可否提供ADF7020-1芯片的配置软件？

Question

我刚开始接触无线电，使用ADF7020-1做一个接收机，文档看了很多遍还是有很多不理解，管理员能否提供配置软件（可根据需求自动配置寄存器）？

ADIApproved · Accepted Answer

您好！ 
 对于寄存器配置您可以使用ADF7XXX评估板软件，输入您的设计参数，评估板软件可以给出全部寄存器控制字。ADF7020-1评估板软件可以在不连接评估板硬件的情况下独立使用。ADF7020-1评估板软件可以从下面链接免费下载。 
 http://www.analog.com/en/rfif-components/rfif-transceivers/adf7020-1/products/EVAL-ADF7020-1/eb.html#SOFTWARE_AND_TOOLS 
 此外，我们这里有ADF7XXX的参考代码，可从下面链接下载。 
 http://www.analog.com/zh/content/CIC_index_code_example/fca.html)

zhengjun_tan@sae.com.hk · Answer

你好, 
 供你参考,注意我们的晶振=12Mhz, 
 另外注意你的VCO电感及布线电感. 
 /************************************************ *File name: RFIC_soc.h *Function: RFIC soc ADF7020-1 interface *MCU: NxP LPC1112FHN33/202 *Author: Tomtan, CoolRF all rights reserved *Date: 2013-07-17 ************************************************/ #ifndef _RFIC_SOC_H_ #define _RFIC_SOC_H_ 
 extern void RFIC_IO_Init(void); extern void ADF7020_1_To_RXmode(unsigned char mode, unsigned char ch); extern void ADF7020_1_To_TXmode(unsigned char ch); 
 #endif 
 /************************************************ *File name: RFIC_soc.c *Function: RFIC soc ADF7020-1 setting *MCU: NxP LPC1112FHN33/202 *Author: Tomtan, CoolRF all rights reserved *Date: 2013-07-17 ************************************************/ #include "..\config.h" 
 /*Public function define*/ void RFIC_IO_Init(void); void ADF7020_1_To_RXmode(unsigned char mode, unsigned char ch); void ADF7020_1_To_TXmode(unsigned char ch); /*End public function define*/ 
 /*Static function define*/ void static RFIC_Write_word(unsigned int RFIC_word); /*End static function define*/ 
 /************************************************ Function: RFIC(ADF7020-1) IO init In: none Out: none ************************************************/ void RFIC_IO_Init(void) { /*RFIC IO direction setup*/ GPIO0DIR &= (~(1ul << 3)); /*P0.3 = RF_IO input*/ GPIO0DIR &= (~(1ul << 4)); /*P0.4 = RF_CLK input*/ GPIO0DIR &= (~(1ul << 5)); /*P0.5 = RF_MUXOUT input*/ GPIO1DIR &= (~(1ul << 9)); /*P1.9 = RF_INT input*/ //SPI GPIO3DIR |= (1ul << 4); /*P3.4 = RF_SCLK output*/ GPIO3DIR &= (~(1ul << 5)); /*P3.5 = RF_SREAD input*/ GPIO0DIR |= (1ul << 6); /*P0.6 = RF_DATA output*/ GPIO0DIR |= (1ul << 7); /*P0.7 = RF_SLE output*/ GPIO0DIR |= (1ul << 8); /*P0.8 = RF_CE output*/ /*End RFIC IO direction setup*/ 
 /*RFIC IO level init, SPI port all set to low status, CE = high to Enable ADF7020_1*/ GPIO3DATA &= (~(1ul << 4)); /*P3.4 = RF_SCLK low level*/ GPIO0DATA &= (~(1ul << 6)); /*P0.6 = RF_DATA low level*/ GPIO0DATA &= (~(1ul << 7)); /*P0.7 = RF_SLE low level*/ GPIO0DATA |= (1ul << 8); /*P0.8 = RF_CE high level*/ } 
 /************************************************ Function: init ADF7020_1 to Rx status In: mode = 0 init,otherwise normally, Receive RF channel Out: none Remark: R0 R1 R2 R3 R4 R5 R6 R9 R11 ************************************************/ const unsigned int RF_receive_channel_table[17]= { 0x79413330, /*NULL*/ 
 /*482M 483M 484M 485M */ 0x79413330, 0x7941DDE0, 0x79428890, 0x79433330, 
 /*486M 487M 488M 489M */ 0x7943DDE0, 0x79448890, 0x79453330, 0x7953DDE0, /*0x7945DDE08,*/ 
 /*494M 495M 496M 497M*/ 0x79493330, 0x7949DDE0, 0x794A8890, 0x794B3330, 
 /*498M 499M 500M 501M*/ 0x794BDDE0, 0x794C8890, 0x794D3330, 0x794DDDE0, }; void ADF7020_1_To_RXmode(unsigned char mode, unsigned char ch) { unsigned int i; unsigned int temp; if(mode == 0) { while(!(GPIO0DATA & 0x00000020)); /*Wait for ADF7020_1 power good*/ /*ADF7020-1 power good signal in init status*/ } 
 temp = RF_receive_channel_table[ch]; /*Muxout = Digital lock,*/ RFIC_Write_word(temp); RFIC_Write_word(0x00439011); /*IF = 150Khz, Icp = 0.875mA, Icp = 3.6Kohm, PLL_R = 1, Clkout = off*/ for(i = 0; i < 48000; i++); RFIC_Write_word(0xC0227E12); /*F_dev = 50Khz, Ipa = 11uA, Ppa = 13dbm*/ RFIC_Write_word(0x00786893); /*Data rate = 1.802885 Kbps,DEMOD CLK = 6Mhz*/ RFIC_Write_word(0x01000054); /*Post_BW = 0.75*1.802885Khz*/ RFIC_Write_word(0xAAAAAA35); /*Sync_head = 0xAAAAAA*/ RFIC_Write_word(0x0F0801E6); /* K = 200/50 = 4, R6[14] = 0, R6[29] = 0, Discriminator_BW = (6*10^6*4)/(8*10^5)*/ for(i = 0; i < 48000; i++); RFIC_Write_word(0x00B231E9); /*AGC = auto, AGC high threshold = 70 AGC low threshold = 30*/ RFIC_Write_word(0x00102BBB); /*AFC = ON*/ } 
 /************************************************ Function: ADF7020_1 to tx status In: RF TX channel Out: none Remark: R0 R1 R2 ************************************************/ const unsigned int RF_tx_channel_table[17]= { 0x79413330, /*NULL*/ 
 /*482 483 484 485*/ 0x71415550, 0x71420000, 0x7142AAB0, 0x71435550, 
 /*486 487 488 489*/ 0x71440000, 0x7144AAB0, 0x71455550, 0x71540000, /*0x71460000,*/ 
 /*494 495 496 497*/ 0x71495550, 0x714A0000, 0x714AAAB0, 0x714B5550, 
 /*498 499 500 501*/ 0x714C0000, 0x714CAAB0, 0x714D5550, 0x714E0000, }; void ADF7020_1_To_TXmode(unsigned char ch) { unsigned int i; unsigned int temp; 
 temp = RF_tx_channel_table[ch]; /*Muxout = Digital lock,*/ RFIC_Write_word(temp); 
 RFIC_Write_word(0x00439011); /*IF = 150Khz, Icp = 0.875mA, Icp = 3.6Kohm, PLL_R = 1, Clkout = off*/ for(i = 0; i < 48000; i++); 
 RFIC_Write_word(0xC0220212); /*Power step 1*/ for(i = 0; i < 48000; i++); 
 RFIC_Write_word(0xC0221012); /*Power step 2*/ for(i = 0; i < 48000; i++); 
 RFIC_Write_word(0xC0224012); /*power step 3*/ for(i = 0; i < 48000; i++); 
 RFIC_Write_word(0xC0227E12); /*Power step 4*/ for(i = 0; i < 48000; i++); /*F_dev = 50Khz, Ipa = 11uA, Ppa = 13dbm*/ } 
 /************************************************ Function: RFIC write a word(32bits) In: write word Out: none ************************************************/ void static RFIC_Write_word(unsigned int RFIC_word) { unsigned char i; 
 /*Firstly, RF_SCLK = 0 RF_DATA = 0 RF_SLE = 0*/ __nop(); __nop(); GPIO3DATA &= (~(1ul << 4)); /*P3.4 = RF_SCLK low level*/ GPIO0DATA &= (~(1ul << 6)); /*P0.6 = RF_DATA low level*/ GPIO0DATA &= (~(1ul << 7)); /*P0.7 = RF_SLE low level*/ for(i = 0; i < 32; i++) { if(RFIC_word & 0x80000000) { GPIO0DATA |= (1ul << 6); /*P0.6 = RF_DATA high level*/ } else { GPIO0DATA &= (~(1ul << 6)); /*P0.6 = RF_DATA low level*/ } RFIC_word <<= 1; __nop(); __nop(); __nop(); __nop(); GPIO3DATA |= (1ul << 4); /*P3.4 = RF_SCLK high level*/ __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); GPIO3DATA &= (~(1ul << 4)); /*P3.4 = RF_SCLK low level*/ __nop(); __nop(); } 
 __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); GPIO0DATA |= (1ul << 7); /*P0.7 = RF_SLE high level*/ __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); GPIO0DATA &= (~(1ul << 7)); /*P0.7 = RF_SLE low level*/ __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); __nop(); GPIO0DATA &= (~(1ul << 6)); /*P0.6 = RF_DATA low level*/ __nop(); __nop(); }