C8051f单片机配置软件.zip

Configuration Wizard支持的MCU有：

F00x, F01x, F02x, F04x, F06x, F12x, F13x, F2xx, F30x, F31x, F32x, F33x, F34x, F35x, F36x, F41x, F50x, F52xA, F53xA, F92x, F93x T60x, T61x and T63x
下面我以一个简单的例子来说明Configuration Wizard的使用方法。

试验器材：

C8051F340开发板（使用外部晶振22118400Hz） 1块

U-EC5仿真器 1个



试验目的：

利用C8051F340开发板上的UART1输出“hello”



第一步:打开Configuration Wizard程序，选择“C8051F340”，如下图



然后按“OK”后，自动生成C8051F340的程序框架，如下图





第二步：设置生成C代码，在菜单“Options”中设置，如下图





第三步，配置开发板上的外围设备（如UART，SPI，Timer。。。）都可以在菜单“Peripherals”中完成，如图



1，配置Port I/O,菜单“Peripherals”-“Port I/O”。由于开发板上UART1使用了P0.2和P0.3,所以配置如下：



2，时钟配置，菜单“Peripherals”-“Oscillators”，使用的是外部时钟22118400Hz







3，关闭WDT功能，菜单“Peripherals”-“PCA”





4，UART设置，菜单“Peripherals”-“UART”，波特率设置为9600bps。





第四步，生成代码如下：

/////////////////////////////////////
// Generated Initialization File //
/////////////////////////////////////

#include "C8051F340.h"

// Peripheral specific initialization functions,
// Called from the Init_Device() function
void PCA_Init()
{
PCA0MD &= ~0x40;
PCA0MD = 0x00;
}

void UART_Init()
{
SBRLL1 = 0x80;
SBRLH1 = 0xFB;
SCON1 = 0x10;
}

void Port_IO_Init()
{
// P0.0 - Skipped, Open-Drain, Digital
// P0.1 - Skipped, Open-Drain, Digital
// P0.2 - TX1 (UART1), Open-Drain, Digital
// P0.3 - RX1 (UART1), Open-Drain, Digital
// P0.4 - Unassigned, Open-Drain, Digital
// P0.5 - Unassigned, Open-Drain, Digital
// P0.6 - Skipped, Open-Drain, Analog
// P0.7 - Skipped, Open-Drain, Analog

// P1.0 - Unassigned, Open-Drain, Digital
// P1.1 - Unassigned, Open-Drain, Digital
// P1.2 - Unassigned, Open-Drain, Digital
// P1.3 - Unassigned, Open-Drain, Digital
// P1.4 - Unassigned, Open-Drain, Digital
// P1.5 - Unassigned, Open-Drain, Digital
// P1.6 - Unassigned, Open-Drain, Digital
// P1.7 - Unassigned, Open-Drain, Digital

// P2.0 - Unassigned, Open-Drain, Digital
// P2.1 - Unassigned, Open-Drain, Digital
// P2.2 - Unassigned, Open-Drain, Digital
// P2.3 - Unassigned, Open-Drain, Digital
// P2.4 - Unassigned, Open-Drain, Digital
// P2.5 - Unassigned, Open-Drain, Digital
// P2.6 - Unassigned, Open-Drain, Digital
// P2.7 - Unassigned, Open-Drain, Digital

// P3.0 - Unassigned, Open-Drain, Digital
// P3.1 - Unassigned, Open-Drain, Digital
// P3.2 - Unassigned, Open-Drain, Digital
// P3.3 - Unassigned, Open-Drain, Digital
// P3.4 - Unassigned, Open-Drain, Digital
// P3.5 - Unassigned, Open-Drain, Digital
// P3.6 - Unassigned, Open-Drain, Digital
// P3.7 - Unassigned, Open-Drain, Digital

P0MDIN = 0x3F;
P0SKIP = 0xC3;
XBR1 = 0x40;
XBR2 = 0x01;
}

void Oscillator_Init()
{
int i = 0;
OSCXCN = 0x67;
for (i = 0; i < 3000; i++); // Wait 1ms for initialization
while ((OSCXCN & 0x80) == 0);
CLKSEL = 0x01;
}

// Initialization function for device,
// Call Init_Device() from your main program
void Init_Device(void)
{
PCA_Init();
UART_Init();
Port_IO_Init();
Oscillator_Init();
}



第五步，添加main函数和串口输入函数

void uart1SendChar(unsigned char ch)
{
SBUF1 = ch;
while(SCON1&0x02==0)
;
SCON1 = SCON1&0xfd;
}



void main(void)
{
Init_Device();
while(1)
{

uart1SendChar('h');

uart1SendChar('e');

uart1SendChar('l');

uart1SendChar('l');

uart1SendChar('o');
}
}



第六步，keil编译完成后，下载程序，连接串口到PC，就可以看到输出“hello”。