Direct Digital Synthesizer (DDS) IC AD9912 Analog devices generates sine signal 1-400Mhz, with 4 μHz resolution, setting 48-bit frequency tuning word, register 0x01A6-0x01AB FWT.
Signal power up 0 dBm adjust the 10 bit register FSC (0x040B, 0x040C) DAC full-scale current up 31,7mA.
Video DDS AD9912
Schematic DDS AD9912
Example, Fs = 1 GHz, Fdds = 106.857 Mhz, 2^48 = 2.815E+14
FTW = 2.815E+14 * (106857*10^3 / 1*10^9)= 3.008E+13 converted into HEX 0x1B5AFAF85943
Signal power up 0 dBm adjust the 10 bit register FSC (0x040B, 0x040C) DAC full-scale current up 31,7mA.
Example, Rdac_ref = 10 000 ohm, FSC = 1023 (range 0...1023)
Idac_ref = 1.2 / 10 000 = 0.00012 A, or 120 uA
Idac_fs = 0.00012 * (72 + (192 * 1023) / 1024) = 0.03166 A or 31.7 mA
Synchronization is possible from external or internal oscillator PLL. I used the internal PLL and is set to 1 GHz, with crystal 25Mhz. CLKMODESEL(Pin 32 AD9912) = 0(GND), PD SYSCLK(Register 0x0010, Bit 4) = 0
#define Power_down_reset_Add 0x0010
#define Power_down_reset 0xC0 // Enable PLL
#define N_devider 18 // Devider PLL
#define N_devider_Add 0x0020
#define PLL_parameters 0b00000100
#define PLL_parameters_Add 0x0022
Initialization
/******************************************************************************
Init AD9912
******************************************************************************/
void Init_DDS(void)
{
SPI_24(WORD_DATA(Serial_config_Add, Serial_config)); // Main Config
SPI_24(WORD_DATA(DDS_reset_Add, DDS_reset)); // Reset DDS
SPI_24(WORD_DATA(Serial_options_Add, Register_update));//Reset DDS IO_UPDETE
SPI_24(WORD_DATA(Power_down_reset_Add, Power_down_reset));
SPI_24(WORD_DATA(N_devider_Add, N_devider));
SPI_24(WORD_DATA(PLL_parameters_Add, PLL_parameters));
//***Set output current *******************************
DAC_Current = 1000; // Ток ЦАП AD9912 (0...1023) было 300
DAC_Current_H = (DAC_Current&0xFF00)>>8; // Hi byte
DAC_Current_L = DAC_Current&0x00FF; // Lo byte
SPI_24(WORD_DATA(0x040B, DAC_Current_L)); // Set DAC
SPI_24(WORD_DATA(0x040C, DAC_Current_H)); // Set DAC
}
Code C, IDE MPLAB X 2.15, Compiler XC16 1.23, Author Grisha Anofriev e-mail: grisha.anofriev@gmail.com
#include <xc.h> // dsPIC33FJ64GP706 + Crystal 8 Mhz
#define FCY 20000000UL // for __delay_ms() и __delay_us()
#include <libpic30.h>
#include "ports.h"
#include "PPS.h"
#include <stdlib.h>
#include <stdint.h>
#include <limits.h>
#include <float.h>
_FGS(GWRP_OFF & GCP_OFF);
_FOSCSEL(FNOSC_PRIPLL);
_FOSC(FCKSM_CSECMD & OSCIOFNC_OFF & POSCMD_XT);
_FWDT(FWDTEN_OFF);
/*Function Prototypes */
void IO_UPDATE(void);
void SPI_24(unsigned long BUFF_DDS);
unsigned long WORD_DATA (unsigned long Addres, unsigned long Data);
void DDS_FREQ_WRITE (unsigned long long BUFF_DDS_64);
unsigned char DDS_READ(unsigned int REG_ADDR);
void IO_UPDATE(void);
void Init_Ports(void);
void Init_DDS(void);
/*DDS AD9912*/
#define SCLK_DDS LATBbits.LATB5
#define SCLK_TRIS_DDS TRISBbits.TRISB5
#define SDIO_DDS LATBbits.LATB4
#define SDIO_READ_DDS PORTBbits.RB4
#define SDIO_TRIS_DDS TRISBbits.TRISB4
#define CSB_DDS LATBbits.LATB3
#define CSB_TRIS_DDS TRISBbits.TRISB3
/*DDS AD9912 I/O REGISTER MAP and Mask*/
#define Serial_config_Add 0x0000 //
#define Serial_config 0b10011001 // 0b10011001
#define Serial_options_Add 0x0005
#define Register_update 0x01
#define DDS_reset_Add 0x0012
#define DDS_reset 0x01
#define Power_down_reset_Add 0x0010
#define Power_down_reset 0xC0 // Enable PLL
#define N_devider 18 // Devider PLL
#define N_devider_Add 0x0020
#define PLL_parameters 0b00000100 // PLL,
#define PLL_parameters_Add 0x0022
#define Spur_A_Harmonic_Add 0x0500 //
#define Spur_A_Magnitude_Add 0x0501
#define Spur_A_Phase1_Add 0x0503 // 1-8 bit
#define Spur_A_Phase2_Add 0x0504 // 9bit End
unsigned int BUFF_16; // 16bit buffer
unsigned int i; //
unsigned long count;
unsigned char ShiftBit;
unsigned long BUFF; /
unsigned long BUFF2;
unsigned long FTW_SEND;
unsigned char c;
unsigned char PN;
unsigned long Temp_Integer;
unsigned long WORD_16bit_DATA_8bit;
unsigned long long int ADDR_FTW = 0x1234567890302040;
unsigned long FTW;
unsigned int Control_DDS;
unsigned int Step_Freq;
unsigned int Count_Freq;
unsigned int NP_Freq;
unsigned int DAC_Current; // AD9912
unsigned char DAC_Current_H; // AD9912
unsigned char DAC_Current_L; // AD9912
/**************************************************************
(SPI) write word 24bit AD9912 for commands
**************************************************************/
void SPI_24(unsigned long BUFF_DDS)
{
PORTBbits.RB3 = 0; // set CSB = 0
for (ShiftBit = 1; ShiftBit <= 24; ++ShiftBit)
{
if((BUFF_DDS&0x800000)==0x800000)
{
PORTBbits.RB4 = 1;
__delay_us(1); // delay 1 uS
PORTBbits.RB5 = 1; // CLOCK
__delay_us(1);
PORTBbits.RB5 = 0; // CLOCK
__delay_us(1); // delay 1 uS
//PORTCbits.RC1 = 0; // set DATA = 0
//Delay1TCY();
}
else
{
PORTBbits.RB4 = 0; // set DATA = 0
__delay_us(1); // delay 1 uS
PORTBbits.RB5 = 1; // CLOCK
__delay_us(1);
PORTBbits.RB5 = 0; // CLOCK
__delay_us(1); // delay 1 uS
PORTBbits.RB4 = 0; // DATA = 0
//Delay1TCY();
}
BUFF_DDS = BUFF_DDS<<1;
}
PORTBbits.RB4 = 0; // DATA
PORTBbits.RB3 = 1; // CSB = 1
__delay_us(1); // delay 1 uS
}
/**************************************************************
Command 16 bit + Data 8 bit
**************************************************************/
unsigned long WORD_DATA (unsigned long Addres, unsigned long Data)
{
WORD_16bit_DATA_8bit = (Addres<<8)|Data;
return WORD_16bit_DATA_8bit; // WORD_16bit_DATA_8bit в WORD_DATA
}
/**************************************************************
* (SPI) Write Frequncy AD9912
* Write - 0x000000000000 to 0x666666666666 equ 0...400MHz
**************************************************************/
void DDS_FREQ_WRITE (unsigned long long BUFF_DDS_64)
{
ADDR_FTW = 0x01AB|0x6000; // addr freq 40-47 bit + command W0 и W1 = 11
BUFF_DDS_64=(ADDR_FTW<<48)|BUFF_DDS_64; // add+command+freq_data
CSB_DDS = 0; // Start transmission CS = 0
for (ShiftBit = 1; ShiftBit <= 64; ++ShiftBit)
{
if((BUFF_DDS_64&0x8000000000000000)==0x8000000000000000)
{
SDIO_DDS = 1; // set DATA I/O
Nop();
SCLK_DDS = 1; // set SCLK I/O
Nop();
SCLK_DDS = 0; // reset SCLK I/O
}
else
{
SDIO_DDS = 0; // set DATA I/O
Nop();
SCLK_DDS = 1; // set SCLK I/O
Nop();
SCLK_DDS = 0; // reset SCLK I/O
}
BUFF_DDS_64 = BUFF_DDS_64<<1; // shift reg
}
SDIO_DDS = 0; // reset data I/O pin
CSB_DDS = 1; // End of transmission CSB = 1
IO_UPDATE();
}
//-----------END----------------------------------------------------------------------------------------------------------------
/**************************************************************
(SPI) Read Data from AD9912
* Read and Return 1 byte
* REG_ADDR - Address Register AD9912
**************************************************************/
unsigned char DDS_READ(unsigned int REG_ADDR)
{
BUFF_16 = 0;
BUFF_16 = 0x8000 | REG_ADDR; // Add mask: R/W = 1, W0 = 0, W1 = 0
CSB_DDS = 0; // Start transmission CS = 0
for (ShiftBit = 1; ShiftBit <= 16; ++ShiftBit)
{
if((BUFF_16 & 0x8000) == 0x8000) // if bit = 1
{
SDIO_DDS = 1; // set DATA I/O
Nop();
SCLK_DDS = 1; // set SCLK I/O
Nop();
Nop();
Nop();
SCLK_DDS = 0; // reset SCLK I/O
}
else // else bit = 0
{
SDIO_DDS = 0; // set DATA I/O
Nop();
SCLK_DDS = 1; // set SCLK I/O
Nop();
Nop();
Nop();
SCLK_DDS = 0; // reset SCLK I/O
}
BUFF_16 = BUFF_16<<1; // Shift reg
}
SDIO_DDS = 0; // сбросить 0 на входе DATA
SDIO_TRIS_DDS = 1; // Reads the data value on the I/O pin
BUFF_16 = 0; // Clear buffer
for (ShiftBit = 0; ShiftBit < 8; ++ShiftBit)
{
SCLK_DDS = 0; // reset SCLK = 0
Nop();
Nop();
SCLK_DDS = 1; // set SCLK = 1
Nop();
Nop();
SCLK_DDS = 0; // reset SCLK = 0
BUFF_16 = (BUFF_16 | SDIO_READ_DDS)<<1;
}
BUFF_16 = BUFF_16>>1;
CSB_DDS = 1; // End of transmission CSB = 1
SDIO_TRIS_DDS = 0; // Output the data value on the I/O pin
IO_UPDATE();
return BUFF_16; // save and exit
}
//----------------------------------------------------------------------------
/******************************************************************************
I/O Register Map section
******************************************************************************/
void IO_UPDATE(void)
{
Nop();
PORTBbits.RB2 = 1; // IO_UPDETE
Nop();
PORTBbits.RB2 = 0; // IO_UPDETУ
Nop();
}
//-------END--------------------------------------------------------------------
/******************************************************************************
Init Ports
******************************************************************************/
void Init_Ports(void)
{
AD1PCFGL = 0xFFFF;
AD1PCFGH = 0xFFFE;
AD2PCFGL = 0xFFFF;
//***
INTCON1bits.NSTDIS = 0;
TRISB = 0b1000000000000000;
PORTBbits.RB3 = 1; // CSB = 1
Nop();
PORTBbits.RB2 = 0; // IO_UPDETE
Nop();
PORTBbits.RB1 = 0; // RESET
Nop();
PORTBbits.RB0 = 0; // PWRDOWN
}
/******************************************************************************
MAIN
******************************************************************************/
int main(void)
{
/* Configure Oscillator to operate the device at 80MHz.
* Fosc= Fin*M/(N1*N2), Fcy=Fosc/2
* Fosc= 8MHz*40/(2*2)=80Mhz for 8MHz input clock */
PLLFBD=38; // M = PLLDIV + 2
CLKDIVbits.PLLPOST=1; // N1=2
CLKDIVbits.PLLPRE=0; // N2=2
OSCTUN=0;
__builtin_write_OSCCONH(0x03); /* Initiate Clock Switch to Primary Oscillator with PLL (NOSC=0b011)*/
__builtin_write_OSCCONL(0x01);
while (OSCCONbits.COSC != 0b011); /* Wait for Clock switch to occur */
while(!OSCCONbits.LOCK);
Init_Ports(); // Init port and direction
Init_DDS();
DDS_FREQ_WRITE(LookUpFTW[106-10]); // Value = Fout(Mhz) - 10
while(1)
{
}
}
/******************************************************************************
Init AD9912
******************************************************************************/
void Init_DDS(void)
{
SPI_24(WORD_DATA(Serial_config_Add, Serial_config)); // Main Config
SPI_24(WORD_DATA(DDS_reset_Add, DDS_reset)); // Reset DDS
SPI_24(WORD_DATA(Serial_options_Add, Register_update));//Reset DDS IO_UPDETE
SPI_24(WORD_DATA(Power_down_reset_Add, Power_down_reset));
SPI_24(WORD_DATA(N_devider_Add, N_devider));
SPI_24(WORD_DATA(PLL_parameters_Add, PLL_parameters));
//***Set output current *******************************
DAC_Current = 1000; // Ток ЦАП AD9912 (0...1023) было 300
DAC_Current_H = (DAC_Current&0xFF00)>>8; // Hi byte
DAC_Current_L = DAC_Current&0x00FF; // Lo byte
SPI_24(WORD_DATA(0x040B, DAC_Current_L)); // Set DAC
SPI_24(WORD_DATA(0x040C, DAC_Current_H)); // Set DAC
}
/**************************************************************
frequency constant 10-400 Mhz
**************************************************************/
const unsigned long long int LookUpFTW[] =
{
0x28f5c28f5c3, // 10 Mhz
0x2d0e5604189, // 11 Mhz
0x3126e978d50, // 12 Mhz
0x353f7ced917, // 13 Mhz
0x395810624dd, // 14 Mhz
0x3d70a3d70a4, // 15 Mhz
0x4189374bc6a, // 16 Mhz
0x45a1cac0831, // 17 Mhz
0x49ba5e353f8, // 18 Mhz
0x4dd2f1a9fbe, // 19 Mhz
0x51eb851eb85, // 20 Mhz
0x5604189374c, // 21 Mhz
0x5a1cac08312, // 22 Mhz
0x5e353f7ced9, // 23 Mhz
0x624dd2f1aa0, // 24 Mhz
0x66666666666, // 25 Mhz
0x6a7ef9db22d, // 26 Mhz
0x6e978d4fdf4, // 27 Mhz
0x72b020c49ba, // 28 Mhz
0x76c8b439581, // 29 Mhz
0x7ae147ae148, // 30 Mhz
0x7ef9db22d0e, // 31 Mhz
0x83126e978d5, // 32 Mhz
0x872b020c49c, // 33 Mhz
0x8b439581062, // 34 Mhz
0x8f5c28f5c29, // 35 Mhz
0x9374bc6a7f0, // 36 Mhz
0x978d4fdf3b6, // 37 Mhz
0x9ba5e353f7d, // 38 Mhz
0x9fbe76c8b44, // 39 Mhz
0x0a3d70a3d70a, // 40 Mhz
0x0a7ef9db22d1, // 41 Mhz
0x0ac083126e98, // 42 Mhz
0x0b020c49ba5e, // 43 Mhz
0x0b4395810625, // 44 Mhz
0x0b851eb851ec, // 45 Mhz
0x0bc6a7ef9db2, // 46 Mhz
0x0c083126e979, // 47 Mhz
0x0c49ba5e353f, // 48 Mhz
0x0c8b43958106, // 49 Mhz
0x0ccccccccccd, // 50 Mhz
0x0d0e56041893, // 51 Mhz
0x0d4fdf3b645a, // 52 Mhz
0x0d916872b021, // 53 Mhz
0x0dd2f1a9fbe7, // 54 Mhz
0x0e147ae147ae, // 55 Mhz
0x0e5604189375, // 56 Mhz
0x0e978d4fdf3b, // 57 Mhz
0x0ed916872b02, // 58 Mhz
0x0f1a9fbe76c9, // 59 Mhz
0x0f5c28f5c28f, // 60 Mhz
0x0f9db22d0e56, // 61 Mhz
0x0fdf3b645a1d, // 62 Mhz
0x1020c49ba5e3, // 63 Mhz
0x10624dd2f1aa, // 64 Mhz
0x10a3d70a3d71, // 65 Mhz
0x10e560418937, // 66 Mhz
0x1126e978d4fe, // 67 Mhz
0x116872b020c5, // 68 Mhz
0x11a9fbe76c8b, // 69 Mhz
0x11eb851eb852, // 70 Mhz
0x122d0e560419, // 71 Mhz
0x126e978d4fdf, // 72 Mhz
0x12b020c49ba6, // 73 Mhz
0x12f1a9fbe76d, // 74 Mhz
0x133333333333, // 75 Mhz
0x1374bc6a7efa, // 76 Mhz
0x13b645a1cac1, // 77 Mhz
0x13f7ced91687, // 78 Mhz
0x14395810624e, // 79 Mhz
0x147ae147ae14, // 80 Mhz
0x14bc6a7ef9db, // 81 Mhz
0x14fdf3b645a2, // 82 Mhz
0x153f7ced9168, // 83 Mhz
0x15810624dd2f, // 84 Mhz
0x15c28f5c28f6, // 85 Mhz
0x1604189374bc, // 86 Mhz
0x1645a1cac083, // 87 Mhz
0x16872b020c4a, // 88 Mhz
0x16c8b4395810, // 89 Mhz
0x170a3d70a3d7, // 90 Mhz
0x174bc6a7ef9e, // 91 Mhz
0x178d4fdf3b64, // 92 Mhz
0x17ced916872b, // 93 Mhz
0x1810624dd2f2, // 94 Mhz
0x1851eb851eb8, // 95 Mhz
0x189374bc6a7f, // 96 Mhz
0x18d4fdf3b646, // 97 Mhz
0x1916872b020c, // 98 Mhz
0x195810624dd3, // 99 Mhz
0x19999999999a, // 100 Mhz
0x19db22d0e560, // 101 Mhz
0x1a1cac083127, // 102 Mhz
0x1a5e353f7cee, // 103 Mhz
0x1a9fbe76c8b4, // 104 Mhz
0x1ae147ae147b, // 105 Mhz
0x1b22d0e56042, // 106 Mhz
0x1b645a1cac08, // 107 Mhz
0x1ba5e353f7cf, // 108 Mhz
0x1be76c8b4396, // 109 Mhz
0x1c28f5c28f5c, // 110 Mhz
0x1c6a7ef9db23, // 111 Mhz
0x1cac083126e9, // 112 Mhz
0x1ced916872b0, // 113 Mhz
0x1d2f1a9fbe77, // 114 Mhz
0x1d70a3d70a3d, // 115 Mhz
0x1db22d0e5604, // 116 Mhz
0x1df3b645a1cb, // 117 Mhz
0x1e353f7ced91, // 118 Mhz
0x1e76c8b43958, // 119 Mhz
0x1eb851eb851f, // 120 Mhz
0x1ef9db22d0e5, // 121 Mhz
0x1f3b645a1cac, // 122 Mhz
0x1f7ced916873, // 123 Mhz
0x1fbe76c8b439, // 124 Mhz
0x200000000000, // 125 Mhz
0x204189374bc7, // 126 Mhz
0x2083126e978d, // 127 Mhz
0x20c49ba5e354, // 128 Mhz
0x210624dd2f1b, // 129 Mhz
0x2147ae147ae1, // 130 Mhz
0x2189374bc6a8, // 131 Mhz
0x21cac083126f, // 132 Mhz
0x220c49ba5e35, // 133 Mhz
0x224dd2f1a9fc, // 134 Mhz
0x228f5c28f5c3, // 135 Mhz
0x22d0e5604189, // 136 Mhz
0x23126e978d50, // 137 Mhz
0x2353f7ced917, // 138 Mhz
0x2395810624dd, // 139 Mhz
0x23d70a3d70a4, // 140 Mhz
0x24189374bc6a, // 141 Mhz
0x245a1cac0831, // 142 Mhz
0x249ba5e353f8, // 143 Mhz
0x24dd2f1a9fbe, // 144 Mhz
0x251eb851eb85, // 145 Mhz
0x25604189374c, // 146 Mhz
0x25a1cac08312, // 147 Mhz
0x25e353f7ced9, // 148 Mhz
0x2624dd2f1aa0, // 149 Mhz
0x266666666666, // 150 Mhz
0x26a7ef9db22d, // 151 Mhz
0x26e978d4fdf4, // 152 Mhz
0x272b020c49ba, // 153 Mhz
0x276c8b439581, // 154 Mhz
0x27ae147ae148, // 155 Mhz
0x27ef9db22d0e, // 156 Mhz
0x283126e978d5, // 157 Mhz
0x2872b020c49c, // 158 Mhz
0x28b439581062, // 159 Mhz
0x28f5c28f5c29, // 160 Mhz
0x29374bc6a7f0, // 161 Mhz
0x2978d4fdf3b6, // 162 Mhz
0x29ba5e353f7d, // 163 Mhz
0x29fbe76c8b44, // 164 Mhz
0x2a3d70a3d70a, // 165 Mhz
0x2a7ef9db22d1, // 166 Mhz
0x2ac083126e98, // 167 Mhz
0x2b020c49ba5e, // 168 Mhz
0x2b4395810625, // 169 Mhz
0x2b851eb851ec, // 170 Mhz
0x2bc6a7ef9db2, // 171 Mhz
0x2c083126e979, // 172 Mhz
0x2c49ba5e353f, // 173 Mhz
0x2c8b43958106, // 174 Mhz
0x2ccccccccccd, // 175 Mhz
0x2d0e56041893, // 176 Mhz
0x2d4fdf3b645a, // 177 Mhz
0x2d916872b021, // 178 Mhz
0x2dd2f1a9fbe7, // 179 Mhz
0x2e147ae147ae, // 180 Mhz
0x2e5604189375, // 181 Mhz
0x2e978d4fdf3b, // 182 Mhz
0x2ed916872b02, // 183 Mhz
0x2f1a9fbe76c9, // 184 Mhz
0x2f5c28f5c28f, // 185 Mhz
0x2f9db22d0e56, // 186 Mhz
0x2fdf3b645a1d, // 187 Mhz
0x3020c49ba5e3, // 188 Mhz
0x30624dd2f1aa, // 189 Mhz
0x30a3d70a3d71, // 190 Mhz
0x30e560418937, // 191 Mhz
0x3126e978d4fe, // 192 Mhz
0x316872b020c5, // 193 Mhz
0x31a9fbe76c8b, // 194 Mhz
0x31eb851eb852, // 195 Mhz
0x322d0e560419, // 196 Mhz
0x326e978d4fdf, // 197 Mhz
0x32b020c49ba6, // 198 Mhz
0x32f1a9fbe76d, // 199 Mhz
0x333333333333, // 200 Mhz
0x3374bc6a7efa, // 201 Mhz
0x33b645a1cac1, // 202 Mhz
0x33f7ced91687, // 203 Mhz
0x34395810624e, // 204 Mhz
0x347ae147ae14, // 205 Mhz
0x34bc6a7ef9db, // 206 Mhz
0x34fdf3b645a2, // 207 Mhz
0x353f7ced9168, // 208 Mhz
0x35810624dd2f, // 209 Mhz
0x35c28f5c28f6, // 210 Mhz
0x3604189374bc, // 211 Mhz
0x3645a1cac083, // 212 Mhz
0x36872b020c4a, // 213 Mhz
0x36c8b4395810, // 214 Mhz
0x370a3d70a3d7, // 215 Mhz
0x374bc6a7ef9e, // 216 Mhz
0x378d4fdf3b64, // 217 Mhz
0x37ced916872b, // 218 Mhz
0x3810624dd2f2, // 219 Mhz
0x3851eb851eb8, // 220 Mhz
0x389374bc6a7f, // 221 Mhz
0x38d4fdf3b646, // 222 Mhz
0x3916872b020c, // 223 Mhz
0x395810624dd3, // 224 Mhz
0x39999999999a, // 225 Mhz
0x39db22d0e560, // 226 Mhz
0x3a1cac083127, // 227 Mhz
0x3a5e353f7cee, // 228 Mhz
0x3a9fbe76c8b4, // 229 Mhz
0x3ae147ae147b, // 230 Mhz
0x3b22d0e56042, // 231 Mhz
0x3b645a1cac08, // 232 Mhz
0x3ba5e353f7cf, // 233 Mhz
0x3be76c8b4396, // 234 Mhz
0x3c28f5c28f5c, // 235 Mhz
0x3c6a7ef9db23, // 236 Mhz
0x3cac083126e9, // 237 Mhz
0x3ced916872b0, // 238 Mhz
0x3d2f1a9fbe77, // 239 Mhz
0x3d70a3d70a3d, // 240 Mhz
0x3db22d0e5604, // 241 Mhz
0x3df3b645a1cb, // 242 Mhz
0x3e353f7ced91, // 243 Mhz
0x3e76c8b43958, // 244 Mhz
0x3eb851eb851f, // 245 Mhz
0x3ef9db22d0e5, // 246 Mhz
0x3f3b645a1cac, // 247 Mhz
0x3f7ced916873, // 248 Mhz
0x3fbe76c8b439, // 249 Mhz
0x40000000000A, // 250 Mhz
0x404189374bc7, // 251 Mhz
0x4083126e978d, // 252 Mhz
0x40c49ba5e354, // 253 Mhz
0x410624dd2f1b, // 254 Mhz
0x4147ae147ae1, // 255 Mhz
0x4189374bc6a8, // 256 Mhz
0x41cac083126f, // 257 Mhz
0x420c49ba5e35, // 258 Mhz
0x424dd2f1a9fc, // 259 Mhz
0x428f5c28f5c3, // 260 Mhz
0x42d0e5604189, // 261 Mhz
0x43126e978d50, // 262 Mhz
0x4353f7ced917, // 263 Mhz
0x4395810624dd, // 264 Mhz
0x43d70a3d70a4, // 265 Mhz
0x44189374bc6b, // 266 Mhz
0x445a1cac0831, // 267 Mhz
0x449ba5e353f8, // 268 Mhz
0x44dd2f1a9fbe, // 269 Mhz
0x451eb851eb85, // 270 Mhz
0x45604189374c, // 271 Mhz
0x45a1cac08312, // 272 Mhz
0x45e353f7ced9, // 273 Mhz
0x4624dd2f1aa0, // 274 Mhz
0x466666666666, // 275 Mhz
0x46a7ef9db22d, // 276 Mhz
0x46e978d4fdf4, // 277 Mhz
0x472b020c49ba, // 278 Mhz
0x476c8b439581, // 279 Mhz
0x47ae147ae148, // 280 Mhz
0x47ef9db22d0e, // 281 Mhz
0x483126e978d5, // 282 Mhz
0x4872b020c49c, // 283 Mhz
0x48b439581062, // 284 Mhz
0x48f5c28f5c29, // 285 Mhz
0x49374bc6a7f0, // 286 Mhz
0x4978d4fdf3b6, // 287 Mhz
0x49ba5e353f7d, // 288 Mhz
0x49fbe76c8b44, // 289 Mhz
0x4a3d70a3d70a, // 290 Mhz
0x4a7ef9db22d1, // 291 Mhz
0x4ac083126e98, // 292 Mhz
0x4b020c49ba5e, // 293 Mhz
0x4b4395810625, // 294 Mhz
0x4b851eb851ec, // 295 Mhz
0x4bc6a7ef9db2, // 296 Mhz
0x4c083126e979, // 297 Mhz
0x4c49ba5e353f, // 298 Mhz
0x4c8b43958106, // 299 Mhz
0x4ccccccccccd, // 300 Mhz
0x4d0e56041893, // 301 Mhz
0x4d4fdf3b645a, // 302 Mhz
0x4d916872b021, // 303 Mhz
0x4dd2f1a9fbe7, // 304 Mhz
0x4e147ae147ae, // 305 Mhz
0x4e5604189375, // 306 Mhz
0x4e978d4fdf3b, // 307 Mhz
0x4ed916872b02, // 308 Mhz
0x4f1a9fbe76c9, // 309 Mhz
0x4f5c28f5c28f, // 310 Mhz
0x4f9db22d0e56, // 311 Mhz
0x4fdf3b645a1d, // 312 Mhz
0x5020c49ba5e3, // 313 Mhz
0x50624dd2f1aa, // 314 Mhz
0x50a3d70a3d71, // 315 Mhz
0x50e560418937, // 316 Mhz
0x5126e978d4fe, // 317 Mhz
0x516872b020c5, // 318 Mhz
0x51a9fbe76c8b, // 319 Mhz
0x51eb851eb852, // 320 Mhz
0x522d0e560419, // 321 Mhz
0x526e978d4fdf, // 322 Mhz
0x52b020c49ba6, // 323 Mhz
0x52f1a9fbe76d, // 324 Mhz
0x533333333333, // 325 Mhz
0x5374bc6a7efa, // 326 Mhz
0x53b645a1cac1, // 327 Mhz
0x53f7ced91687, // 328 Mhz
0x54395810624e, // 329 Mhz
0x547ae147ae14, // 330 Mhz
0x54bc6a7ef9db, // 331 Mhz
0x54fdf3b645a2, // 332 Mhz
0x553f7ced9168, // 333 Mhz
0x55810624dd2f, // 334 Mhz
0x55c28f5c28f6, // 335 Mhz
0x5604189374bc, // 336 Mhz
0x5645a1cac083, // 337 Mhz
0x56872b020c4a, // 338 Mhz
0x56c8b4395810, // 339 Mhz
0x570a3d70a3d7, // 340 Mhz
0x574bc6a7ef9e, // 341 Mhz
0x578d4fdf3b64, // 342 Mhz
0x57ced916872b, // 343 Mhz
0x5810624dd2f2, // 344 Mhz
0x5851eb851eb8, // 345 Mhz
0x589374bc6a7f, // 346 Mhz
0x58d4fdf3b646, // 347 Mhz
0x5916872b020c, // 348 Mhz
0x595810624dd3, // 349 Mhz
0x59999999999a, // 350 Mhz
0x59db22d0e560, // 351 Mhz
0x5a1cac083127, // 352 Mhz
0x5a5e353f7cee, // 353 Mhz
0x5a9fbe76c8b4, // 354 Mhz
0x5ae147ae147b, // 355 Mhz
0x5b22d0e56042, // 356 Mhz
0x5b645a1cac08, // 357 Mhz
0x5ba5e353f7cf, // 358 Mhz
0x5be76c8b4396, // 359 Mhz
0x5c28f5c28f5c, // 360 Mhz
0x5c6a7ef9db23, // 361 Mhz
0x5cac083126e9, // 362 Mhz
0x5ced916872b0, // 363 Mhz
0x5d2f1a9fbe77, // 364 Mhz
0x5d70a3d70a3d, // 365 Mhz
0x5db22d0e5604, // 366 Mhz
0x5df3b645a1cb, // 367 Mhz
0x5e353f7ced91, // 368 Mhz
0x5e76c8b43958, // 369 Mhz
0x5eb851eb851f, // 370 Mhz
0x5ef9db22d0e5, // 371 Mhz
0x5f3b645a1cac, // 372 Mhz
0x5f7ced916873, // 373 Mhz
0x5fbe76c8b439, // 374 Mhz
0x600000000000, // 375 Mhz
0x604189374bc7, // 376 Mhz
0x6083126e978d, // 377 Mhz
0x60c49ba5e354, // 378 Mhz
0x610624dd2f1b, // 379 Mhz
0x6147ae147ae1, // 380 Mhz
0x6189374bc6a8, // 381 Mhz
0x61cac083126f, // 382 Mhz
0x620c49ba5e35, // 383 Mhz
0x624dd2f1a9fc, // 384 Mhz
0x628f5c28f5c3, // 385 Mhz
0x62d0e5604189, // 386 Mhz
0x63126e978d50, // 387 Mhz
0x6353f7ced917, // 388 Mhz
0x6395810624dd, // 389 Mhz
0x63d70a3d70a4, // 390 Mhz
0x64189374bc6b, // 391 Mhz
0x645a1cac0831, // 392 Mhz
0x649ba5e353f8, // 393 Mhz
0x64dd2f1a9fbe, // 394 Mhz
0x651eb851eb85, // 395 Mhz
0x65604189374c, // 396 Mhz
0x65a1cac08312, // 397 Mhz
0x65e353f7ced9, // 398 Mhz
0x6624dd2f1aa0, // 399 Mhz
0x666666666666 // 400 Mhz
};
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