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  • GD32F407ZGT6硬件引脚可以完全替代STM32F407ZGT6吗?

    以前项目的板子用的STM32F407ZGT6,现在要求主控芯片必须国产化,想直接替换成GD32F407ZGT6,不改变原先的外围电路,请问大佬们有尝试过的嘛,可以的话那就太省事了,我先给大家鞠个躬吧!!![img]https://bbs.21ic.com/static/image/smiley/comcom/3.gif[/img][img]https://bbs.21ic.com/static/image/smiley/comcom/3.gif[/img][img]https://bbs.21ic.com/static/image/smiley/comcom/3.gif[/img]

    ST 国产芯片 GD32F407 引脚 stm32f407zgt6

    2827浏览量 49回复量 关注量
  • hc32f420单片机的adc有两个,具体对应哪些引脚? sos

    [i=s] 本帖最后由 tyw 于 2024-8-14 13:29 编辑 [/i] 在数据手册里面只写了引脚对应通道数,没写引脚对应adcx,还是说两个adc模块用的都是同一个引脚 [attach]2286304[/attach] [attach]2286310[/attach] [size=2][color=#ffffff][backcolor=purple] tyw 注[/backcolor][/color][/size]

    ADC模块 AC HC32F4 引脚 单片机 ADC

    858浏览量 0回复量 关注量
  • PIC16F877单片机的串口引脚问题 sos

    对于PIC16F877芯片,在进行串口开发的过程中,为何串口接收引脚的模式需要配置为“输出模式”,而不是“接收模式”?

    串口接收 接收 单片机 引脚 串口 PIC16F877

    939浏览量 0回复量 关注量
  • 引脚复用配置 sos

    在配置GPIO_InitStructure.GPIO_Alternate属性的时候,有时候会看到类似[font=Droid Sans Mono, monospace, monospace][color=#5d5d5f]GPIO_AF2_TIM3或GPIO_AF4_TIM3。请问这里的AFx的x应该如何选择?[/color][/font]

    IO gp pi GPIO 复用 引脚

    799浏览量 0回复量 关注量
  • AD原理图导入到PCB后为什么引脚位置不对

    [img]data:image/png;base64,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**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[/img]

    AD原理图 引脚 PCB 单片机

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  • at32F415 2.02版本 sos

    AT32F415 2.02版本多了一条 (FT引脚当输入高于VDD + 0.3 V时,必须禁用内部上拉/下拉电阻。 )如果不禁用会怎么样

    内部上拉 FT 电阻 引脚 下拉电阻 AT32F415

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  • 谁知道N32G003F5S7开发版怎么烧录程序啊,救救孩子吧 sos

    网上的资料都是G4xx系列的,003的都没有教烧录的,我按其他系列的芯片照猫画虎试着烧录,也没成功。问题1:boot0引脚。主控芯片那边的排针都没有boot0引脚,只有NS-LINK那里有。我看其他G4xx系列两边排针都有boot引脚的。当然我也试过上拉了一下NS-LINK那个boot0引脚。不行 问题2:keil里下载器选择CMSIS-DAP Debugger之后,一般在Settings里会显示芯片信息,但我的显示SWD/JTAG Communication Failure。 问题3:用国民的烧录软件Nations MCU Download Tool,选择串口,然后点击连接设备时,会显示“连接失败,请尝试复位或重新上下电” [url=F:\其他][img=1,1]F:\其他[/img][/url]

    boot 引脚 烧录 N32G003F5S7开发版

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  • HC32F460JETA-LQFP48 Usart 是哪些引脚

    HC32F460JETA-LQFP48 Usart 是哪些引脚

    USART 引脚 lqfp48 hc32f460

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  • HDSC MCU 可以使用内部的复位电路嘛?

    今天看到别人的一个图纸,mcu是HC32L130, 复位引脚(RST)悬空。 外部没有阻容复位电路,请问这样设计可靠嘛? 本来想弄一块板子亲自验证一下,现在手头没板子。 有网友有这样的设计嘛?

    DSC MCU 复位电路 hd 引脚

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  • N76E003的P02(CLK)引脚上拉问题

    使用N76E003做了一些产品,P02配置为上拉模式,P02_Quasi_Mode;//准双向口 P02=1;//弱上拉,且端口悬空,没有接任何外围电路,主要用于将该引脚拉低时进入指定程序模式。现在发现P02引脚电压有时5V,有时3V左右,不是应该一直为5V吗?怎么会出现上述问题呢?烦请指点,谢谢!

    引脚 N76E003 电压 电路 端口

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  • 求助,利用场效应管控制IRS2092的输出的状态,是否可行

    [attach]1534504[/attach]如果利用单片机输出的0/5V信号控制场效应管的Rds,利用分压原理,是否可以控制IRS2092的CSD引脚,让IRS2092处于不同的状态 其中CSD引脚和IRS2092的输出的关系,如下图: [attach]1534506[/attach][attach]1534508[/attach] 其中Vth1,和Vth2和VAA(我在图中使用的VAA是48V)的关系如下图: [attach]1534510[/attach] 另外场效应管(IRF3710)的部分参数如下: [attach]1534512[/attach] 另外,如果可以控制是否还需要考虑其他问题?求大神高见

    场效应管 控制 RS AC 引脚

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  • msp430f149 SPI通信问题

    初始化后,是不是时钟引脚会马上就有时钟输出

    msp430f149 spi通信 时钟 引脚

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  • 低电平却有3v左右

    为什么我的红外接收头的out引脚,输出的低电平却有3v左右?

    电平 引脚 红外接收头 红外接收

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  • 请教STC8G单片机 单按键休眠唤醒

    请教大神,用STC8G单片机做单按键休眠和唤醒,按下按键,单片机进入掉电模式,再次按下按键,将单片机唤醒,按键接在P3.2/INT0引脚,通过INT0中断来唤醒,使能INT0下降沿中断。 在下降沿触发中断时,会不会同时判断为有按键按下,又进入掉电模式。程序流程应该怎么处理呢

    单片机 stc8g 引脚 触发

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  • GPIOA->ODR ^= GPIO_Pin_8影响stm32其他引脚的状态吗 sos

    请教各位大神,我用的单片机是STM32。我想用GPIOA->ODR ^= GPIO_Pin_8反转LED的电平,但是GPIOA->PIN12好像也收到了影响。 因为,我用定时器模拟USART的115200波特率,更新中断周期是1S/115200,控制PIN12驱动一个模块。当我在主函数中加入GPIOA->ODR ^= GPIO_Pin_8后,模块驱动失败,取消后,模块就可以正常工作。 但是GPIOA->ODR ^= GPIO_Pin_8这行代码,应该不会影响到别的IO口吧。更换成下面的代码,也没有问题。 if((GPIOA->ODR&GPIO_Pin_8)==0) GPIOA->BSRR = GPIO_Pin_8; else GPIOA->BRR = GPIO_Pin_8; 希望大神能帮我解答。谢谢

    GPIO STM32 引脚 代码 模块驱动

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