MG32F10x Standard Peripherals Firmware Library

TIM TIM1 ComplementarySignals example

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      * @file    TIM/TIM_TIM1ComplementarySignals/readme.txt
      * @author  megawin Application Team
      * @version V0.1.10
      * @date    05-January-2023
      * @brief   Description of the TIM_TIM1ComplementarySignals example.
      ******************************************************************************
      * THE PRESENT FIRMWARE WHICH IS FOR GUIDANCE ONLY AIMS AT PROVIDING CUSTOMERS
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      * CODING INFORMATION CONTAINED HEREIN IN CONNECTION WITH THEIR PRODUCTS.
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例程描述

这个例子展示了如何配置TIM1外围设备来生成一个互补的TIM1信号，插入一个定义的死区时间值，使用中断特性并锁定所需的参数。
系统时钟工作在96Mhz，通过PLL配置产生。PLL时钟源是外部8Mhz晶振。APB1的分频比是1，APB2的分频比是1。
TIM1CLK为96MHz，TIM1预分频器等于0，因此使用的TIM1计数器时钟为96MHz。
TIM1 频率 = TIM1 counter clock / (TIM1_Period + 1) = 1.46KHz。
TIM1 Channel1 占空比 = TIM1_CCR1 / (TIM1_Period + 1) = 50。
TIM1 Channel1N 占空比 = (TIM1_Period - TIM1_CCR1) / (TIM1_Period + 1) = 50。
在不同的互补信号之间插入100 / 96Mhz 的死区时间，选择锁定级别1。
Break Polarity 设为高。
使用示波器可以显示TIM1波形。

目录内容

- TIM/TIM_TIM1ComplementarySignals/TIM_TIM1ComplementarySignals.uvprojx MDK5工程文件
- TIM/TIM_TIM1ComplementarySignals/TIM_TIM1ComplementarySignals.uvoptx MDK5工程配置文件
- TIM/TIM_TIM1ComplementarySignals/JLinkSettings.ini Jlink配置文件
- TIM/TIM_TIM1ComplementarySignals/main.c 主程序

硬件和软件环境

- 硬件平台搭建
  - HSE 连接外部8MHz晶振
  - 将TIM1引脚连接到示波器上，以监测不同的波形:
    - TIM1_CH1 pin (PA.08)
    - TIM1_CH1N pin (PB.13)
  - 连接 TIM1 break pin TIM1_BKIN pin (PA.06) to the VCC 来生成Break。

如何使用？

为了使程序工作，您必须执行以下操作 :

- 使用 MDK5 打开此例程文件夹中的 TIM_TIM1ComplementarySignals.uvprojx 工程
- 重新编译该工程并下载到目标存储器中

- 运行此例程

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