STM32单片机配置 PLL锁相环的应用2

1万 · 2018-7-30 15:55

//HMC830
#define HMC830_GPIO GPIOB
#define HMC830_CSN_PIN GPIO_Pin_15
#define HMC830_MOSI_PIN GPIO_Pin_14
#define HMC830_SCK_PIN GPIO_Pin_13
#define HMC830_MISO_PIN GPIO_Pin_12

#define HMC830_CSN_H       GPIO_SetBits( HMC830_GPIO, HMC830_CSN_PIN )
#define HMC830_CSN_L GPIO_ResetBits( HMC830_GPIO, HMC830_CSN_PIN )

#define HMC830_MOSI_H       GPIO_SetBits( HMC830_GPIO, HMC830_MOSI_PIN )
#define HMC830_MOSI_L GPIO_ResetBits( HMC830_GPIO, HMC830_MOSI_PIN )

#define HMC830_SCK_H       GPIO_SetBits( HMC830_GPIO, HMC830_SCK_PIN )
#define HMC830_SCK_L GPIO_ResetBits( HMC830_GPIO, HMC830_SCK_PIN )

#define HMC830_MISO_GET() (HMC830_GPIO->IDR & HMC830_MISO_PIN)

1万 · 2018-7-30 15:55

void WR_data(unsigned char Addr,long Data);
unsigned long RD_data(unsigned char Addr);

void HMC830(void);
void HMC829(void);

unsigned char Get_LockStatus(void);

void Init_HMC830(void);

1万 · 2018-7-30 15:55

void Init_HMC830_Port(void)
{
GPIO_InitTypeDef GPIO_InitStructure;
/* Configure GPIO in output pushpull mode */
GPIO_InitStructure.GPIO_Pin = HMC830_CSN_PIN | HMC830_SCK_PIN | HMC830_MOSI_PIN ;
GPIO_InitStructure.GPIO_Mode = GPIO_Mode_OUT;
GPIO_InitStructure.GPIO_OType = GPIO_OType_PP;
GPIO_InitStructure.GPIO_Speed = GPIO_Speed_50MHz;
GPIO_InitStructure.GPIO_PuPd = GPIO_PuPd_NOPULL;
GPIO_Init( HMC830_GPIO, &GPIO_InitStructure);

/* Configure GPIO in Input pullup mode */
GPIO_InitStructure.GPIO_Pin = HMC830_MISO_PIN ;
GPIO_InitStructure.GPIO_Mode = GPIO_Mode_IN;
GPIO_InitStructure.GPIO_PuPd = GPIO_PuPd_UP;
GPIO_Init( HMC830_GPIO, &GPIO_InitStructure);

}

1万 · 2018-7-30 15:55

void _delay_hmc(unsigned char t)
{
unsigned char i;
for(i = 0; i < t; i++)
{
_nop_();
}
}

1万 · 2018-7-30 15:56

void WR_start()
{
HMC830_CSN_L;
HMC830_MOSI_L;
HMC830_SCK_L; //先将三个端口拉低

_nop_();
HMC830_CSN_H;
_nop_();
HMC830_MOSI_L;
_nop_();
HMC830_SCK_H;    /*发送起始信号*/
_nop_();    /* SCLK to SDI hold time 3ns*/

HMC830_SCK_L;
_nop_();    /*SDI to SCLK setup time 3ns*/
}

1万 · 2018-7-30 15:56

void WR_stop()
{
HMC830_SCK_L;
_nop_();
HMC830_SCK_H;
HMC830_CSN_L; /*发送接收条件的数据信号*/
_nop_();
}

1万 · 2018-7-30 15:57

void WR_data(unsigned char addr,long dat)
{
unsigned long dat_temp =0;
unsigned char dat_index = 0;
unsigned char addr_index;
unsigned char addr_temp = 0;
unsigned char index;

WR_start();
addr_temp = addr << 2;
for( addr_index = 0; addr_index < 6; addr_index++ )
{
if((addr_temp<<addr_index)&0x80)
HMC830_MOSI_H;
else
HMC830_MOSI_L;
HMC830_SCK_L;
_delay_hmc(3);
HMC830_SCK_H;
_delay_hmc(3);
}
dat_temp = dat;
for(index = 0; index < 3; index++)
{
dat_temp = dat_temp <<8;
for( dat_index = 0; dat_index < 8; dat_index++ )
{
if((dat_temp << dat_index) & 0x80000000)
HMC830_MOSI_H;
else
HMC830_MOSI_L;
HMC830_SCK_L;
_delay_hmc(2);
HMC830_SCK_H;
_delay_hmc(2);
}
}
WR_stop();
}

1万 · 2018-7-30 15:57

void RD_start()
{
HMC830_CSN_L;
HMC830_MOSI_L;
HMC830_SCK_L;

HMC830_CSN_H;
HMC830_MOSI_H;
_delay_hmc(2);
HMC830_SCK_H;
_delay_hmc(2);
HMC830_SCK_L;
_delay_hmc(2);
}

1万 · 2018-7-30 15:57

void RD_stop()
{
HMC830_SCK_H;
_delay_hmc(2);
HMC830_CSN_L;
_delay_hmc(2);
HMC830_SCK_L;
}

1万 · 2018-7-30 15:58

unsigned long RD_data(unsigned char Addr)
{
unsigned long Data;
unsigned long data_temp;
unsigned char Addr_temp;
//unsigned char Addr_index;
unsigned char index;
RD_start();
Addr_temp =Addr<<2;
SCK =0;
for(index=0;index<6;index++ )
{
if((Addr_temp<<index) & 0x80)
HMC830_MOSI_H;
else
HMC830_MOSI_L;
HMC830_SCK_H;
_delay_hmc(2);
HMC830_SCK_L;
_delay_hmc(2);
}

for(index=0;index<24;index++)
{
HMC830_SCK_H;
_delay_hmc(2);
data_temp=(unsigned long)LD_SDO;
Data = Data|data_temp;
if(index <23) Data = Data << 1;
HMC830_SCK_H;
_delay_hmc(2);
SCK = 0;
_delay_hmc(2);
}
RD_stop();
return Data;
}

1万 · 2018-7-30 15:58

void HMC830_2097M(void)//参考40MHz
{
WR_data(0x01,0x00000002);
WR_data(0x02,0x00000001);//参考频标预分频寄存器
WR_data(0x05,0x00001628);//VCO_reg5
WR_data(0x05,0x000060A0);//VCO_reg4
WR_data(0x05,0x00000898);//VCO_reg3,单端输出898，差分输出818
WR_data(0x05,0x0000E090);//VCO_reg2,VCO输出分频为1
//WR_data(0x05,0x0000E190);//VCO_reg2,VCO输出分频为2
WR_data(0x05,0x00000000);//VCO_reg0
//WR_data(0x06,0x000307CA);//整数模式Mode B,PFD>50M
//WR_data(0x06,0x002007CA);//整数模式Mode B,PFD<50M
//WR_data(0x06,0x00030F4A);//小数模式 Mode B
//WR_data(0x06,0x00000F4A);//小数模式 Mode B,PFD<50M
WR_data(0x06,0x00200B4A);//小数模式 Mode B,PFD<50M
WR_data(0x07,0x0000014D);//锁定窗口设置
WR_data(0x08,0x00C1BEFF);
//WR_data(0x09,0x0000376E);//
//WR_data(0x09,0x00501E3C);//电荷泵电流
//WR_data(0x09,0x00513264);//电荷泵电流2mA
//WR_data(0x09,0x00489932);//电荷泵电流1
WR_data(0x09,0x00557EFD);//电荷泵电流2.5
WR_data(0x0A,0x00002046);//
//WR_data(0x0B,0x0007C061);//
WR_data(0x0B,0x0007C021);// disable PD DN output
WR_data(0x0F,0x00000081);//GPO_SPI_RDIV
WR_data(0x03,0x00000034);//整数部分50
WR_data(0x04,0x006CCCCD);//小数部分50
}

1万 · 2018-7-30 15:59

void HMC830_260M(void)//参考100MHz
{
WR_data(0x01,0x00000002);
WR_data(0x02,0x00000005);//参考频标预分频寄存器
WR_data(0x05,0x00001628);//VCO_reg5
WR_data(0x05,0x000060A0);//VCO_reg4
WR_data(0x05,0x00000898);//VCO_reg3,单端输出898，差分输出818
//WR_data(0x05,0x0000E090);//VCO_reg2,VCO输出分频为1
WR_data(0x05,0x0000E510);//VCO_reg2,fo/10
//WR_data(0x05,0x0000E190);//VCO_reg2,VCO输出分频为2
WR_data(0x05,0x00000000);//VCO_reg0
//WR_data(0x06,0x000307CA);//整数模式Mode B,PFD>50M
WR_data(0x06,0x002007CA);//整数模式Mode B,PFD<50M
//WR_data(0x06,0x00000F4A);//小数模式 Mode B,PFD<50M
//WR_data(0x06,0x00200B4A);//小数模式 Mode B,PFD<50M
WR_data(0x07,0x0000014D);//锁定窗口设置
WR_data(0x08,0x00C1BEFF);
//WR_data(0x09,0x00501E3C);//电荷泵电流
//WR_data(0x09,0x00513264);//电荷泵电流2mA
//WR_data(0x09,0x00489932);//电荷泵电流1
WR_data(0x09,0x00557EFD);//电荷泵电流2.5
WR_data(0x0A,0x00002046);//
WR_data(0x0B,0x0007C021);// disable PD DN output
WR_data(0x0F,0x00000081);//GPO_SPI_RDIV
WR_data(0x03,0x00000082);//整数部分50
//WR_data(0x04,0x006CCCCD);//小数部分50
}

1万 · 2018-7-30 15:59

void HMC829_60M(void)
{
WR_data(0x01,0x00000002);
WR_data(0x02,0x00000001);//参考频标预分频寄存器
WR_data(0x05,0x00001628);//VCO_reg5
WR_data(0x05,0x000060A0);//VCO_reg4
WR_data(0x05,0x00000818);//VCO_reg3,单端输出898，差分输出818
//WR_data(0x05,0x0000E090);//VCO_reg2,VCO输出分频为1
WR_data(0x05,0x00009E10);//VCO_reg2,VCO输出分频为60
WR_data(0x05,0x00000000);//VCO_reg0
//WR_data(0x06,0x000307CA);//整数模式Mode B,PFD>50M
WR_data(0x06,0x002007CA);//整数模式Mode B,PFD<50M
//WR_data(0x06,0x00030F4A);//小数模式 Mode B
//WR_data(0x06,0x00000F4A);//小数模式 Mode B,PFD<50M
//WR_data(0x06,0x00200B4A);//小数模式 Mode B,PFD<50M
WR_data(0x07,0x0000014D);//锁定窗口设置
WR_data(0x08,0x00C1BEFF);
//WR_data(0x09,0x0000376E);//
//WR_data(0x09,0x00501E3C);//电荷泵电流
//WR_data(0x09,0x00513264);//电荷泵电流2mA
//WR_data(0x09,0x00489932);//电荷泵电流1
WR_data(0x09,0x00557EFD);//电荷泵电流2.5
WR_data(0x0A,0x00002046);//
//WR_data(0x0B,0x0007C061);//
WR_data(0x0B,0x0007C021);// disable PD DN output
WR_data(0x0F,0x00000081);//GPO_SPI_RDIV
WR_data(0x03,0x0000005A);//整数部分50
//WR_data(0x04,0x006CCCCD);//小数部分50
}

1万 · 2018-7-30 15:59

/***********************************************************************
void HMC830_140_340_STEP_2M(void)
1、使用整数模式，参考频率100MHz，PFD=20MHz
2、VCO频率定为2800~3400MHz，输出频率210MHZ为分界点
340*6=3040
140*14=1960
150*14=2100

************************************************************************/
unsigned long Freq830_Integer = 260;//140~340取偶数
//unsigned long []
void HMC830_140_340_STEP_2M(void)//已锁定
{
WR_data(0x01,0x00000002);//CEN由SPI程序控制
WR_data(0x02,0x00000005);//R分频器
WR_data(0x05,0x00001628);//VCO_reg5
WR_data(0x05,0x000060A0);//VCO_reg4
WR_data(0x05,0x00000898);//VCO_reg3,单端输出898，差分输出818
if(Freq830_Integer<=150 & Freq830_Integer>=140)//VCO=2800~3000
{
      WR_data(0x05,0x0000EA10);//VCO_reg2,fo/20
Freq830_Integer=Freq830_Integer;
}
else if(Freq830_Integer>150 & Freq830_Integer<=300)//VCO=1500~3000
{
      WR_data(0x05,0x0000E510);//VCO_reg2,fo/10
      Freq830_Integer=Freq830_Integer/2;
}
else if(Freq830_Integer>300 & Freq830_Integer<=340)//VCO=1800~2040
{
WR_data(0x05,0x0000E510);//VCO_reg2,fo/6
      Freq830_Integer=Freq830_Integer/2;
}
WR_data(0x05,0x00000000);//VCO_reg0
WR_data(0x06,0x002007CA);//整数模式Mode B,PFD<50M
//WR_data(0x06,0x000307CA);//整数模式Mode B,PFD>50M
//WR_data(0x06,0x00030F4A);//小数模式Mode B
WR_data(0x07,0x0000214D);//锁定窗口设置
WR_data(0x08,0x00C1BEFF);//如果输入参考频率小于200MHz，可以不写
WR_data(0x09,0x00513264);//CP
WR_data(0x0A,0x00002046);//
WR_data(0x0B,0x0007C061);//
WR_data(0x0F,0x00000081);//锁定指示输出
WR_data(0x03,Freq830_Integer);//
//WR_data(0x04,0x00D99999);//
}

1万 · 2018-7-30 16:00

void HMC829(void)//已锁定
{
WR_data(0x01,0x00000002);//CEN由SPI程序控制
WR_data(0x02,0x00000001);//R分频器
WR_data(0x05,0x00007E28);//VCO_reg5
WR_data(0x05,0x0000B6A0);//VCO_reg4
WR_data(0x05,0x00000898);//VCO_reg3,单端输出898，差分输出818
WR_data(0x05,0x0000E190);//VCO_reg2,fo/2
WR_data(0x05,0x00000000);//VCO_reg0
//WR_data(0x06,0x002007CA);//整数模式Mode B,PFD<50M
//WR_data(0x06,0x000307CA);//整数模式Mode B,PFD>50M
WR_data(0x06,0x00030F4A);//小数模式Mode B
WR_data(0x07,0x0000214D);//锁定窗口设置
WR_data(0x08,0x00C1BEFF);//如果输入参考频率小于200MHz，可以不写
//WR_data(0x09,0x0000376E);//CP
WR_data(0x09,0x00513264);//CP
//WR_data(0x09,0x00003FFF);//CP
WR_data(0x0A,0x00002046);//
WR_data(0x0B,0x0007C061);//
WR_data(0x0F,0x00000081);//锁定指示输出
WR_data(0x03,0x00000068);//
WR_data(0x04,0x00D99999);//
}

1万 · 2018-7-30 16:02

unsigned long Freq_Integer = 210;

//Freq_Integer = Freq_HMC829/
/*使用整数模式，参考频率100MHz，PFD=20MHz
VCO频率定为2800~3400MHz，输出频率210MHZ为分界点
*/
void HMC829_140_340_STEP_2M(void)//已锁定
{

WR_data(0x01,0x00000002);//CEN由SPI程序控制
WR_data(0x02,0x00000005);//R分频器
WR_data(0x05,0x00007E28);//VCO_reg5
WR_data(0x05,0x0000B6A0);//VCO_reg4
WR_data(0x05,0x00000818);//VCO_reg3,单端输出898，差分输出818
if(Freq_Integer<=210 & Freq_Integer>=140)
{
      WR_data(0x05,0x0000EA10);//VCO_reg2,fo/20
}
if(Freq_Integer>210 & Freq_Integer<=340)
{
      WR_data(0x05,0x0000E510);//VCO_reg2,fo/10
      Freq_Integer=Freq_Integer/2;
}
//WR_data(0x05,0x0000E090);//VCO_reg2,fo/2
WR_data(0x05,0x00000000);//VCO_reg0
WR_data(0x06,0x002007CA);//整数模式Mode B,PFD<50M
//WR_data(0x06,0x000307CA);//整数模式Mode B,PFD>50M
//WR_data(0x06,0x00030F4A);//小数模式Mode B
WR_data(0x07,0x0000214D);//锁定窗口设置
WR_data(0x08,0x00C1BEFF);//如果输入参考频率小于200MHz，可以不写
WR_data(0x09,0x00513264);//CP
WR_data(0x0A,0x00002046);//
WR_data(0x0B,0x0007C061);//
WR_data(0x0F,0x00000081);//锁定指示输出
//WR_data(0x03,0x00000096);//
WR_data(0x03,Freq_Integer);//
}

1万 · 2018-7-30 16:03

unsigned char Get_LockStatus(void)
{
if(HMC830_MISO_GET())
return 1;
else
return 0;
}

1万 · 2018-7-30 16:06

void Init_HMC830(void)
{
Init_HMC830_Port();
HMC830_2097M();
}

只看该作者 · 2019-4-18 18:24

楼主好人啊！！！！

1万 · 2019-4-29 20:25

你有用的吗？

STM32单片机 配置 PLL锁相环的应用2

STM32单片机配置 PLL锁相环的应用2