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80块网课【Part2/3】通过嵌入式驱动开发掌握单片机 MCU1 ：I2C和SPI

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2020-04-08 11:58:15

https://www.udemy.com/share/1013NgAEMYdF5XQngA/ 共260节持续更新，全面细致的STM32教程，老少皆宜。 Fastlab出品，嵌入式教程第三部，共七部(从嵌入式C语言一直到Linux)。大家有钱了要支持原版，罪过罪过。

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101 Implementation of GPIO output port write and output pin write APIs

02:21

102 Implementation of GPIO pin toggle API

01:12

103 Exercise _ LED toggling with PUSH PULL configuration

11:16

104 Exercise _ LED toggling with OPEN DRAIN configuration

06:14

105 Exercise _ Handling on board LED and Button

11:14

106 Exercise _ Connecting external button and circuit explanation

09:47

107 Exercise _ Testing button interface

02:46

108 Exercise _ Button interrupt introduction

01:14

109 GPIO pin Interrupt configuration coding _ Part 1

06:55

110 GPIO pin Interrupt configuration coding _ Part 2

05:12

111 GPIO pin Interrupt configuration coding _ Part 3

01:07

112 GPIO pin Interrupt configuration coding _ Part 4

15:02

113 GPIO pin Interrupt configuration coding _ Part 5

09:42

114 GPIO pin Interrupt configuration coding _ Part 6

10:20

115 GPIO pin Interrupt configuration coding _ Part 7

12:13

116 Exercise _ External button interrupt implementation

21:31

117 Exercise _ Debugging the application _ Part 1

09:00

118 Exercise _ Debugging the application _ Part 2

03:56

119 Introduction to SPI Bus

06:22

120 SPI comparison with other protocols

04:10

121 Importance of SPI slave select pin

02:24

122 SPI Minimum bus configuration

02:25

123 SPI behind the scene data communication principle

04:03

124 SPI bus configuration discussion _ full duplex, half duplex and simplex

05:42

125 SPI functional block diagram explanation

06:50

126 NSS settings in STM32 master and slave modes

02:59

127 STM32 SPI hardware and software slave managements

06:28

128 SPI CPOL and CPHA discussion

11:55

129 SPI CPOL and CPHA waveform example

07:43

130 SPI peripherals of your Microcontroller

01:28

131 SPI Serial clock frequency

05:07

132 SPI API requirements and configuration items

07:07

133 updating MCU specific header file with SPI related details

01:43

134 SPI adding API prototypes to driver header file

05:18

135 Implementation of SPI peripheral clock control API

04:20

136 SPI user configuration options writing and register bit definition macros

18:19

137 Implementation of SPI init API _ Part 1

03:17

138 Implementation of SPI init API _ Part 2

04:23

139 Implementation of SPI send data API _ Part 1

07:33

140 Implementation of SPI send data API _ Part 2

04:49

141 Implementation of SPI send data API _ Part 3

05:42

142 Implementation of SPI send data API _ Part 4

01:03

143 Exercise to test SPI Send Data API

02:04

144 Finding out microcontroller pins to communicate over SPI2

04:15

145 Exercise _ Code implementation _ Part 1

04:16

146 Exercise _ Code implementation _ Part 2

07:23

147 Exercise _ Code implementation _ Part 3

05:32

148 Exercise _ Testing

14:56

149 Exercise _ Communicating with Arduino slave

06:00

150 Exercise _ Coding Part 1

06:57

151 Exercise _ Coding Part 2

03:09

152 Exercise _ Coding Part 3

03:46

153 Exercise _ Testing

09:09

154 Implementation of SPI data receive API _ Part 1

02:06

155 Implementation of SPI data receive API _ Part 2

01:51

156 Exercise _ SPI command and response based communication

07:58

157 Exercise _ Coding Part 1

10:08

158 Exercise _ Coding Part 2

09:06

159 Exercise _ Coding Part 3

13:38

160 SPI peripheral interrupting the processor

06:47

161 SPI interrupt mode API implementation and changes to handle structure

05:05

162 SPI send data with interrupt API implementation

04:36

163 SPI receive data with interrupt implementation

01:36

164 SPI _ Handling of interrupts

04:11

165 SPI IRQ handler implementation _ Part 1

07:39

166 SPI IRQ handler implementation _ Part 2

09:17

167 SPI IRQ handler implementation _ Part 3

09:50

168 Common problems in SPI and Debugging Tips

06:15

169 I2C introduction and differences with SPI

11:58

170 I2C SDA and SCL signals

03:28

171 I2C standard and fast mode

03:58

172 I2C Protocol explanation

05:46

173 I2C START and STOP conditions

09:17

174 I2C ACK and NACK

03:02

175 I2C Data validity

03:48

176 Example of master writing to slave

03:39

177 Understanding repeated START condition

05:23

178 I2C functional block diagram

04:05

179 I2C driver API requirements

06:35

180 I2C handle and configuration structure

00:30

181 I2C user configurable macros

04:58

182 I2C API prototypes

03:00

183 Steps for I2C init implementation

03:58

184 I2C serial clock settings with explanation

09:46

185 Clock Stretching

03:31

186 Implementation of I2C init API _ Part 1

10:24

187 Implementation of I2C init API _ Part 2

04:45

188 Implementation of I2C init API _ Part 3

07:48

189 I2C transfer sequence diagram for master sending data

10:28

190 Implementation of I2C master sending data API _ Part 1

06:18

191 Implementation of I2C master sending data API _ Part 2

02:16

192 Implementation of I2C master sending data API _ Part 3

04:28

193 Implementation of I2C master sending data API _ Part 4

03:04

194 Implementation of I2C master sending data API _ Part 5

02:00

195 I2C pull up resistance , rise time and bus capacitance discussion

17:50

196 I2C rise time calculation

03:55

197 Exercise _ Introduction

03:59

198 Exercise _ Coding Part 1

09:36

199 Exercise _ Coding Part 2

04:04

200 Exercise _ Testing

05:26

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