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Size: 746496 |
Author: 陈杰 |
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Description: ARM Cortex M-3 1700系列微处理器在Keil uvision4 下对I2C的编程实例-ARM Cortex M-3 1700 microprocessors under the Keil uvision4 programming examples for I2C
Platform: |
Size: 372736 |
Author: 辰砂 |
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Description: ARM Cortex M-3 1700系列微处理器在Keil uvision4 下对DAC的编程实例-ARM Cortex M-3 1700 microprocessors under the Keil uvision4 programming examples for DAC
Platform: |
Size: 99328 |
Author: 辰砂 |
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Description: ARM Cortex M-3 1700系列微处理器在Keil uvision4 下对AD的编程实例-ARM Cortex M-3 1700 Series microprocessors under the Keil uvision4 programming examples for AD
Platform: |
Size: 184320 |
Author: 辰砂 |
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Description: ARM Cortex M-3 1700系列微处理器在Keil uvision4 下对SPI的编程实例-ARM Cortex M-3 1700 Series microprocessors under the Keil uvision4 programming examples for SPI
Platform: |
Size: 107520 |
Author: 辰砂 |
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Description: ARM Cortex M-3 1700系列微处理器在Keil uvision4 下对掉电唤醒的编程实例-ARM Cortex M-3 1700 Series microprocessors under the Keil uvision4 programming examples for wakeup
Platform: |
Size: 87040 |
Author: 辰砂 |
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Description: Simple hardware PWM using timer 3 in STM32F103.The STM32 F1 is a series of mainstream MCUs covering the needs of a large variety of applications in the industrial, medical and consumer markets. With this series of products, ST has pioneered the world of ARM® Cortex™ -M microcontrollers and set a milestone in the history of embedded applications. High performance with first-class peripherals and low-power, low-voltage operation is paired with a high level of integration at accessible prices with a simple architecture and easy-to-use tools. -Simple hardware PWM using timer 3 in STM32F103.The STM32 F1 is a series of mainstream MCUs covering the needs of a large variety of applications in the industrial, medical and consumer markets. With this series of products, ST has pioneered the world of ARM® Cortex™ -M microcontrollers and set a milestone in the history of embedded applications. High performance with first-class peripherals and low-power, low-voltage operation is paired with a high level of integration at accessible prices with a simple architecture and easy-to-use tools.
Platform: |
Size: 4659200 |
Author: browar102 |
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Description: ARM cortex M-3 ssd 1851 driver for stm32
Platform: |
Size: 5120 |
Author: Pasha |
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Description: C code for setting up FreeRTOS to run on a Texas Instruments uation kit with ARM cortex M-3 processor.-C code for setting up FreeRTOS to run on a Texas Instruments uation kit with ARM cortex M-3 processor.
Platform: |
Size: 125952 |
Author: Josh |
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Description: CMSIS-DSP库使用指南
CMSIS(Cortex处理器软件接口标准)是ARM推出的基于ARM Cortex-M系列处理器的硬件抽象层
接口。CMSIS包含以下几个部分：
1) CMSIS-Core：包括Cortex-M处理器核和外设的接口API，也包括了使用Cortex-M4核SIMD
指令的内函数
2) CMSIS-DSP：包含了超过60个DSP处理函数，可处理不同的数据类型，包括定点(分数
q7，q15，q31)和单精度浮点
3) CMSIS-RTOS API：提供了支持不同RTOS的抽象层接口，方便用户移植软件中间件和软
件库等
4) CMSIS-SVD：通过XML文件描述器件的外设寄存器，可以用于在调试器中显示寄存器值
或者方便地产生寄存器头文件
5) CMSIS-DAP：提供了标准的调试固件，方便连接Coresight调试访问接口-
CMSIS-DSP in Kinetis K64
Platform: |
Size: 315392 |
Author: 梁东 |
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Description: 基于ARM Cortex-M4F(TM4C123)单片机
【功能】启用定时器中断，从微控制器引脚输出占空比为x％， x kHz的方波。其中x为你的学号后2位，当后两位为00时，可使用学号倒数4-3位。
同时在液晶上按如下格式显示：
①简易信号发生器
②定时器m,引脚n
③Fre=x,Duty=x
④你的姓名(Based on ARM Cortex-M4F (TM4C123) single chip microcomputer
[function] enable timer interrupt, and output from the microcontroller pin the square wave with duty ratio of x%, X kHz. Among them, X is the 2 place after your school number. When the latter two is 00, you can use the student number to count 4-3.
At the same time, it is shown on the liquid crystal as follows:
(1) Simple signal generator
(2) timer m, pin n
(3) Fre=x, Duty=x
(4) Your name)
Platform: |
Size: 2196480 |
Author: Der_steppenwolf |
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Description: 基于ARM Cortex-M4F(TM4C123)单片机 【功能】简易频率计
从微控制器引脚输出一定频率和占空比的脉冲波，用1根杜邦线连接该输出到定时器的外部输入引脚，测量输入波形的频率和占空比
同时在液晶上按如下格式显示：
(1)定时器m,引脚n
(2)Fre=x,Duty=y
(3)测量频率=Hz
(4)测量占空比= %(Based on ARM Cortex-M4F (TM4C123) MCU [function] simple frequency meter
A pulse wave that outputs a certain frequency and a duty ratio from the pin of the microcontroller is used to connect the output to the external input pin of the timer with 1 DuPont lines to measure the frequency and duty ratio of the input waveform.
At the same time, it is shown on the liquid crystal as follows:
(1) timer m, pin n
(2) Fre=x, Duty=y
(3) the measurement frequency =Hz
(4) measure the duty ratio =%)
Platform: |
Size: 2260992 |
Author: Der_steppenwolf |
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