2.4 KB
2. Handling of STOP detection event Interrupt.vtt	3.1 KB
3. Handling of TXE event Interrupt.vtt	3.8 KB
4. Handling of TX BTF event Interrupt.mp4	2.3 MB
1. Handling of slave Address Match Event.mp4	3.4 MB
5. Handling of RXNE and BTF event interrupt.mp4	4.2 MB
2. Handling of STOP detection event Interrupt.mp4	4.3 MB
3. Handling of TXE event Interrupt.mp4	5.2 MB
/18. GPIO Driver Development Getting started/
1. Overview of the driver development task.vtt	1.3 KB
2. Driver API Requirements.vtt	1.5 KB
4. Creating Driver Template Project KEIL.vtt	4.2 KB
3. Creating Driver Template Project Eclipse.vtt	10.4 KB
2. Driver API Requirements.mp4	3.6 MB
1. Overview of the driver development task.mp4	4.0 MB
4. Creating Driver Template Project KEIL.mp4	10.4 MB
3. Creating Driver Template Project Eclipse.mp4	97.7 MB
/47. I2C Driver Development Getting started/
2. Understanding the Requirements.vtt	1.4 KB
3. Exploring different I2C Peripherals and pins of the MCU.vtt	2.7 KB
1. Overview.vtt	2.9 KB
2. Understanding the Requirements.mp4	1.7 MB
3. Exploring different I2C Peripherals and pins of the MCU.mp4	3.0 MB
1. Overview.mp4	3.2 MB
/30. SPI Driver Development Implementing init API/
1. Writing init function and helper functions.vtt	1.5 KB
5. EnablingDisabling SPI Peripheral.vtt	1.8 KB
3. Configuring datasize, baudrate and direction.vtt	2.6 KB
2. Configuring mode, phase and polarity.vtt	3.0 KB
4. Configuring NSS(Slave select pin ).vtt	7.3 KB
5. EnablingDisabling SPI Peripheral.mp4	3.5 MB
3. Configuring datasize, baudrate and direction.mp4	3.7 MB
2. Configuring mode, phase and polarity.mp4	4.0 MB
1. Writing init function and helper functions.mp4	5.2 MB
4. Configuring NSS(Slave select pin ).mp4	11.3 MB
/21. GPIO Driver Development Implementing ReadWrite APIs/
2. Implementing GPIO Write API.vtt	1.5 KB
1. Implementing GPIO Read API.vtt	2.1 KB
2. Implementing GPIO Write API.mp4	2.6 MB
1. Implementing GPIO Read API.mp4	3.8 MB
/24. SPI Essentials (All about SPI)/
1. Introduction to SPI.vtt	1.5 KB
3. SPI behind the scene.vtt	3.7 KB
2. Understanding SPI protocol.vtt	12.1 KB
1. Introduction to SPI.mp4	3.6 MB
3. SPI behind the scene.mp4	5.2 MB
2. Understanding SPI protocol.mp4	17.9 MB
/37. Writing SPI sample application Slave Code Implementation/
1. Initialization.vtt	1.6 KB
2. Slave Handling ReadWrite command from master.vtt	6.4 KB
1. Initialization.mp4	2.7 MB
2. Slave Handling ReadWrite command from master.mp4	13.0 MB
/28. SPI Driver Development Getting started/
2. Driver API Requirements.vtt	1.7 KB
3. Exploring different SPI Peripherals and pin packs of the MCU.vtt	1.8 KB
1. Overview.vtt	3.1 KB
3. Exploring different SPI Peripherals and pin packs of the MCU.mp4	2.5 MB
2. Driver API Requirements.mp4	2.6 MB
1. Overview.mp4	3.7 MB
/31. SPI Driver Development Implementing TXRX API/
4. Implementing RX API for slave.vtt	1.7 KB
2. Implementing RX API for master.vtt	3.4 KB
3. Implementing TX API for slave.vtt	4.5 KB
1. Implementing TX API for master.vtt	5.2 KB
4. Implementing RX API for slave.mp4	2.8 MB
2. Implementing RX API for master.mp4	5.6 MB
3. Implementing TX API for slave.mp4	7.1 MB
1. Implementing TX API for master.mp4	9.1 MB
/34. SPI Driver Development Implementing RX ISR/
1. Handling RX done interrupt in ISR.vtt	1.8 KB
1. Handling RX done interrupt in ISR.mp4	3.7 MB
/62. UART Driver Development Getting Started/
2. Understanding the Requirements.vtt	1.8 KB
1. Overview.vtt	2.4 KB
3. Exploring Different UART Peripherals and pins of the MCU.vtt	2.7 KB
2. Understanding the Requirements.mp4	1.9 MB
1. Overview.mp4	2.6 MB
3. Exploring Different UART Peripherals and pins of the MCU.mp4	3.5 MB
/50. I2C Driver Developemnt Writing TXRX API/
4. Implementing RX API for SLAVE.vtt	1.9 KB
3. Implementing TX API for SLAVE.vtt	2.6 KB
2. Implementing RX API for MASTER.vtt	4.3 KB
1. Implementing TX API for MASTER.vtt	4.9 KB
4. Implementing RX API for SLAVE.mp4	2.8 MB
3. Implementing TX API for SLAVE.mp4	3.8 MB
2. Implementing RX API for MASTER.mp4	6.1 MB
1. Implementing TX API for MASTER.mp4	9.3 MB
/70. Creating printf library for your board/
1. Introduction.vtt	2.0 KB
2. Implementing UART print apis.vtt	7.4 KB
3. Creating static library in KEIL and testing.vtt	7.6 KB
1. Introduction.mp4	2.3 MB
2. Implementing UART print apis.mp4	13.0 MB
3. Creating static library in KEIL and testing.mp4	13.3 MB
/35. Writing SPI sample application Getting Started/
2. Understanding connection diagram.vtt	2.0 KB
1. Understanding the Requirements.vtt	4.4 KB
2. Understanding connection diagram.mp4	5.0 MB
1. Understanding the Requirements.mp4	6.0 MB
/51. I2C Event Interrupt handling for master/
2. Handling of TXE event for master.vtt	2.0 KB
3. Handling of TX BTF event for master.vtt	2.4 KB
1. Implementing event interrupt handler.vtt	3.2 KB
2. Handling of TXE event for master.mp4	2.6 MB
3. Handling of TX BTF event for master.mp4	4.2 MB
1. Implementing event interrupt handler.mp4	4.3 MB
/45. I2C Peripheral Registers/
2. Exploring I2C Own Address Registers(OAR).vtt	2.2 KB
3. Exploring I2C Data Register(DR).vtt	3.0 KB
5. Exploring I2C Clock Control Register(CCR).vtt	4.5 KB
4. Exploring I2C Status Registers(SR).vtt	8.1 KB
1. Exploring I2C Control Registers(CR).vtt	9.7 KB
2. Exploring I2C Own Address Registers(OAR).mp4	2.6 MB
3. Exploring I2C Data Register(DR).mp4	4.7 MB
5. Exploring I2C Clock Control Register(CCR).mp4	6.2 MB
4. Exploring I2C Status Registers(SR).mp4	10.4 MB
1. Exploring I2C Control Registers(CR).mp4	17.9 MB
/22. GPIO driver Code testingWriting Sample APP/
3. Testing the sample Application on development board.vtt	2.3 KB
2. Code implementation to turn onofftoggle LED.vtt	2.7 KB
4. Testing LED behaviour on logic analyser software.vtt	3.5 KB
1. Write init function to configure LED.vtt	6.6 KB
3. Testing the sample Application on development board.mp4	2.9 MB
2. Code implementation to turn onofftoggle LED.mp4	4.1 MB
4. Testing LED behaviour on logic analyser software.mp4	6.6 MB
1. Write init function to configure LED.mp4	9.8 MB
/64. UART Driver Development Writing init Function/
2. Configuring Word length, Stop Bits.vtt	2.3 KB
1. Writing inti function and helper functions.vtt	7.1 KB
3. Configuring Baudrate, oversampling and Interrupts.vtt	8.8 KB
2. Configuring Word length, Stop Bits.mp4	3.8 MB
1. Writing inti function and helper functions.mp4	11.6 MB
3. Configuring Baudrate, oversampling and Interrupts.mp4	14.8 MB
/42. I2C Addressing mode/
2. 10 bit addressing.vtt	2.3 KB
1. 7bit addressing.vtt	2.9 KB
2. 10 bit addressing.mp4	3.3 MB
1. 7bit addressing.mp4	3.6 MB
/57. UART Essentials/
5. Synchronization bits.vtt	2.3 KB
3. UART frame formats.vtt	2.9 KB
2. Understanding UART pins.vtt	3.9 KB
4. Baud Rate.vtt	4.1 KB
1. Intro UART vs USART.vtt	4.9 KB
6. UART Parity.vtt	6.1 KB
5. Synchronization bits.mp4	4.3 MB
3. UART frame formats.mp4	4.5 MB
4. Baud Rate.mp4	5.4 MB
2. Understanding UART pins.mp4	6.0 MB
1. Intro UART vs USART.mp4	7.4 MB
6. UART Parity.mp4	8.2 MB
/7. Embedded Code Debugging Tools n Tips/
2. Embedded Code Debugging Part-2 Break points.vtt	2.4 KB
4. Embedded Code Debugging Part-4 DisableKill all Bkpts..vtt	2.7 KB
6. Embedded Code Debugging Part-6 Watch Windows.vtt	3.9 KB
1. Embedded Code Debugging Part-1.vtt	4.6 KB
3. Embedded Code Debugging Part-3 Step InStep OverStep Out.vtt	5.9 KB
5. Embedded Code Debugging Part-5 Call Stack Usage.vtt	9.8 KB
8. Exercise-Copying data from Flash to RAM.vtt	12.3 KB
7. Embedded Code Debugging Part-7 Memory Windows.vtt	18.7 KB
2. Embedded Code Debugging Part-2 Break points.mp4	5.7 MB
3. Embedded Code Debugging Part-3 Step InStep OverStep Out.mp4	14.9 MB
1. Embedded Code Debugging Part-1.mp4	16.3 MB
4. Embedded Code Debugging Part-4 DisableKill all Bkpts..mp4	25.3 MB
6. Embedded Code Debugging Part-6 Watch Windows.mp4	41.7 MB
5. Embedded Code Debugging Part-5 Call Stack Usage.mp4	76.7 MB
8. Exercise-Copying data from Flash to RAM.mp4	103.3 MB
7. Embedded Code Debugging Part-7 Memory Windows.mp4	177.3 MB
/55. Writing I2C sample Application Master Code/
4. Implementing master read Sequences(cmd,length,data).vtt	2.5 KB
5. Slave Handling ReadWrite Command from master.vtt	3.1 KB
2. Implementing I2C IRQ Handlers.vtt	3.5 KB
3. Implementing master write Sequences(cmd,length,data).vtt	3.7 KB
1. I2C Initialization.vtt	15.0 KB
4. Implementing master read Sequences(cmd,length,data).mp4	5.3 MB
2. Implementing I2C IRQ Handlers.mp4	6.1 MB
5. Slave Handling ReadWrite Command from master.mp4	6.3 MB
3. Implementing master write Sequences(cmd,length,data).mp4	7.0 MB
1. I2C Initialization.mp4	25.3 MB
/27. SPI Important Registers/
3. Exploring SPI Status Registers(SR).vtt	2.5 KB
2. Exploring SPI Data Registers(DR).vtt	3.0 KB
1. Exploring SPI Control Registers(CR).vtt	8.7 KB
3. Exploring SPI Status Registers(SR).mp4	3.5 MB
2. Exploring SPI Data Registers(DR).mp4	4.6 MB
1. Exploring SPI Control Registers(CR).mp4	14.9 MB
/41. I2C Operating Modes/
1. I2C in fast mode and standard mode.vtt	2.6 KB
2. I2C duty cycle.vtt	6.3 KB
1. I2C in fast mode and standard mode.mp4	4.1 MB
2. I2C duty cycle.mp4	12.0 MB
/36. Writing SPI sample application Master Code/
4. Master Receive Sequences(Send CMD, get ACK, get data).vtt	2.6 KB
2. Defining various IRQ handlers.vtt	4.1 KB
3. Master write Sequences (send CMD, get ACK, send data).vtt	6.3 KB
1. Initialization.vtt	18.6 KB
4. Master Receive Sequences(Send CMD, get ACK, get data).mp4	5.1 MB
2. Defining various IRQ handlers.mp4	7.7 MB
3. Master write Sequences (send CMD, get ACK, send data).mp4	11.3 MB
1. Initialization.mp4	30.5 MB
/63. UART Driver Development Driver Header File/
1. UART Register Bit Definitions Macros.vtt	2.6 KB
2. Data Structures used and Driver exposed APIs.vtt	7.4 KB
1. UART Register Bit Definitions Macros.mp4	4.4 MB
2. Data Structures used and Driver exposed APIs.mp4	11.7 MB
/6. LEDButton Exercises with OpenSTM32 SystemWorkbench/
3. Downloading and testing LED Toggling Application ( For Nucleo).vtt	2.7 KB
6. OpenSTM32 System Workbench Debugging.vtt	5.0 KB
2. Writing LED Toggling Application ( For Nucleo).vtt	5.8 KB
4. Writing LED Toggling Application ( For Discovery).vtt	6.3 KB
5. Adding button support.vtt	9.1 KB
1. Creating First project using OpenSTM32 System workbench LED Toggling App.vtt	12.9 KB
3. Downloading and testing LED Toggling Application ( For Nucleo).mp4	25.6 MB
6. OpenSTM32 System Workbench Debugging.mp4	57.0 MB
2. Writing LED Toggling Application ( For Nucleo).mp4	71.6 MB
4. Writing LED Toggling Application ( For Discovery).mp4	77.3 MB
5. Adding button support.mp4	99.6 MB
1. Creating First project using OpenSTM32 System workbench LED Toggling App.mp4	105.1 MB
/67. UART sample application Getting ready/
1. Understanding the Requirements.vtt	2.9 KB
2. Understanding connection diagram.vtt	3.9 KB
3. Exploring uart sniffer software for pc.vtt	4.1 KB
1. Understanding the Requirements.mp4	4.0 MB
3. Exploring uart sniffer software for pc.mp4	5.2 MB
2. Understanding connection diagram.mp4	5.2 MB
/68. UART sample application Implementation/
2. Receiving commands from PC.vtt	2.9 KB
1. UART Initializations and Txing.vtt	7.4 KB
2. Receiving commands from PC.mp4	6.1 MB
1. UART Initializations and Txing.mp4	11.0 MB
/72. BONUS LECTURE/
1. BONUS LECTURE.html	3.3 KB
/58. UART functional block and Peripheral Clock/
2. UART peripheral clock.vtt	3.3 KB
1. Exploring UART functional block.vtt	4.5 KB
2. UART peripheral clock.mp4	7.6 MB
1. Exploring UART functional block.mp4	8.5 MB
/8. Understanding MCU Memory Map/
2. Understanding Memory Map of the MCU Part 2.vtt	3.3 KB
1. Understanding Memory Map of the MCU Part 1.vtt	4.8 KB
3. Understanding Memory Map of the MCU Part 3.vtt	8.3 KB
1. Understanding Memory Map of the MCU Part 1.mp4	13.3 MB
2. Understanding Memory Map of the MCU Part 2.mp4	33.6 MB
3. Understanding Memory Map of the MCU Part 3.mp4	95.5 MB
/66. UART Driver Development Interrupt Handling/
3. Handling of TX Complete Interrupt.vtt	3.4 KB
2. Handling TXE interrupt.vtt	3.5 KB
4. Handling RXNE Interrupt.vtt	5.8 KB
2. Handling TXE interrupt.mp4	4.6 MB
3. Handling of TX Complete Interrupt.mp4	7.3 MB
4. Handling RXNE Interrupt.mp4	8.7 MB
1. Implementing UART IRQ Handler.mp4	18.0 MB
1. Implementing UART IRQ Handler.vtt	18.0 MB
/65. UART Driver Development Writing TXRX function/
2. Writing RX Function.vtt	3.4 KB
1. Writing TX function.vtt	3.7 KB
2. Writing RX Function.mp4	5.3 MB
1. Writing TX function.mp4	6.7 MB
/44. I2C Interrupts/
2. Exploring I2C IRQ numbers.vtt	3.4 KB
1. I2C IRQs and Interrupt Mapping.vtt	9.6 KB
2. Exploring I2C IRQ numbers.mp4	6.2 MB
1. I2C IRQs and Interrupt Mapping.mp4	13.0 MB
/48. I2C Driver Development Driver header file/
3. I2C Driver Exposed APIs.vtt	3.6 KB
1. I2C Register Bit Definitions Macros.vtt	4.6 KB
2. I2C Data structures.vtt	11.2 KB
3. I2C Driver Exposed APIs.mp4	6.7 MB
1. I2C Register Bit Definitions Macros.mp4	11.2 MB
2. I2C Data structures.mp4	17.0 MB
/69. Running and Testing/
1. Testing on hardware.vtt	3.8 KB
1. Testing on hardware.mp4	6.5 MB
/56. Testing and Protocol Decoding using logic analyzer (lets get the trace )/
1. Initial testing on hardware.vtt	3.8 KB
3. Common Problems in I2C and Debugging Tips.vtt	7.1 KB
2. Decoding and Analyzing I2C transaction using logic analyzer.vtt	12.9 KB
3. Common Problems in I2C and Debugging Tips.mp4	7.4 MB
1. Initial testing on hardware.mp4	20.7 MB
2. Decoding and Analyzing I2C transaction using logic analyzer.mp4	21.0 MB
/53. I2C Error Interrupt Handling/
1. Writing Error interrupt handler.vtt	3.9 KB
2. Handling of Different I2C Errors.vtt	4.5 KB
1. Writing Error interrupt handler.mp4	7.0 MB
2. Handling of Different I2C Errors.mp4	7.4 MB
/29. SPI Driver Development Writing Driver header file/
1. SPI Register Bit Definitions Macros(Converting register details in to Macros).vtt	4.4 KB
3. Driver exposed APIs to handle SPI.vtt	5.2 KB
2. SPI Data structures.vtt	10.0 KB
3. Driver exposed APIs to handle SPI.mp4	9.4 MB
1. SPI Register Bit Definitions Macros(Converting register details in to Macros).mp4	9.7 MB
2. SPI Data structures.mp4	18.8 MB
/43. I2C Functional block diagram and Clocks/
1. Exploring I2C functional block in the MCU.vtt	4.8 KB
2. I2C peripheral clock and serial line clock(Fpclk and SCL).vtt	7.2 KB
1. Exploring I2C functional block in the MCU.mp4	6.6 MB
2. I2C peripheral clock and serial line clock(Fpclk and SCL).mp4	13.1 MB
/11. Understanding MCU Peripheral Clock Control/
1. Understanding MCU Peripheral Clock control.vtt	4.9 KB
4. Exercise-Making HSE as System Clock Contd..vtt	5.4 KB
3. Exercise-Making HSE as System Clock.vtt	9.7 KB
2. Exercise EnablingDisabling Peripheral Clock.vtt	15.4 KB
1. Understanding MCU Peripheral Clock control.mp4	17.5 MB
2. Exercise EnablingDisabling Peripheral Clock.mp4	36.6 MB
4. Exercise-Making HSE as System Clock Contd..mp4	59.7 MB
3. Exercise-Making HSE as System Clock.mp4	76.4 MB
/19. GPIO Driver Development Driver header file/
1. Implementing Driver Header file.vtt	5.0 KB
1. Implementing Driver Header file.mp4	20.8 MB
/10. Understanding MCU Clocks and Details/
4. Exercise-Using HSI Clock and Clock Measurement Part 2.vtt	5.2 KB
1. Understanding MCU Clocking SystemPart1.vtt	6.1 KB
2. Understanding MCU Clocking System Part2.vtt	12.5 KB
3. Exercise-Using HSI Clock and Clock MeasurementPart 1.vtt	15.3 KB
4. Exercise-Using HSI Clock and Clock Measurement Part 2.mp4	43.1 MB
1. Understanding MCU Clocking SystemPart1.mp4	46.8 MB
3. Exercise-Using HSI Clock and Clock MeasurementPart 1.mp4	48.1 MB
2. Understanding MCU Clocking System Part2.mp4	95.6 MB
/38. Testing , Decoding and Debugging Tips/
3. Decoding SPI transcation Using logic analyzer.vtt	5.3 KB
2. Capture SPI transcation on Logic analyzer.vtt	5.5 KB
4. Common problems in SPI and Debugging Tips.vtt	12.0 KB
3. Decoding SPI transcation Using logic analyzer.mp4	8.5 MB
2. Capture SPI transcation on Logic analyzer.mp4	11.3 MB
4. Common problems in SPI and Debugging Tips.mp4	11.8 MB
1. Initial testing on hardware.vtt	17.4 MB
1. Initial testing on hardware.mp4	17.4 MB
/12. Understanding MCU Vector table/
2. Understanding MCU Vector Table Part-2.vtt	5.4 KB
1. Understanding MCU Vector Table Part-1.vtt	16.7 KB
2. Understanding MCU Vector Table Part-2.mp4	39.1 MB
1. Understanding MCU Vector Table Part-1.mp4	41.5 MB
/25. What is phase , polarity and SPI modes/
2. Different SPI Modes with Timing diagram.vtt	5.5 KB
3. Uni-Directional and Bi-Directional SPI.vtt	7.4 KB
1. Significance of Polarity and Phase.vtt	8.3 KB
2. Different SPI Modes with Timing diagram.mp4	8.2 MB
3. Uni-Directional and Bi-Directional SPI.mp4	8.5 MB
1. Significance of Polarity and Phase.mp4	12.0 MB
/13. Understanding MCU interrupt Design , NVIC, Interrupt handling/
3. Understanding MCU interrupt Design , NVIC, Interrupt handling Part 3.vtt	5.5 KB
4. Understanding MCU interrupt Design , NVIC, Interrupt handling Part 4.vtt	8.8 KB
1. Understanding MCU interrupt Design , NVIC, Interrupt handling Part 1.vtt	9.9 KB
2. Understanding MCU interrupt Design , NVIC, Interrupt handling Part 2.vtt	15.6 KB
4. Understanding MCU interrupt Design , NVIC, Interrupt handling Part 4.mp4	15.7 MB
3. Understanding MCU interrupt Design , NVIC, Interrupt handling Part 3.mp4	19.2 MB
1. Understanding MCU interrupt Design , NVIC, Interrupt handling Part 1.mp4	37.7 MB
2. Understanding MCU interrupt Design , NVIC, Interrupt handling Part 2.mp4	149.1 MB
/60. UART Interrupts/
1. Exploring UART Interrupt Mapping.vtt	5.7 KB
1. Exploring UART Interrupt Mapping.mp4	8.4 MB
/5. LEDButton Exercises using BSPs/
2. Exercise LED Toggling App using Board BSP APIs-Nucleo.vtt	6.1 KB
3. Exercise Adding button support using board BSP APIs(Nucleo).vtt	7.1 KB
1. Exercise LED Toggling App using Board BSP APIs.vtt	19.9 KB
1.1 User_manual_STM32f407_Disc_kit.pdf.pdf	1.2 MB
2.1 STM32 Nucleo (64 pins) schematics.pdf.pdf	1.8 MB
2. Exercise LED Toggling App using Board BSP APIs-Nucleo.mp4	18.3 MB
3. Exercise Adding button support using board BSP APIs(Nucleo).mp4	24.8 MB
1. Exercise LED Toggling App using Board BSP APIs.mp4	66.6 MB
/9. MCU Bus Interfaces/
4. Understanding MCU Bus Matrix.vtt	6.5 KB
2. MCU Bus Interfaces Explanation Part 2 AHBAPB1APB2.vtt	8.4 KB
1. MCU Bus Interfaces Explanation Part 1 I-CodeD-CodeS-Bus.vtt	10.9 KB
3. MCU Bus Interfaces Explanation Part 3 QA session.vtt	11.9 KB
4.1 Using the STM32F2 and STM32F4 DMA controller.pdf.pdf	1.5 MB
4. Understanding MCU Bus Matrix.mp4	16.0 MB
2. MCU Bus Interfaces Explanation Part 2 AHBAPB1APB2.mp4	26.8 MB
1. MCU Bus Interfaces Explanation Part 1 I-CodeD-CodeS-Bus.mp4	46.7 MB
3. MCU Bus Interfaces Explanation Part 3 QA session.mp4	130.7 MB
/32. SPI MasterSlave Communication/
2. How does SPI slave TXRX data .vtt	6.6 KB
1. How does SPI master TXRX data .vtt	14.2 KB
2. How does SPI slave TXRX data .mp4	9.2 MB
1. How does SPI master TXRX data .mp4	17.8 MB
/15. Importance of Volatile Keyword/
2. Importance of Volatile Keyword-Part 2.vtt	9.0 KB
1. Importance of Volatile Keyword Part-1.vtt	11.8 KB
2. Importance of Volatile Keyword-Part 2.mp4	23.0 MB
1. Importance of Volatile Keyword Part-1.mp4	28.4 MB
/14. Understanding MCU Specific Header file/
2. Understanding MCU Specific header file Part 2.vtt	13.9 KB
1. Understanding MCU Specific header file Part 1.vtt	17.4 KB
1. Understanding MCU Specific header file Part 1.mp4	93.5 MB
2. Understanding MCU Specific header file Part 2.mp4	161.9 MB
Total files 522