/** ****************************************************************************** * 文件名 ： PAN312x_Driver.c * 作者 ： PAN312x RF Team * 版本 ： V0.4.0 * 时间 ： * 文件描述： *******************************************************************************/ #include #include "PAN312x_Driver.h" #include "PAN312x_Hal.h" /* 注意，本文件的函数实现了从RF的驱动与MCU的兼容 */ volatile uint8_t vcol_cal_code; volatile uint8_t tp_auto_code; volatile uint8_t rc_code; uint8_t TcxoControlByGpio = 0; //-------------------------------------------------// //PAN312x power //--------------------------------------------------------------// #define PAN31XX_LDO_POWER_GET_VDD_PA_TRIM(v) (((v) >> 11) & 0x1f) #define PAN31XX_LDO_POWER_GET_PA_2ND_RAMP(v) (((v) >> 5) & 0x3f) #define PAN31XX_LDO_POWER_GET_PA_BIAS_TRIM(v) (((v) >> 1) & 0xf) #define PAN31XX_LDO_POWER_GET_LP_EN(v) ((v) & 1) #define PAN31XX_LDO_POWER_MAKE(VDD_PA_TRIM, PA_2ND_RAMP, PA_BIAS_TRIM, lp_en) \ (((VDD_PA_TRIM) << 11) | ((PA_2ND_RAMP) << 5) | ((PA_BIAS_TRIM) << 1) | (lp_en)) const uint16_t pan31xx_ldo_power_0603_420_445mhz[41] = { PAN31XX_LDO_POWER_MAKE(0x00, 0x0e, 0x0, 1), //-20dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x11, 0x0, 1), //-19dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x05, 0x1, 1), //-18dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x06, 0x1, 1), //-17dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x17, 0x0, 1), //-16dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x01, 0x3, 1), //-15dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x00, 0x5, 1), //-14dBm PAN31XX_LDO_POWER_MAKE(0x0e, 0x00, 0x5, 1), //-13dBm PAN31XX_LDO_POWER_MAKE(0x01, 0x00, 0x8, 1), //-12dBm PAN31XX_LDO_POWER_MAKE(0x03, 0x00, 0x9, 1), //-11dBm PAN31XX_LDO_POWER_MAKE(0x03, 0x00, 0xc, 1), //-10dBm PAN31XX_LDO_POWER_MAKE(0x08, 0x00, 0xc, 1), //-9dBm PAN31XX_LDO_POWER_MAKE(0x10, 0x00, 0xc, 1), //-8dBm PAN31XX_LDO_POWER_MAKE(0x19, 0x00, 0xc, 1), //-7dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x00, 0xe, 1), //-6dBm PAN31XX_LDO_POWER_MAKE(0x02, 0x01, 0xc, 1), //-5dBm PAN31XX_LDO_POWER_MAKE(0x07, 0x01, 0xc, 1), //-4dBm PAN31XX_LDO_POWER_MAKE(0x0d, 0x01, 0xc, 1), //-3dBm PAN31XX_LDO_POWER_MAKE(0x04, 0x02, 0xc, 1), //-2dBm PAN31XX_LDO_POWER_MAKE(0x08, 0x02, 0xc, 1), //-1dBm PAN31XX_LDO_POWER_MAKE(0x0f, 0x02, 0xc, 1), //0dBm PAN31XX_LDO_POWER_MAKE(0x17, 0x02, 0xc, 1), //1dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x02, 0xc, 1), //2dBm PAN31XX_LDO_POWER_MAKE(0x18, 0x03, 0xc, 1), //3dBm PAN31XX_LDO_POWER_MAKE(0x15, 0x04, 0xc, 1), //4dBm PAN31XX_LDO_POWER_MAKE(0x15, 0x05, 0xc, 1), //5dBm PAN31XX_LDO_POWER_MAKE(0x17, 0x06, 0xc, 1), //6dBm PAN31XX_LDO_POWER_MAKE(0x19, 0x07, 0xc, 1), //7dBm PAN31XX_LDO_POWER_MAKE(0x17, 0x0a, 0xc, 1), //8dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x0a, 0xc, 1), //9dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x0d, 0xc, 1), //10dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x12, 0xc, 1), //11dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x1c, 0xc, 1), //12dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x3f, 0xc, 1), //13dBm PAN31XX_LDO_POWER_MAKE(0x02, 0x3c, 0xc, 0), //14dBm PAN31XX_LDO_POWER_MAKE(0x05, 0x3c, 0xc, 0), //15dBm PAN31XX_LDO_POWER_MAKE(0x09, 0x3c, 0xc, 0), //16dBm PAN31XX_LDO_POWER_MAKE(0x0d, 0x3c, 0xc, 0), //17dBm PAN31XX_LDO_POWER_MAKE(0x12, 0x3c, 0xc, 0), //18dBm PAN31XX_LDO_POWER_MAKE(0x18, 0x3c, 0xc, 0), //19dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x3c, 0xc, 0) //20dBm }; const uint16_t pan31xx_ldo_power_0603_470_510mhz[41] = { PAN31XX_LDO_POWER_MAKE(0x00, 0x0e, 0x0, 1), //-20dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x11, 0x0, 1), //-19dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x05, 0x1, 1), //-18dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x06, 0x1, 1), //-17dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x17, 0x0, 1), //-16dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x01, 0x3, 1), //-15dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x00, 0x5, 1), //-14dBm PAN31XX_LDO_POWER_MAKE(0x0e, 0x00, 0x5, 1), //-13dBm PAN31XX_LDO_POWER_MAKE(0x01, 0x00, 0x8, 1), //-12dBm PAN31XX_LDO_POWER_MAKE(0x03, 0x00, 0x9, 1), //-11dBm PAN31XX_LDO_POWER_MAKE(0x03, 0x00, 0xc, 1), //-10dBm PAN31XX_LDO_POWER_MAKE(0x08, 0x00, 0xc, 1), //-9dBm PAN31XX_LDO_POWER_MAKE(0x10, 0x00, 0xc, 1), //-8dBm PAN31XX_LDO_POWER_MAKE(0x19, 0x00, 0xc, 1), //-7dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x00, 0xe, 1), //-6dBm PAN31XX_LDO_POWER_MAKE(0x02, 0x01, 0xc, 1), //-5dBm PAN31XX_LDO_POWER_MAKE(0x07, 0x01, 0xc, 1), //-4dBm PAN31XX_LDO_POWER_MAKE(0x0d, 0x01, 0xc, 1), //-3dBm PAN31XX_LDO_POWER_MAKE(0x04, 0x02, 0xc, 1), //-2dBm PAN31XX_LDO_POWER_MAKE(0x08, 0x02, 0xc, 1), //-1dBm PAN31XX_LDO_POWER_MAKE(0x0f, 0x02, 0xc, 1), //0dBm PAN31XX_LDO_POWER_MAKE(0x17, 0x02, 0xc, 1), //1dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x02, 0xc, 1), //2dBm PAN31XX_LDO_POWER_MAKE(0x18, 0x03, 0xc, 1), //3dBm PAN31XX_LDO_POWER_MAKE(0x15, 0x04, 0xc, 1), //4dBm PAN31XX_LDO_POWER_MAKE(0x15, 0x05, 0xc, 1), //5dBm PAN31XX_LDO_POWER_MAKE(0x17, 0x06, 0xc, 1), //6dBm PAN31XX_LDO_POWER_MAKE(0x19, 0x07, 0xc, 1), //7dBm PAN31XX_LDO_POWER_MAKE(0x17, 0x0a, 0xc, 1), //8dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x0a, 0xc, 1), //9dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x0d, 0xc, 1), //10dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x12, 0xc, 1), //11dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x1c, 0xc, 1), //12dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x3f, 0xc, 1), //13dBm PAN31XX_LDO_POWER_MAKE(0x02, 0x3c, 0xc, 0), //14dBm PAN31XX_LDO_POWER_MAKE(0x05, 0x3c, 0xc, 0), //15dBm PAN31XX_LDO_POWER_MAKE(0x09, 0x3c, 0xc, 0), //16dBm PAN31XX_LDO_POWER_MAKE(0x0d, 0x3c, 0xc, 0), //17dBm PAN31XX_LDO_POWER_MAKE(0x12, 0x3c, 0xc, 0), //18dBm PAN31XX_LDO_POWER_MAKE(0x18, 0x3c, 0xc, 0), //19dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x3c, 0xc, 0) //20dBm }; const uint16_t pan31xx_ldo_power_0603_860_870mhz[41] = { PAN31XX_LDO_POWER_MAKE(0x00, 0x0e, 0x0, 1), //-20dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x11, 0x0, 1), //-19dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x05, 0x1, 1), //-18dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x06, 0x1, 1), //-17dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x17, 0x0, 1), //-16dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x00, 0x5, 1), //-15dBm PAN31XX_LDO_POWER_MAKE(0x0e, 0x00, 0x5, 1), //-14dBm PAN31XX_LDO_POWER_MAKE(0x01, 0x00, 0x8, 1), //-13dBm PAN31XX_LDO_POWER_MAKE(0x05, 0x00, 0x9, 1), //-12dBm PAN31XX_LDO_POWER_MAKE(0x05, 0x00, 0xc, 1), //-11dBm PAN31XX_LDO_POWER_MAKE(0x0b, 0x00, 0xc, 1), //-10dBm PAN31XX_LDO_POWER_MAKE(0x13, 0x00, 0xc, 1), //-9dBm PAN31XX_LDO_POWER_MAKE(0x1c, 0x00, 0xc, 1), //-8dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x00, 0xe, 1), //-7dBm PAN31XX_LDO_POWER_MAKE(0x06, 0x01, 0xc, 1), //-6dBm PAN31XX_LDO_POWER_MAKE(0x0b, 0x01, 0xc, 1), //-5dBm PAN31XX_LDO_POWER_MAKE(0x10, 0x01, 0xc, 1), //-4dBm PAN31XX_LDO_POWER_MAKE(0x06, 0x02, 0xc, 1), //-3dBm PAN31XX_LDO_POWER_MAKE(0x0b, 0x02, 0xc, 1), //-2dBm PAN31XX_LDO_POWER_MAKE(0x12, 0x02, 0xc, 1), //-1dBm PAN31XX_LDO_POWER_MAKE(0x19, 0x02, 0xc, 1), //0dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x02, 0xf, 1), //1dBm PAN31XX_LDO_POWER_MAKE(0x1b, 0x03, 0xc, 1), //2dBm PAN31XX_LDO_POWER_MAKE(0x18, 0x04, 0xc, 1), //3dBm PAN31XX_LDO_POWER_MAKE(0x18, 0x05, 0xc, 1), //4dBm PAN31XX_LDO_POWER_MAKE(0x1a, 0x06, 0xc, 1), //5dBm PAN31XX_LDO_POWER_MAKE(0x1c, 0x07, 0xc, 1), //6dBm PAN31XX_LDO_POWER_MAKE(0x1a, 0x0a, 0xc, 1), //7dBm PAN31XX_LDO_POWER_MAKE(0x0a, 0x2c, 0xc, 1), //8dBm PAN31XX_LDO_POWER_MAKE(0x0d, 0x2c, 0xc, 1), //9dBm PAN31XX_LDO_POWER_MAKE(0x13, 0x2c, 0xc, 1), //10dBm PAN31XX_LDO_POWER_MAKE(0x18, 0x2c, 0xc, 1), //11dBm PAN31XX_LDO_POWER_MAKE(0x1c, 0x2c, 0xc, 1), //12dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x3f, 0xc, 1), //13dBm PAN31XX_LDO_POWER_MAKE(0x02, 0x3c, 0xc, 0), //14dBm PAN31XX_LDO_POWER_MAKE(0x05, 0x3c, 0xc, 0), //15dBm PAN31XX_LDO_POWER_MAKE(0x09, 0x3c, 0xc, 0), //16dBm PAN31XX_LDO_POWER_MAKE(0x0d, 0x3c, 0xc, 0), //17dBm PAN31XX_LDO_POWER_MAKE(0x12, 0x3c, 0xc, 0), //18dBm PAN31XX_LDO_POWER_MAKE(0x18, 0x3c, 0xc, 0), //19dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x3c, 0xc, 0) //20dBm }; const uint16_t pan31xx_ldo_power_0603_902_928mhz[41] = { PAN31XX_LDO_POWER_MAKE(0x00, 0x06, 0x1, 1), //-20dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x07, 0x1, 1), //-19dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x08, 0x1, 1), //-18dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x09, 0x1, 1), //-17dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x0a, 0x1, 1), //-16dBm PAN31XX_LDO_POWER_MAKE(0x03, 0x04, 0x2, 1), //-15dBm PAN31XX_LDO_POWER_MAKE(0x03, 0x05, 0x2, 1), //-14dBm PAN31XX_LDO_POWER_MAKE(0x04, 0x00, 0x8, 1), //-13dBm PAN31XX_LDO_POWER_MAKE(0x08, 0x00, 0x9, 1), //-12dBm PAN31XX_LDO_POWER_MAKE(0x05, 0x00, 0xc, 1), //-11dBm PAN31XX_LDO_POWER_MAKE(0x0b, 0x00, 0xc, 1), //-10dBm PAN31XX_LDO_POWER_MAKE(0x13, 0x00, 0xc, 1), //-9dBm PAN31XX_LDO_POWER_MAKE(0x1c, 0x00, 0xc, 1), //-8dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x00, 0xe, 1), //-7dBm PAN31XX_LDO_POWER_MAKE(0x06, 0x01, 0xc, 1), //-6dBm PAN31XX_LDO_POWER_MAKE(0x0b, 0x01, 0xc, 1), //-5dBm PAN31XX_LDO_POWER_MAKE(0x10, 0x01, 0xc, 1), //-4dBm PAN31XX_LDO_POWER_MAKE(0x06, 0x02, 0xc, 1), //-3dBm PAN31XX_LDO_POWER_MAKE(0x0b, 0x02, 0xc, 1), //-2dBm PAN31XX_LDO_POWER_MAKE(0x12, 0x02, 0xc, 1), //-1dBm PAN31XX_LDO_POWER_MAKE(0x19, 0x02, 0xc, 1), //0dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x02, 0xf, 1), //1dBm PAN31XX_LDO_POWER_MAKE(0x1b, 0x03, 0xc, 1), //2dBm PAN31XX_LDO_POWER_MAKE(0x18, 0x04, 0xc, 1), //3dBm PAN31XX_LDO_POWER_MAKE(0x18, 0x05, 0xc, 1), //4dBm PAN31XX_LDO_POWER_MAKE(0x1a, 0x06, 0xc, 1), //5dBm PAN31XX_LDO_POWER_MAKE(0x1c, 0x07, 0xc, 1), //6dBm PAN31XX_LDO_POWER_MAKE(0x1a, 0x0a, 0xc, 1), //7dBm PAN31XX_LDO_POWER_MAKE(0x07, 0x2c, 0xc, 1), //8dBm PAN31XX_LDO_POWER_MAKE(0x0a, 0x2c, 0xc, 1), //9dBm PAN31XX_LDO_POWER_MAKE(0x10, 0x2c, 0xc, 1), //10dBm PAN31XX_LDO_POWER_MAKE(0x17, 0x2c, 0xc, 1), //11dBm PAN31XX_LDO_POWER_MAKE(0x1b, 0x2c, 0xc, 1), //12dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x3f, 0xc, 1), //13dBm PAN31XX_LDO_POWER_MAKE(0x02, 0x3c, 0xc, 0), //14dBm PAN31XX_LDO_POWER_MAKE(0x05, 0x3c, 0xc, 0), //15dBm PAN31XX_LDO_POWER_MAKE(0x09, 0x3c, 0xc, 0), //16dBm PAN31XX_LDO_POWER_MAKE(0x0d, 0x3c, 0xc, 0), //17dBm PAN31XX_LDO_POWER_MAKE(0x12, 0x3c, 0xc, 0), //18dBm PAN31XX_LDO_POWER_MAKE(0x18, 0x3c, 0xc, 0), //19dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x3c, 0xc, 0) //20dBm }; const uint16_t pan31xx_ldo_power_0402_420_445mhz[41] = { PAN31XX_LDO_POWER_MAKE(0x00, 0x05, 0x1, 1), //-20dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x13, 0x0, 1), //-19dBm PAN31XX_LDO_POWER_MAKE(0x18, 0x06, 0x1, 1), //-18dBm PAN31XX_LDO_POWER_MAKE(0x18, 0x07, 0x1, 1), //-17dBm PAN31XX_LDO_POWER_MAKE(0x18, 0x08, 0x1, 1), //-16dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x00, 0x8, 1), //-15dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x00, 0xb, 1), //-14dBm PAN31XX_LDO_POWER_MAKE(0x04, 0x00, 0xc, 1), //-13dBm PAN31XX_LDO_POWER_MAKE(0x0a, 0x00, 0xc, 1), //-12dBm PAN31XX_LDO_POWER_MAKE(0x12, 0x00, 0xc, 1), //-11dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x00, 0xc, 1), //-10dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x00, 0xf, 1), //-9dBm PAN31XX_LDO_POWER_MAKE(0x01, 0x01, 0xc, 1), //-8dBm PAN31XX_LDO_POWER_MAKE(0x07, 0x01, 0xc, 1), //-7dBm PAN31XX_LDO_POWER_MAKE(0x0e, 0x01, 0xc, 1), //-6dBm PAN31XX_LDO_POWER_MAKE(0x01, 0x02, 0xc, 1), //-5dBm PAN31XX_LDO_POWER_MAKE(0x07, 0x02, 0xc, 1), //-4dBm PAN31XX_LDO_POWER_MAKE(0x01, 0x03, 0xc, 1), //-3dBm PAN31XX_LDO_POWER_MAKE(0x06, 0x03, 0xc, 1), //-2dBm PAN31XX_LDO_POWER_MAKE(0x03, 0x04, 0xc, 1), //-1dBm PAN31XX_LDO_POWER_MAKE(0x03, 0x05, 0xc, 1), //0dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x07, 0xc, 1), //1dBm PAN31XX_LDO_POWER_MAKE(0x06, 0x07, 0xc, 1), //2dBm PAN31XX_LDO_POWER_MAKE(0x0a, 0x07, 0xc, 1), //3dBm PAN31XX_LDO_POWER_MAKE(0x11, 0x07, 0xc, 1), //4dBm PAN31XX_LDO_POWER_MAKE(0x17, 0x07, 0xc, 1), //5dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x07, 0xc, 1), //6dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x09, 0xc, 1), //7dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x0b, 0xc, 1), //8dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x0d, 0xc, 1), //9dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x11, 0xc, 1), //10dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x16, 0xc, 1), //11dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x1f, 0xc, 1), //12dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x30, 0xc, 1), //13dBm PAN31XX_LDO_POWER_MAKE(0x1a, 0x0f, 0xc, 0), //14dBm PAN31XX_LDO_POWER_MAKE(0x1a, 0x12, 0xc, 0), //15dBm PAN31XX_LDO_POWER_MAKE(0x1a, 0x15, 0xc, 0), //16dBm PAN31XX_LDO_POWER_MAKE(0x1a, 0x1a, 0xc, 0), //17dBm PAN31XX_LDO_POWER_MAKE(0x1a, 0x20, 0xc, 0), //18dBm PAN31XX_LDO_POWER_MAKE(0x1a, 0x2b, 0xc, 0), //19dBm PAN31XX_LDO_POWER_MAKE(0x1a, 0x3f, 0xc, 0) //20dBm }; const uint16_t pan31xx_ldo_power_0402_470_510mhz[41] = { PAN31XX_LDO_POWER_MAKE(0x00, 0x05, 0x1, 1), //-20dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x13, 0x0, 1), //-19dBm PAN31XX_LDO_POWER_MAKE(0x18, 0x06, 0x1, 1), //-18dBm PAN31XX_LDO_POWER_MAKE(0x18, 0x07, 0x1, 1), //-17dBm PAN31XX_LDO_POWER_MAKE(0x18, 0x08, 0x1, 1), //-16dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x00, 0x8, 1), //-15dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x00, 0xb, 1), //-14dBm PAN31XX_LDO_POWER_MAKE(0x04, 0x00, 0xc, 1), //-13dBm PAN31XX_LDO_POWER_MAKE(0x0a, 0x00, 0xc, 1), //-12dBm PAN31XX_LDO_POWER_MAKE(0x12, 0x00, 0xc, 1), //-11dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x00, 0xc, 1), //-10dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x00, 0xf, 1), //-9dBm PAN31XX_LDO_POWER_MAKE(0x01, 0x01, 0xc, 1), //-8dBm PAN31XX_LDO_POWER_MAKE(0x07, 0x01, 0xc, 1), //-7dBm PAN31XX_LDO_POWER_MAKE(0x0e, 0x01, 0xc, 1), //-6dBm PAN31XX_LDO_POWER_MAKE(0x01, 0x02, 0xc, 1), //-5dBm PAN31XX_LDO_POWER_MAKE(0x07, 0x02, 0xc, 1), //-4dBm PAN31XX_LDO_POWER_MAKE(0x01, 0x03, 0xc, 1), //-3dBm PAN31XX_LDO_POWER_MAKE(0x06, 0x03, 0xc, 1), //-2dBm PAN31XX_LDO_POWER_MAKE(0x03, 0x04, 0xc, 1), //-1dBm PAN31XX_LDO_POWER_MAKE(0x03, 0x05, 0xc, 1), //0dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x07, 0xc, 1), //1dBm PAN31XX_LDO_POWER_MAKE(0x06, 0x07, 0xc, 1), //2dBm PAN31XX_LDO_POWER_MAKE(0x0a, 0x07, 0xc, 1), //3dBm PAN31XX_LDO_POWER_MAKE(0x11, 0x07, 0xc, 1), //4dBm PAN31XX_LDO_POWER_MAKE(0x17, 0x07, 0xc, 1), //5dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x07, 0xc, 1), //6dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x09, 0xc, 1), //7dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x0b, 0xc, 1), //8dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x0d, 0xc, 1), //9dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x11, 0xc, 1), //10dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x16, 0xc, 1), //11dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x1f, 0xc, 1), //12dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x30, 0xc, 1), //13dBm PAN31XX_LDO_POWER_MAKE(0x1a, 0x0f, 0xc, 0), //14dBm PAN31XX_LDO_POWER_MAKE(0x1a, 0x12, 0xc, 0), //15dBm PAN31XX_LDO_POWER_MAKE(0x1a, 0x15, 0xc, 0), //16dBm PAN31XX_LDO_POWER_MAKE(0x1a, 0x1a, 0xc, 0), //17dBm PAN31XX_LDO_POWER_MAKE(0x1a, 0x20, 0xc, 0), //18dBm PAN31XX_LDO_POWER_MAKE(0x1a, 0x2b, 0xc, 0), //19dBm PAN31XX_LDO_POWER_MAKE(0x1a, 0x3f, 0xc, 0) //20dBm }; const uint16_t pan31xx_ldo_power_0402_860_870mhz[41] = { PAN31XX_LDO_POWER_MAKE(0x00, 0x05, 0x1, 1), //-20dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x13, 0x0, 1), //-19dBm PAN31XX_LDO_POWER_MAKE(0x18, 0x06, 0x1, 1), //-18dBm PAN31XX_LDO_POWER_MAKE(0x18, 0x07, 0x1, 1), //-17dBm PAN31XX_LDO_POWER_MAKE(0x18, 0x08, 0x1, 1), //-16dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x00, 0x8, 1), //-15dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x00, 0xb, 1), //-14dBm PAN31XX_LDO_POWER_MAKE(0x04, 0x00, 0xc, 1), //-13dBm PAN31XX_LDO_POWER_MAKE(0x0a, 0x00, 0xc, 1), //-12dBm PAN31XX_LDO_POWER_MAKE(0x12, 0x00, 0xc, 1), //-11dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x00, 0xc, 1), //-10dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x00, 0xf, 1), //-9dBm PAN31XX_LDO_POWER_MAKE(0x01, 0x01, 0xc, 1), //-8dBm PAN31XX_LDO_POWER_MAKE(0x07, 0x01, 0xc, 1), //-7dBm PAN31XX_LDO_POWER_MAKE(0x0e, 0x01, 0xc, 1), //-6dBm PAN31XX_LDO_POWER_MAKE(0x01, 0x02, 0xc, 1), //-5dBm PAN31XX_LDO_POWER_MAKE(0x07, 0x02, 0xc, 1), //-4dBm PAN31XX_LDO_POWER_MAKE(0x01, 0x03, 0xc, 1), //-3dBm PAN31XX_LDO_POWER_MAKE(0x06, 0x03, 0xc, 1), //-2dBm PAN31XX_LDO_POWER_MAKE(0x03, 0x04, 0xc, 1), //-1dBm PAN31XX_LDO_POWER_MAKE(0x03, 0x05, 0xc, 1), //0dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x07, 0xc, 1), //1dBm PAN31XX_LDO_POWER_MAKE(0x06, 0x07, 0xc, 1), //2dBm PAN31XX_LDO_POWER_MAKE(0x0a, 0x07, 0xc, 1), //3dBm PAN31XX_LDO_POWER_MAKE(0x11, 0x07, 0xc, 1), //4dBm PAN31XX_LDO_POWER_MAKE(0x17, 0x07, 0xc, 1), //5dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x07, 0xc, 1), //6dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x09, 0xc, 1), //7dBm PAN31XX_LDO_POWER_MAKE(0x07, 0x2c, 0xc, 1), //8dBm PAN31XX_LDO_POWER_MAKE(0x0b, 0x2c, 0xc, 1), //9dBm PAN31XX_LDO_POWER_MAKE(0x10, 0x2c, 0xc, 1), //10dBm PAN31XX_LDO_POWER_MAKE(0x15, 0x2c, 0xc, 1), //11dBm PAN31XX_LDO_POWER_MAKE(0x1a, 0x2c, 0xc, 1), //12dBm PAN31XX_LDO_POWER_MAKE(0x1b, 0x3f, 0xc, 1), //13dBm PAN31XX_LDO_POWER_MAKE(0x01, 0x3c, 0xc, 0), //14dBm PAN31XX_LDO_POWER_MAKE(0x04, 0x3c, 0xc, 0), //15dBm PAN31XX_LDO_POWER_MAKE(0x08, 0x3c, 0xc, 0), //16dBm PAN31XX_LDO_POWER_MAKE(0x0c, 0x3c, 0xc, 0), //17dBm PAN31XX_LDO_POWER_MAKE(0x11, 0x3c, 0xc, 0), //18dBm PAN31XX_LDO_POWER_MAKE(0x16, 0x3c, 0xc, 0), //19dBm PAN31XX_LDO_POWER_MAKE(0x1c, 0x3c, 0xc, 0) //20dBm }; const uint16_t pan31xx_ldo_power_0402_902_928mhz[41] = { PAN31XX_LDO_POWER_MAKE(0x00, 0x05, 0x1, 1), //-20dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x13, 0x0, 1), //-19dBm PAN31XX_LDO_POWER_MAKE(0x18, 0x06, 0x1, 1), //-18dBm PAN31XX_LDO_POWER_MAKE(0x18, 0x07, 0x1, 1), //-17dBm PAN31XX_LDO_POWER_MAKE(0x18, 0x08, 0x1, 1), //-16dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x00, 0x8, 1), //-15dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x00, 0xb, 1), //-14dBm PAN31XX_LDO_POWER_MAKE(0x04, 0x00, 0xc, 1), //-13dBm PAN31XX_LDO_POWER_MAKE(0x0a, 0x00, 0xc, 1), //-12dBm PAN31XX_LDO_POWER_MAKE(0x12, 0x00, 0xc, 1), //-11dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x00, 0xc, 1), //-10dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x00, 0xf, 1), //-9dBm PAN31XX_LDO_POWER_MAKE(0x01, 0x01, 0xc, 1), //-8dBm PAN31XX_LDO_POWER_MAKE(0x07, 0x01, 0xc, 1), //-7dBm PAN31XX_LDO_POWER_MAKE(0x0e, 0x01, 0xc, 1), //-6dBm PAN31XX_LDO_POWER_MAKE(0x01, 0x02, 0xc, 1), //-5dBm PAN31XX_LDO_POWER_MAKE(0x07, 0x02, 0xc, 1), //-4dBm PAN31XX_LDO_POWER_MAKE(0x01, 0x03, 0xc, 1), //-3dBm PAN31XX_LDO_POWER_MAKE(0x06, 0x03, 0xc, 1), //-2dBm PAN31XX_LDO_POWER_MAKE(0x03, 0x04, 0xc, 1), //-1dBm PAN31XX_LDO_POWER_MAKE(0x03, 0x05, 0xc, 1), //0dBm PAN31XX_LDO_POWER_MAKE(0x00, 0x07, 0xc, 1), //1dBm PAN31XX_LDO_POWER_MAKE(0x06, 0x07, 0xc, 1), //2dBm PAN31XX_LDO_POWER_MAKE(0x0a, 0x07, 0xc, 1), //3dBm PAN31XX_LDO_POWER_MAKE(0x11, 0x07, 0xc, 1), //4dBm PAN31XX_LDO_POWER_MAKE(0x17, 0x07, 0xc, 1), //5dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x07, 0xc, 1), //6dBm PAN31XX_LDO_POWER_MAKE(0x1f, 0x09, 0xc, 1), //7dBm PAN31XX_LDO_POWER_MAKE(0x07, 0x2c, 0xc, 1), //8dBm PAN31XX_LDO_POWER_MAKE(0x0b, 0x2c, 0xc, 1), //9dBm PAN31XX_LDO_POWER_MAKE(0x10, 0x2c, 0xc, 1), //10dBm PAN31XX_LDO_POWER_MAKE(0x15, 0x2c, 0xc, 1), //11dBm PAN31XX_LDO_POWER_MAKE(0x1a, 0x2c, 0xc, 1), //12dBm PAN31XX_LDO_POWER_MAKE(0x1b, 0x3f, 0xc, 1), //13dBm PAN31XX_LDO_POWER_MAKE(0x01, 0x3c, 0xc, 0), //14dBm PAN31XX_LDO_POWER_MAKE(0x04, 0x3c, 0xc, 0), //15dBm PAN31XX_LDO_POWER_MAKE(0x08, 0x3c, 0xc, 0), //16dBm PAN31XX_LDO_POWER_MAKE(0x0c, 0x3c, 0xc, 0), //17dBm PAN31XX_LDO_POWER_MAKE(0x11, 0x3c, 0xc, 0), //18dBm PAN31XX_LDO_POWER_MAKE(0x16, 0x3c, 0xc, 0), //19dBm PAN31XX_LDO_POWER_MAKE(0x1c, 0x3c, 0xc, 0) //20dBm }; #define PAN31XX_DCDC_POWER_GET_VDD_PA_TRIM(v) (((v) >> 11) & 0x1f) #define PAN31XX_DCDC_POWER_GET_PA_2ND_RAMP(v) (((v) >> 5) & 0x3f) #define PAN31XX_DCDC_POWER_GET_PA_BIAS_TRIM(v) (((v) >> 1) & 0xf) #define PAN31XX_DCDC_POWER_GET_LP_EN(v) ((v) & 1) #define PAN31XX_DCDC_POWER_GET_DCDC_EN(v) (((v) >> 21) & 1) #define PAN31XX_DCDC_POWER_GET_DCDC_VOUT_TRIM(v) (((v) >> 16) & 0x1f) #define PAN31XX_DCDC_POWER_MAKE(VDD_PA_TRIM, PA_2ND_RAMP, PA_BIAS_TRIM, lp_en, DCDC_EN, DCDC_VOUT_TRIM) \ (((VDD_PA_TRIM) << 11) | ((PA_2ND_RAMP) << 5) | ((PA_BIAS_TRIM) << 1) | (lp_en) | ((DCDC_EN) << 21) | ((DCDC_VOUT_TRIM) << 16)) const uint32_t pan31xx_dcdc_power_0603_420_445mhz[34] = { PAN31XX_DCDC_POWER_MAKE(0x00, 0x0e, 0x0, 1, 1, 0x0d), //-20dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x11, 0x0, 1, 1, 0x0d), //-19dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x05, 0x1, 1, 1, 0x0d), //-18dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x06, 0x1, 1, 1, 0x0d), //-17dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x17, 0x0, 1, 1, 0x0d), //-16dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x01, 0x3, 1, 1, 0x0d), //-15dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x00, 0x5, 1, 1, 0x0d), //-14dBm PAN31XX_DCDC_POWER_MAKE(0x0e, 0x00, 0x5, 1, 1, 0x0d), //-13dBm PAN31XX_DCDC_POWER_MAKE(0x01, 0x00, 0x8, 1, 1, 0x0d), //-12dBm PAN31XX_DCDC_POWER_MAKE(0x03, 0x00, 0x9, 1, 1, 0x0d), //-11dBm PAN31XX_DCDC_POWER_MAKE(0x03, 0x00, 0xc, 1, 1, 0x0d), //-10dBm PAN31XX_DCDC_POWER_MAKE(0x08, 0x00, 0xc, 1, 1, 0x0d), //-9dBm PAN31XX_DCDC_POWER_MAKE(0x10, 0x00, 0xc, 1, 1, 0x0d), //-8dBm PAN31XX_DCDC_POWER_MAKE(0x19, 0x00, 0xc, 1, 1, 0x0d), //-7dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x00, 0xe, 1, 1, 0x0d), //-6dBm PAN31XX_DCDC_POWER_MAKE(0x02, 0x01, 0xc, 1, 1, 0x0d), //-5dBm PAN31XX_DCDC_POWER_MAKE(0x07, 0x01, 0xc, 1, 1, 0x0d), //-4dBm PAN31XX_DCDC_POWER_MAKE(0x0d, 0x01, 0xc, 1, 1, 0x0d), //-3dBm PAN31XX_DCDC_POWER_MAKE(0x04, 0x02, 0xc, 1, 1, 0x0d), //-2dBm PAN31XX_DCDC_POWER_MAKE(0x08, 0x02, 0xc, 1, 1, 0x0d), //-1dBm PAN31XX_DCDC_POWER_MAKE(0x0f, 0x02, 0xc, 1, 1, 0x0d), //0dBm PAN31XX_DCDC_POWER_MAKE(0x17, 0x02, 0xc, 1, 1, 0x0d), //1dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x02, 0xc, 1, 1, 0x0d), //2dBm PAN31XX_DCDC_POWER_MAKE(0x18, 0x03, 0xc, 1, 1, 0x0d), //3dBm PAN31XX_DCDC_POWER_MAKE(0x15, 0x04, 0xc, 1, 1, 0x0d), //4dBm PAN31XX_DCDC_POWER_MAKE(0x15, 0x05, 0xc, 1, 1, 0x0d), //5dBm PAN31XX_DCDC_POWER_MAKE(0x17, 0x06, 0xc, 1, 1, 0x0d), //6dBm PAN31XX_DCDC_POWER_MAKE(0x19, 0x07, 0xc, 1, 1, 0x0d), //7dBm PAN31XX_DCDC_POWER_MAKE(0x17, 0x0a, 0xc, 1, 1, 0x0d), //8dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x0a, 0xc, 1, 1, 0x0d), //9dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x0d, 0xc, 1, 1, 0x0d), //10dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x12, 0xc, 1, 1, 0x0d), //11dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x1c, 0xc, 1, 1, 0x0d), //12dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x3f, 0xc, 1, 1, 0x13) //13dBm }; const uint32_t pan31xx_dcdc_power_0603_470_510mhz[34] = { PAN31XX_DCDC_POWER_MAKE(0x00, 0x0e, 0x0, 1, 1, 0x0f), //-20dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x11, 0x0, 1, 1, 0x0f), //-19dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x05, 0x1, 1, 1, 0x0f), //-18dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x06, 0x1, 1, 1, 0x0f), //-17dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x17, 0x0, 1, 1, 0x0f), //-16dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x01, 0x3, 1, 1, 0x0f), //-15dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x00, 0x5, 1, 1, 0x0f), //-14dBm PAN31XX_DCDC_POWER_MAKE(0x0e, 0x00, 0x5, 1, 1, 0x0f), //-13dBm PAN31XX_DCDC_POWER_MAKE(0x01, 0x00, 0x8, 1, 1, 0x0f), //-12dBm PAN31XX_DCDC_POWER_MAKE(0x03, 0x00, 0x9, 1, 1, 0x0f), //-11dBm PAN31XX_DCDC_POWER_MAKE(0x03, 0x00, 0xc, 1, 1, 0x0f), //-10dBm PAN31XX_DCDC_POWER_MAKE(0x08, 0x00, 0xc, 1, 1, 0x0f), //-9dBm PAN31XX_DCDC_POWER_MAKE(0x10, 0x00, 0xc, 1, 1, 0x0f), //-8dBm PAN31XX_DCDC_POWER_MAKE(0x19, 0x00, 0xc, 1, 1, 0x0f), //-7dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x00, 0xe, 1, 1, 0x0f), //-6dBm PAN31XX_DCDC_POWER_MAKE(0x02, 0x01, 0xc, 1, 1, 0x0f), //-5dBm PAN31XX_DCDC_POWER_MAKE(0x07, 0x01, 0xc, 1, 1, 0x0f), //-4dBm PAN31XX_DCDC_POWER_MAKE(0x0d, 0x01, 0xc, 1, 1, 0x0f), //-3dBm PAN31XX_DCDC_POWER_MAKE(0x04, 0x02, 0xc, 1, 1, 0x0f), //-2dBm PAN31XX_DCDC_POWER_MAKE(0x08, 0x02, 0xc, 1, 1, 0x0f), //-1dBm PAN31XX_DCDC_POWER_MAKE(0x0f, 0x02, 0xc, 1, 1, 0x0f), //0dBm PAN31XX_DCDC_POWER_MAKE(0x17, 0x02, 0xc, 1, 1, 0x0f), //1dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x02, 0xc, 1, 1, 0x0f), //2dBm PAN31XX_DCDC_POWER_MAKE(0x18, 0x03, 0xc, 1, 1, 0x0f), //3dBm PAN31XX_DCDC_POWER_MAKE(0x15, 0x04, 0xc, 1, 1, 0x0f), //4dBm PAN31XX_DCDC_POWER_MAKE(0x15, 0x05, 0xc, 1, 1, 0x0f), //5dBm PAN31XX_DCDC_POWER_MAKE(0x17, 0x06, 0xc, 1, 1, 0x0f), //6dBm PAN31XX_DCDC_POWER_MAKE(0x19, 0x07, 0xc, 1, 1, 0x0f), //7dBm PAN31XX_DCDC_POWER_MAKE(0x17, 0x0a, 0xc, 1, 1, 0x0f), //8dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x0a, 0xc, 1, 1, 0x0f), //9dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x0d, 0xc, 1, 1, 0x0f), //10dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x12, 0xc, 1, 1, 0x0f), //11dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x1c, 0xc, 1, 1, 0x0f), //12dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x3f, 0xc, 1, 1, 0x13) //13dBm }; const uint32_t pan31xx_dcdc_power_0603_860_870mhz[34] = { PAN31XX_DCDC_POWER_MAKE(0x00, 0x0e, 0x0, 1, 1, 0x0f), //-20dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x11, 0x0, 1, 1, 0x0f), //-19dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x05, 0x1, 1, 1, 0x0f), //-18dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x06, 0x1, 1, 1, 0x0f), //-17dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x17, 0x0, 1, 1, 0x0f), //-16dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x00, 0x5, 1, 1, 0x0f), //-15dBm PAN31XX_DCDC_POWER_MAKE(0x0e, 0x00, 0x5, 1, 1, 0x0f), //-14dBm PAN31XX_DCDC_POWER_MAKE(0x01, 0x00, 0x8, 1, 1, 0x0f), //-13dBm PAN31XX_DCDC_POWER_MAKE(0x05, 0x00, 0x9, 1, 1, 0x0f), //-12dBm PAN31XX_DCDC_POWER_MAKE(0x05, 0x00, 0xc, 1, 1, 0x0f), //-11dBm PAN31XX_DCDC_POWER_MAKE(0x0b, 0x00, 0xc, 1, 1, 0x0f), //-10dBm PAN31XX_DCDC_POWER_MAKE(0x13, 0x00, 0xc, 1, 1, 0x0f), //-9dBm PAN31XX_DCDC_POWER_MAKE(0x1c, 0x00, 0xc, 1, 1, 0x0f), //-8dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x00, 0xe, 1, 1, 0x0f), //-7dBm PAN31XX_DCDC_POWER_MAKE(0x06, 0x01, 0xc, 1, 1, 0x0f), //-6dBm PAN31XX_DCDC_POWER_MAKE(0x0b, 0x01, 0xc, 1, 1, 0x0f), //-5dBm PAN31XX_DCDC_POWER_MAKE(0x10, 0x01, 0xc, 1, 1, 0x0f), //-4dBm PAN31XX_DCDC_POWER_MAKE(0x06, 0x02, 0xc, 1, 1, 0x0f), //-3dBm PAN31XX_DCDC_POWER_MAKE(0x0b, 0x02, 0xc, 1, 1, 0x0f), //-2dBm PAN31XX_DCDC_POWER_MAKE(0x12, 0x02, 0xc, 1, 1, 0x0f), //-1dBm PAN31XX_DCDC_POWER_MAKE(0x19, 0x02, 0xc, 1, 1, 0x0f), //0dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x02, 0xf, 1, 1, 0x0f), //1dBm PAN31XX_DCDC_POWER_MAKE(0x1b, 0x03, 0xc, 1, 1, 0x0f), //2dBm PAN31XX_DCDC_POWER_MAKE(0x18, 0x04, 0xc, 1, 1, 0x0f), //3dBm PAN31XX_DCDC_POWER_MAKE(0x18, 0x05, 0xc, 1, 1, 0x0f), //4dBm PAN31XX_DCDC_POWER_MAKE(0x1a, 0x06, 0xc, 1, 1, 0x0f), //5dBm PAN31XX_DCDC_POWER_MAKE(0x1c, 0x07, 0xc, 1, 1, 0x0f), //6dBm PAN31XX_DCDC_POWER_MAKE(0x1a, 0x0a, 0xc, 1, 1, 0x0f), //7dBm PAN31XX_DCDC_POWER_MAKE(0x0a, 0x2c, 0xc, 1, 1, 0x0f), //8dBm PAN31XX_DCDC_POWER_MAKE(0x0d, 0x2c, 0xc, 1, 1, 0x0f), //9dBm PAN31XX_DCDC_POWER_MAKE(0x13, 0x2c, 0xc, 1, 1, 0x13), //10dBm PAN31XX_DCDC_POWER_MAKE(0x18, 0x2c, 0xc, 1, 1, 0x13), //11dBm PAN31XX_DCDC_POWER_MAKE(0x1c, 0x2c, 0xc, 1, 1, 0x13), //12dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x3f, 0xc, 1, 1, 0x17) //13dBm }; const uint32_t pan31xx_dcdc_power_0603_902_928mhz[34] = { PAN31XX_DCDC_POWER_MAKE(0x00, 0x06, 0x1, 1, 1, 0x0f), //-20dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x07, 0x1, 1, 1, 0x0f), //-19dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x08, 0x1, 1, 1, 0x0f), //-18dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x09, 0x1, 1, 1, 0x0f), //-17dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x0a, 0x1, 1, 1, 0x0f), //-16dBm PAN31XX_DCDC_POWER_MAKE(0x03, 0x04, 0x2, 1, 1, 0x0f), //-15dBm PAN31XX_DCDC_POWER_MAKE(0x03, 0x05, 0x2, 1, 1, 0x0f), //-14dBm PAN31XX_DCDC_POWER_MAKE(0x04, 0x00, 0x8, 1, 1, 0x0f), //-13dBm PAN31XX_DCDC_POWER_MAKE(0x08, 0x00, 0x9, 1, 1, 0x0f), //-12dBm PAN31XX_DCDC_POWER_MAKE(0x05, 0x00, 0xc, 1, 1, 0x0f), //-11dBm PAN31XX_DCDC_POWER_MAKE(0x0b, 0x00, 0xc, 1, 1, 0x0f), //-10dBm PAN31XX_DCDC_POWER_MAKE(0x13, 0x00, 0xc, 1, 1, 0x0f), //-9dBm PAN31XX_DCDC_POWER_MAKE(0x1c, 0x00, 0xc, 1, 1, 0x0f), //-8dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x00, 0xe, 1, 1, 0x0f), //-7dBm PAN31XX_DCDC_POWER_MAKE(0x06, 0x01, 0xc, 1, 1, 0x0f), //-6dBm PAN31XX_DCDC_POWER_MAKE(0x0b, 0x01, 0xc, 1, 1, 0x0f), //-5dBm PAN31XX_DCDC_POWER_MAKE(0x10, 0x01, 0xc, 1, 1, 0x0f), //-4dBm PAN31XX_DCDC_POWER_MAKE(0x06, 0x02, 0xc, 1, 1, 0x0f), //-3dBm PAN31XX_DCDC_POWER_MAKE(0x0b, 0x02, 0xc, 1, 1, 0x0f), //-2dBm PAN31XX_DCDC_POWER_MAKE(0x12, 0x02, 0xc, 1, 1, 0x0f), //-1dBm PAN31XX_DCDC_POWER_MAKE(0x19, 0x02, 0xc, 1, 1, 0x0f), //0dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x02, 0xf, 1, 1, 0x0f), //1dBm PAN31XX_DCDC_POWER_MAKE(0x1b, 0x03, 0xc, 1, 1, 0x0f), //2dBm PAN31XX_DCDC_POWER_MAKE(0x18, 0x04, 0xc, 1, 1, 0x0f), //3dBm PAN31XX_DCDC_POWER_MAKE(0x18, 0x05, 0xc, 1, 1, 0x0f), //4dBm PAN31XX_DCDC_POWER_MAKE(0x1a, 0x06, 0xc, 1, 1, 0x0f), //5dBm PAN31XX_DCDC_POWER_MAKE(0x1c, 0x07, 0xc, 1, 1, 0x0f), //6dBm PAN31XX_DCDC_POWER_MAKE(0x1a, 0x0a, 0xc, 1, 1, 0x0f), //7dBm PAN31XX_DCDC_POWER_MAKE(0x07, 0x2c, 0xc, 1, 1, 0x0f), //8dBm PAN31XX_DCDC_POWER_MAKE(0x0a, 0x2c, 0xc, 1, 1, 0x0f), //9dBm PAN31XX_DCDC_POWER_MAKE(0x10, 0x2c, 0xc, 1, 1, 0x13), //10dBm PAN31XX_DCDC_POWER_MAKE(0x17, 0x2c, 0xc, 1, 1, 0x13), //11dBm PAN31XX_DCDC_POWER_MAKE(0x1b, 0x2c, 0xc, 1, 1, 0x13), //12dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x3f, 0xc, 1, 1, 0x17) //13dBm }; const uint32_t pan31xx_dcdc_power_0402_420_445mhz[34] = { PAN31XX_DCDC_POWER_MAKE(0x00, 0x05, 0x1, 1, 1, 0x0d), //-20dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x13, 0x0, 1, 1, 0x0d), //-19dBm PAN31XX_DCDC_POWER_MAKE(0x18, 0x06, 0x1, 1, 1, 0x0d), //-18dBm PAN31XX_DCDC_POWER_MAKE(0x18, 0x07, 0x1, 1, 1, 0x0d), //-17dBm PAN31XX_DCDC_POWER_MAKE(0x18, 0x08, 0x1, 1, 1, 0x0d), //-16dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x00, 0x8, 1, 1, 0x0d), //-15dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x00, 0xb, 1, 1, 0x0d), //-14dBm PAN31XX_DCDC_POWER_MAKE(0x04, 0x00, 0xc, 1, 1, 0x0d), //-13dBm PAN31XX_DCDC_POWER_MAKE(0x0a, 0x00, 0xc, 1, 1, 0x0d), //-12dBm PAN31XX_DCDC_POWER_MAKE(0x12, 0x00, 0xc, 1, 1, 0x0d), //-11dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x00, 0xc, 1, 1, 0x0d), //-10dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x00, 0xf, 1, 1, 0x0d), //-9dBm PAN31XX_DCDC_POWER_MAKE(0x01, 0x01, 0xc, 1, 1, 0x0d), //-8dBm PAN31XX_DCDC_POWER_MAKE(0x07, 0x01, 0xc, 1, 1, 0x0d), //-7dBm PAN31XX_DCDC_POWER_MAKE(0x0e, 0x01, 0xc, 1, 1, 0x0d), //-6dBm PAN31XX_DCDC_POWER_MAKE(0x01, 0x02, 0xc, 1, 1, 0x0d), //-5dBm PAN31XX_DCDC_POWER_MAKE(0x07, 0x02, 0xc, 1, 1, 0x0d), //-4dBm PAN31XX_DCDC_POWER_MAKE(0x01, 0x03, 0xc, 1, 1, 0x0d), //-3dBm PAN31XX_DCDC_POWER_MAKE(0x06, 0x03, 0xc, 1, 1, 0x0d), //-2dBm PAN31XX_DCDC_POWER_MAKE(0x03, 0x04, 0xc, 1, 1, 0x0d), //-1dBm PAN31XX_DCDC_POWER_MAKE(0x03, 0x05, 0xc, 1, 1, 0x0d), //0dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x07, 0xc, 1, 1, 0x0d), //1dBm PAN31XX_DCDC_POWER_MAKE(0x06, 0x07, 0xc, 1, 1, 0x0d), //2dBm PAN31XX_DCDC_POWER_MAKE(0x0a, 0x07, 0xc, 1, 1, 0x0d), //3dBm PAN31XX_DCDC_POWER_MAKE(0x11, 0x07, 0xc, 1, 1, 0x0d), //4dBm PAN31XX_DCDC_POWER_MAKE(0x17, 0x07, 0xc, 1, 1, 0x0d), //5dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x07, 0xc, 1, 1, 0x0d), //6dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x09, 0xc, 1, 1, 0x0d), //7dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x0b, 0xc, 1, 1, 0x0d), //8dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x0d, 0xc, 1, 1, 0x10), //9dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x11, 0xc, 1, 1, 0x10), //10dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x16, 0xc, 1, 1, 0x10), //11dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x1f, 0xc, 1, 1, 0x13), //12dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x30, 0xc, 1, 1, 0x13) //13dBm }; const uint32_t pan31xx_dcdc_power_0402_470_510mhz[34] = { PAN31XX_DCDC_POWER_MAKE(0x00, 0x05, 0x1, 1, 1, 0x0d), //-20dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x13, 0x0, 1, 1, 0x0d), //-19dBm PAN31XX_DCDC_POWER_MAKE(0x18, 0x06, 0x1, 1, 1, 0x0d), //-18dBm PAN31XX_DCDC_POWER_MAKE(0x18, 0x07, 0x1, 1, 1, 0x0d), //-17dBm PAN31XX_DCDC_POWER_MAKE(0x18, 0x08, 0x1, 1, 1, 0x0d), //-16dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x00, 0x8, 1, 1, 0x0d), //-15dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x00, 0xb, 1, 1, 0x0d), //-14dBm PAN31XX_DCDC_POWER_MAKE(0x04, 0x00, 0xc, 1, 1, 0x0d), //-13dBm PAN31XX_DCDC_POWER_MAKE(0x0a, 0x00, 0xc, 1, 1, 0x0d), //-12dBm PAN31XX_DCDC_POWER_MAKE(0x12, 0x00, 0xc, 1, 1, 0x0d), //-11dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x00, 0xc, 1, 1, 0x0d), //-10dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x00, 0xf, 1, 1, 0x0d), //-9dBm PAN31XX_DCDC_POWER_MAKE(0x01, 0x01, 0xc, 1, 1, 0x0d), //-8dBm PAN31XX_DCDC_POWER_MAKE(0x07, 0x01, 0xc, 1, 1, 0x0d), //-7dBm PAN31XX_DCDC_POWER_MAKE(0x0e, 0x01, 0xc, 1, 1, 0x0d), //-6dBm PAN31XX_DCDC_POWER_MAKE(0x01, 0x02, 0xc, 1, 1, 0x0d), //-5dBm PAN31XX_DCDC_POWER_MAKE(0x07, 0x02, 0xc, 1, 1, 0x0d), //-4dBm PAN31XX_DCDC_POWER_MAKE(0x01, 0x03, 0xc, 1, 1, 0x0d), //-3dBm PAN31XX_DCDC_POWER_MAKE(0x06, 0x03, 0xc, 1, 1, 0x0d), //-2dBm PAN31XX_DCDC_POWER_MAKE(0x03, 0x04, 0xc, 1, 1, 0x0d), //-1dBm PAN31XX_DCDC_POWER_MAKE(0x03, 0x05, 0xc, 1, 1, 0x0d), //0dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x07, 0xc, 1, 1, 0x0d), //1dBm PAN31XX_DCDC_POWER_MAKE(0x06, 0x07, 0xc, 1, 1, 0x0d), //2dBm PAN31XX_DCDC_POWER_MAKE(0x0a, 0x07, 0xc, 1, 1, 0x0d), //3dBm PAN31XX_DCDC_POWER_MAKE(0x11, 0x07, 0xc, 1, 1, 0x0d), //4dBm PAN31XX_DCDC_POWER_MAKE(0x17, 0x07, 0xc, 1, 1, 0x0d), //5dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x07, 0xc, 1, 1, 0x0d), //6dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x09, 0xc, 1, 1, 0x0d), //7dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x0b, 0xc, 1, 1, 0x0d), //8dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x0d, 0xc, 1, 1, 0x10), //9dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x11, 0xc, 1, 1, 0x10), //10dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x16, 0xc, 1, 1, 0x10), //11dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x1f, 0xc, 1, 1, 0x13), //12dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x30, 0xc, 1, 1, 0x13) //13dBm }; const uint32_t pan31xx_dcdc_power_0402_860_870mhz[34] = { PAN31XX_DCDC_POWER_MAKE(0x00, 0x05, 0x1, 1, 1, 0x10), //-20dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x13, 0x0, 1, 1, 0x10), //-19dBm PAN31XX_DCDC_POWER_MAKE(0x18, 0x06, 0x1, 1, 1, 0x10), //-18dBm PAN31XX_DCDC_POWER_MAKE(0x18, 0x07, 0x1, 1, 1, 0x10), //-17dBm PAN31XX_DCDC_POWER_MAKE(0x18, 0x08, 0x1, 1, 1, 0x10), //-16dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x00, 0x8, 1, 1, 0x10), //-15dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x00, 0xb, 1, 1, 0x10), //-14dBm PAN31XX_DCDC_POWER_MAKE(0x04, 0x00, 0xc, 1, 1, 0x10), //-13dBm PAN31XX_DCDC_POWER_MAKE(0x0a, 0x00, 0xc, 1, 1, 0x10), //-12dBm PAN31XX_DCDC_POWER_MAKE(0x12, 0x00, 0xc, 1, 1, 0x10), //-11dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x00, 0xc, 1, 1, 0x10), //-10dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x00, 0xf, 1, 1, 0x10), //-9dBm PAN31XX_DCDC_POWER_MAKE(0x01, 0x01, 0xc, 1, 1, 0x10), //-8dBm PAN31XX_DCDC_POWER_MAKE(0x07, 0x01, 0xc, 1, 1, 0x10), //-7dBm PAN31XX_DCDC_POWER_MAKE(0x0e, 0x01, 0xc, 1, 1, 0x10), //-6dBm PAN31XX_DCDC_POWER_MAKE(0x01, 0x02, 0xc, 1, 1, 0x10), //-5dBm PAN31XX_DCDC_POWER_MAKE(0x07, 0x02, 0xc, 1, 1, 0x10), //-4dBm PAN31XX_DCDC_POWER_MAKE(0x01, 0x03, 0xc, 1, 1, 0x10), //-3dBm PAN31XX_DCDC_POWER_MAKE(0x06, 0x03, 0xc, 1, 1, 0x10), //-2dBm PAN31XX_DCDC_POWER_MAKE(0x03, 0x04, 0xc, 1, 1, 0x10), //-1dBm PAN31XX_DCDC_POWER_MAKE(0x03, 0x05, 0xc, 1, 1, 0x10), //0dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x07, 0xc, 1, 1, 0x10), //1dBm PAN31XX_DCDC_POWER_MAKE(0x06, 0x07, 0xc, 1, 1, 0x10), //2dBm PAN31XX_DCDC_POWER_MAKE(0x0a, 0x07, 0xc, 1, 1, 0x10), //3dBm PAN31XX_DCDC_POWER_MAKE(0x11, 0x07, 0xc, 1, 1, 0x10), //4dBm PAN31XX_DCDC_POWER_MAKE(0x17, 0x07, 0xc, 1, 1, 0x10), //5dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x07, 0xc, 1, 1, 0x10), //6dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x09, 0xc, 1, 1, 0x10), //7dBm PAN31XX_DCDC_POWER_MAKE(0x07, 0x2c, 0xc, 1, 1, 0x0f), //8dBm PAN31XX_DCDC_POWER_MAKE(0x0b, 0x2c, 0xc, 1, 1, 0x0f), //9dBm PAN31XX_DCDC_POWER_MAKE(0x10, 0x2c, 0xc, 1, 1, 0x13), //10dBm PAN31XX_DCDC_POWER_MAKE(0x15, 0x2c, 0xc, 1, 1, 0x13), //11dBm PAN31XX_DCDC_POWER_MAKE(0x1a, 0x2c, 0xc, 1, 1, 0x15), //12dBm PAN31XX_DCDC_POWER_MAKE(0x1b, 0x3f, 0xc, 1, 1, 0x19) //13dBm }; const uint32_t pan31xx_dcdc_power_0402_902_928mhz[34] = { PAN31XX_DCDC_POWER_MAKE(0x00, 0x05, 0x1, 1, 1, 0x10), //-20dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x13, 0x0, 1, 1, 0x10), //-19dBm PAN31XX_DCDC_POWER_MAKE(0x18, 0x06, 0x1, 1, 1, 0x10), //-18dBm PAN31XX_DCDC_POWER_MAKE(0x18, 0x07, 0x1, 1, 1, 0x10), //-17dBm PAN31XX_DCDC_POWER_MAKE(0x18, 0x08, 0x1, 1, 1, 0x10), //-16dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x00, 0x8, 1, 1, 0x10), //-15dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x00, 0xb, 1, 1, 0x10), //-14dBm PAN31XX_DCDC_POWER_MAKE(0x04, 0x00, 0xc, 1, 1, 0x10), //-13dBm PAN31XX_DCDC_POWER_MAKE(0x0a, 0x00, 0xc, 1, 1, 0x10), //-12dBm PAN31XX_DCDC_POWER_MAKE(0x12, 0x00, 0xc, 1, 1, 0x10), //-11dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x00, 0xc, 1, 1, 0x10), //-10dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x00, 0xf, 1, 1, 0x10), //-9dBm PAN31XX_DCDC_POWER_MAKE(0x01, 0x01, 0xc, 1, 1, 0x10), //-8dBm PAN31XX_DCDC_POWER_MAKE(0x07, 0x01, 0xc, 1, 1, 0x10), //-7dBm PAN31XX_DCDC_POWER_MAKE(0x0e, 0x01, 0xc, 1, 1, 0x10), //-6dBm PAN31XX_DCDC_POWER_MAKE(0x01, 0x02, 0xc, 1, 1, 0x10), //-5dBm PAN31XX_DCDC_POWER_MAKE(0x07, 0x02, 0xc, 1, 1, 0x10), //-4dBm PAN31XX_DCDC_POWER_MAKE(0x01, 0x03, 0xc, 1, 1, 0x10), //-3dBm PAN31XX_DCDC_POWER_MAKE(0x06, 0x03, 0xc, 1, 1, 0x10), //-2dBm PAN31XX_DCDC_POWER_MAKE(0x03, 0x04, 0xc, 1, 1, 0x10), //-1dBm PAN31XX_DCDC_POWER_MAKE(0x03, 0x05, 0xc, 1, 1, 0x10), //0dBm PAN31XX_DCDC_POWER_MAKE(0x00, 0x07, 0xc, 1, 1, 0x10), //1dBm PAN31XX_DCDC_POWER_MAKE(0x06, 0x07, 0xc, 1, 1, 0x10), //2dBm PAN31XX_DCDC_POWER_MAKE(0x0a, 0x07, 0xc, 1, 1, 0x10), //3dBm PAN31XX_DCDC_POWER_MAKE(0x11, 0x07, 0xc, 1, 1, 0x10), //4dBm PAN31XX_DCDC_POWER_MAKE(0x17, 0x07, 0xc, 1, 1, 0x10), //5dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x07, 0xc, 1, 1, 0x10), //6dBm PAN31XX_DCDC_POWER_MAKE(0x1f, 0x09, 0xc, 1, 1, 0x10), //7dBm PAN31XX_DCDC_POWER_MAKE(0x07, 0x2c, 0xc, 1, 1, 0x0f), //8dBm PAN31XX_DCDC_POWER_MAKE(0x0b, 0x2c, 0xc, 1, 1, 0x0f), //9dBm PAN31XX_DCDC_POWER_MAKE(0x10, 0x2c, 0xc, 1, 1, 0x13), //10dBm PAN31XX_DCDC_POWER_MAKE(0x15, 0x2c, 0xc, 1, 1, 0x13), //11dBm PAN31XX_DCDC_POWER_MAKE(0x1a, 0x2c, 0xc, 1, 1, 0x15), //12dBm PAN31XX_DCDC_POWER_MAKE(0x1b, 0x3f, 0xc, 1, 1, 0x1a) //13dBm }; //-------------------------PAN312x api接口------------------------// //--------------------------------------------------------------// static int __PAN312xCmd_Write__(const void* wbuf, int wlen); static int __PAN312xCmd_Write(const void* wbuf, int wlen); static int __PAN312xCmd_WriteRead(const void* wbuf, int wlen, void* rbuf, int rlen); #if PAN312x_INTERFACE == PAN312x_IF_SPI #define PAN312x_DataBeginWrite() PAN312x_DataBegin() #define PAN312x_DataBeginRead() /* nothing to do */ #define PAN312x_DataReadNonLast(B, L) PAN312x_DataRead((B), (L)) #define PAN312x_DataReadLast(B, L) PAN312x_DataRead((B), (L)) #define PAN312xReg_Waddr(adr) (((adr) << 1) | 1) #define PAN312xReg_Raddr(adr) (((adr) << 1) | 0) #elif PAN312x_INTERFACE == PAN312x_IF_3SPI #define PAN312x_DataBeginWrite() PAN312x_DataBegin() #define PAN312x_DataBeginRead() /* nothing to do */ #define PAN312x_DataReadNonLast(B, L) PAN312x_DataRead((B), (L)) #define PAN312x_DataReadLast(B, L) PAN312x_DataRead((B), (L)) #define PAN312xReg_Waddr(adr) (((adr) << 1) | 1) #define PAN312xReg_Raddr(adr) (((adr) << 1) | 0) #elif PAN312x_INTERFACE == PAN312x_IF_I2C #define PAN312x_DataBeginWrite() PAN312x_DataBegin() #define PAN312x_DataBeginRead() PAN312x_DataReadBegin()/* nothing to do */ #define PAN312x_DataReadNonLast(B, L) PAN312x_DataReadNonLast((B), (L)) #define PAN312x_DataReadLast(B, L) PAN312x_DataRead((B), (L)) #define PAN312xReg_Waddr(adr) (((adr) << 1) | 0) #define PAN312xReg_Raddr(adr) (((adr) << 1) | 1) #endif //PAN312x_INTERFACE /** * @简介：等待OTP加载完成，写R004并查询CTS直到芯片可接受命令 * @参数：无 * @返回值: PAN312x_OK=成功，其余=总线/CTS错误 */ int PAN312x_Trigger() { while(1){ uint8_t temp = PAN312xReg_ReadB1(R000); if(temp & R000_OTP_LOAD_DONE_Msk){ break; } } PAN312xReg_WriteB1(R004, 0x1C); int ret; uint8_t cmd = COMMADN_CTS, cts; do{ PAN312x_DataBeginWrite(); ret = PAN312x_DataWrite(&cmd, 1); if(ret == 1) { PAN312x_DataBeginRead(); ret = PAN312x_DataReadLast(&cts, 1); } PAN312x_DataEnd(); if(ret == 1){ if((cts & 0xC0u) == 0x40u){ ret = PAN312x_OK; break; } } } while(ret == 1); return ret; } //-------------------------------------------------------------------------------------------------- /** * @简介：底层总线写数据(不加寄存器地址) * @参数：buf：写缓冲 * len：字节数 * @返回值: 实际写入字节数，或负错误码 */ int PAN312xRaw_Write(const void* buf, int len){ PAN312x_Lock(); PAN312x_DataBeginWrite(); int ret = PAN312x_DataWrite(buf, len); PAN312x_DataEnd(); PAN312x_Unlock(); return ret; } /** * @简介：底层总线按地址写数据 * @参数：adr：总线地址 * buf：写缓冲 * len：字节数 * @返回值: 实际写入字节数，或负错误码 */ int PAN312xRaw_WriteAddr(uint8_t adr, const void* buf, int len){ int ret; PAN312x_Lock(); PAN312x_DataBeginWrite(); ret = PAN312x_DataWrite(&adr, 1); if(ret == 1){ ret = PAN312x_DataWrite(buf, len); } PAN312x_DataEnd(); PAN312x_Unlock(); return ret; } /** * @简介：按地址写1字节 * @参数：adr：总线地址 * val：数据 * @返回值: 0-成功，非0-失败 */ int PAN312xRaw_WriteAddrB1(uint8_t adr, uint8_t val){ int ret = PAN312xRaw_WriteAddr(adr, &val, 1); return ret == 1 ? 0 : ret; } /** * @简介：按地址写2字节 * @参数：adr：总线地址 * val：数据 * @返回值: 0-成功，非0-失败 */ int PAN312xRaw_WriteAddrB2(uint8_t adr, uint16_t val){ int ret = PAN312xRaw_WriteAddr(adr, &val, 2); return ret == 2 ? 0 : ret; } /** * @简介：按地址写3字节 * @参数：adr：总线地址 * val：数据 * @返回值: 0-成功，非0-失败 */ int PAN312xRaw_WriteAddrB3(uint8_t adr, uint32_t val){ int ret = PAN312xRaw_WriteAddr(adr, &val, 3); return ret == 3 ? 0 : ret; } /** * @简介：按地址写4字节 * @参数：adr：总线地址 * val：数据 * @返回值: 0-成功，非0-失败 */ int PAN312xRaw_WriteAddrB4(uint8_t adr, uint32_t val){ int ret = PAN312xRaw_WriteAddr(adr, &val, 4); return ret == 4 ? 0 : ret; } /** * @简介：底层总线按地址读数据 * @参数：adr：总线地址 * buf：读缓冲 * len：字节数 * @返回值: 实际读取字节数，或负错误码 */ int PAN312xRaw_ReadAddr(uint8_t adr, void* buf, int len){ int ret; PAN312x_Lock(); PAN312x_DataBeginWrite(); ret = PAN312x_DataWrite(&adr, 1); if(ret == 1){ PAN312x_DataBeginRead(); ret = PAN312x_DataReadLast(buf, len); } PAN312x_DataEnd(); PAN312x_Unlock(); return ret; } /** * @简介：按地址读1字节 * @参数：adr：总线地址 * @返回值: 读到的数据 */ int PAN312xRaw_ReadAddrB1(uint8_t adr){ uint8_t val; int ret = PAN312xRaw_ReadAddr(adr, &val, 1); return ret == 1 ? val : ret; } /** * @简介：按地址读2字节 * @参数：adr：总线地址 * @返回值: 读到的数据 */ int PAN312xRaw_ReadAddrB2(uint8_t adr){ uint16_t val; int ret = PAN312xRaw_ReadAddr(adr, &val, 2); return ret == 2 ? val : ret; } /** * @简介：按地址读3字节 * @参数：adr：总线地址 * @返回值: 读到的数据 */ int PAN312xRaw_ReadAddrB3(uint8_t adr){ uint32_t val = 0; int ret = PAN312xRaw_ReadAddr(adr, &val, 3); return ret == 3 ? val : ret; } /** * @简介：按地址读4字节 * @参数：adr：总线地址 * @返回值: 读到的数据 */ uint32_t PAN312xRaw_ReadAddrB4(uint8_t adr){ uint32_t val; int ret = PAN312xRaw_ReadAddr(adr, &val, 4); return val; } //-------------------------------------------------------------------------------------------------- /** * @简介：写PAN312x寄存器 * @参数：reg：寄存器地址 * buf：写缓冲 * len：字节数 * @返回值: 实际写入字节数，或负错误码 */ int PAN312xReg_Write(uint8_t reg, const void* buf, int len){ return PAN312xRaw_WriteAddr(PAN312xReg_Waddr(reg), buf, len); } /** * @简介：写寄存器1字节 * @参数：reg：寄存器地址 * val：数据 * @返回值: 实际写入字节数或负错误码 */ int PAN312xReg_WriteB1(uint8_t reg, uint8_t val){ int ret = PAN312xReg_Write(reg, &val, 1); return ret == 1 ? PAN312x_OK : ret; } /** * @简介：写寄存器2字节 * @参数：reg：寄存器地址 * val：数据 * @返回值: 实际写入字节数或负错误码 */ int PAN312xReg_WriteB2(uint8_t reg, uint16_t val){ int ret = PAN312xReg_Write(reg, &val, 2); return ret == 2 ? PAN312x_OK : ret; } /** * @简介：写寄存器3字节 * @参数：reg：寄存器地址 * val：数据 * @返回值: 实际写入字节数或负错误码 */ int PAN312xReg_WriteB3(uint8_t reg, uint32_t val){ int ret = PAN312xReg_Write(reg, &val, 3); return ret == 3 ? PAN312x_OK : ret; } /** * @简介：写寄存器4字节 * @参数：reg：寄存器地址 * val：数据 * @返回值: 实际写入字节数或负错误码 */ int PAN312xReg_WriteB4(uint8_t reg, uint32_t val){ int ret = PAN312xReg_Write(reg, &val, 4); return ret == 4 ? PAN312x_OK : ret; } /** * @简介：读PAN312x寄存器 * @参数：reg：寄存器地址 * buf：读缓冲 * len：字节数 * @返回值: 实际读取字节数，或负错误码 */ int PAN312xReg_Read(uint8_t reg, void* buf, int len){ return PAN312xRaw_ReadAddr(PAN312xReg_Raddr(reg), buf, len); } /** * @简介：读寄存器1字节 * @参数：reg：寄存器地址 * @返回值: 读到的数据 */ int PAN312xReg_ReadB1(uint8_t reg){ uint8_t val; int ret = PAN312xReg_Read(reg, &val, 1); return ret == 1 ? val : ret; } /** * @简介：读寄存器2字节 * @参数：reg：寄存器地址 * @返回值: 读到的数据 */ int PAN312xReg_ReadB2(uint8_t reg){ uint16_t val; int ret = PAN312xReg_Read(reg, &val, 2); return ret == 2 ? val : ret; } /** * @简介：读寄存器3字节 * @参数：reg：寄存器地址 * @返回值: 读到的数据 */ int PAN312xReg_ReadB3(uint8_t reg){ uint32_t val = 0; int ret = PAN312xReg_Read(reg, &val, 3); return ret == 3 ? val : ret; } /** * @简介：读寄存器4字节 * @参数：reg：寄存器地址 * @返回值: 读到的数据 */ uint32_t PAN312xReg_ReadB4(uint8_t reg){ uint32_t val; int ret = PAN312xReg_Read(reg, &val, 4); return val; } //-------------------------------------------------------------------------------------------------- /** * @简介：命令通道等待CTS就绪(已持锁) * @参数：无 * @返回值: PAN312x_OK=成功，其余=CTS/总线错误 */ static int __PAN312xCmd_WaitCts__() { int ret; uint8_t cmd = COMMADN_CTS, cts; do{ PAN312x_DataBeginWrite(); ret = PAN312x_DataWrite(&cmd, 1); if(ret == 1) { PAN312x_DataBeginRead(); ret = PAN312x_DataReadLast(&cts, 1); } PAN312x_DataEnd(); if(ret == 1){ if(!(cts & 0x40)) ret = PAN312x_CTS_ERROR; else if(!(cts & 0x80)) ret = PAN312x_OK; } } while(ret == 1); return ret; } /** * @简介：命令通道写并等待CTS(已持锁) * @参数：wbuf：命令缓冲 * wlen：字节数 * @返回值: 写入字节数或错误码 */ static int __PAN312xCmd_Write__(const void* wbuf, int wlen){ PAN312x_DataBeginWrite(); int ret = PAN312x_DataWrite(wbuf, wlen); PAN312x_DataEnd(); if(ret == wlen){ int _ret = __PAN312xCmd_WaitCts__(); if(_ret != PAN312x_OK) ret = _ret; } return ret; } /** * @简介：命令通道写并等待CTS * @参数：wbuf：命令缓冲 * wlen：字节数 * @返回值: 写入字节数或错误码 */ static int __PAN312xCmd_Write(const void* wbuf, int wlen){ PAN312x_Lock(); int ret = __PAN312xCmd_Write__(wbuf, wlen); PAN312x_Unlock(); return ret; } /** * @简介：命令通道写后读应答 * @参数：wbuf：命令缓冲 * wlen：写字节数 * rbuf：读缓冲 * rlen：读字节数 * @返回值: 读取字节数或错误码 */ static int __PAN312xCmd_WriteRead(const void* wbuf, int wlen, void* rbuf, int rlen) { PAN312x_Lock(); int ret = __PAN312xCmd_Write__(wbuf, wlen); if(ret == wlen){ uint8_t temp = COMMADN_CTS;//0x44; PAN312x_DataBeginWrite(); ret = PAN312x_DataWrite(&temp, 1); if(ret == 1){ PAN312x_DataBeginRead(); ret = PAN312x_DataReadNonLast(&temp, 1); //skip CTS if(ret == 1){ ret = PAN312x_DataReadLast(rbuf, rlen); } } PAN312x_DataEnd(); } PAN312x_Unlock(); return ret; } /** * @简介：查询一次CTS状态 * @参数：无 * @返回值: PAN312x_OK=就绪，PAN312x_CTS_ERROR=未就绪，PAN312x_IO_ERROR=总线错误 */ int PAN312x_CheckCts(void) { int ret; uint8_t cmd = COMMADN_CTS, cts; PAN312x_DataBeginWrite(); ret = PAN312x_DataWrite(&cmd, 1); if(ret == 1) { PAN312x_DataBeginRead(); ret = PAN312x_DataReadLast(&cts, 1); } PAN312x_DataEnd(); if(ret == 1){ if((cts & 0xC0u) == 0x40u){ return PAN312x_OK; } else { return PAN312x_CTS_ERROR; } } return PAN312x_IO_ERROR; } /** * @简介：阻塞等待CTS就绪 * @参数：无 * @返回值: 无 */ void PAN312x_WaitCtsOk(void) { while(1){ int ret = PAN312x_CheckCts(); if(ret == PAN312x_OK || ret == PAN312x_IO_ERROR){ break; } } } void PAN312x_ReadInvalidData(void) { uint8_t tmpBuffer[33]; PAN312xReg_Read(0x22, tmpBuffer, sizeof(tmpBuffer)); } /** * @简介：向寄存器地址写1字节数据 * @参数：addr - 寄存器地址 * data - 数据 * @返回值：无 */ void PAN312x_Write( uint8_t addr, uint8_t data ) { PAN312xReg_WriteB1(addr, data); } /** * @简介：向寄存器地址读1字节数据 * @参数：addr - 寄存器地址 * data - 读数据存储地址 * @返回值：无 */ void PAN312x_Read( uint8_t addr, uint8_t *data ) { PAN312xReg_Read(addr, data, 1); } /** * @简介：按地址连续写操作寄存器(XDATA) * @参数：addr：起始地址 * num_value：字节数 * value：写缓冲 * @返回值: 0-成功，非0-失败 */ void PAN312x_Set_OP_Reg(uint16_t addr, uint8_t num_value, const uint8_t *value) { PAN312x_SetXdatas(addr, value, num_value); } /** * @简介：按地址连续读操作寄存器(XDATA) * @参数：addr：起始地址 * num_value：字节数 * value：读缓冲 * @返回值: 0-成功，非0-失败 */ void PAN312x_Get_OP_Reg(uint16_t addr, uint8_t num_value, uint8_t *value) { PAN312x_GetXdatas(addr, value, num_value); } /** * @简介：通过PAD复位PAN312x(低电平有效) * @参数：无 * @返回值：无 */ void PAN312x_Reset(void) { PAN312x_Reset_Init(); PAN312x_Reset_Low(); delay1ms(20); PAN312x_Reset_High(); delay1ms(20); } /** * @简介：PAN312x IO初始化及配置 * @参数：无 * @返回值：无 */ void PAN312x_InitIo(void) { PAN312x_DIO8_INPUT(); } /** * @简介：DIO8中断开启使能 * @参数：无 * @返回值：无 */ void DIO8_EnableInterrupt(void) { PAN312x_DIO8_INTENABLE(); } /** * @简介：DIO8中断关闭使能 * @参数：无 * @返回值：无 */ void DIO8_DisableInterrupt(void) { PAN312x_DIO8_INTDISABLE(); } /** * @简介：DIO8引脚状态获取 * @参数：无 * @返回值：State表示DIO0获取的电平，高电平"1",低电平"0" */ bool DIO8_GetState(void) { bool State; State = PAN312x_DIO8_GetState(); return State; } /** * @简介：PAN312x FSK初始化 * @参数：无 * @返回值：无 */ void PAN312x_Fsk_Init(void) { PAN312x_InitIo(); // PAIO口初始化 PAN312x_SPI_Init(); // SPI初始化 PAN312x_Reset(); // 复位RF #if PAN312x_INTERFACE == PAN312x_IF_3SPI PAN312x_SPI3wire_Enable(); #endif if(TcxoControlByGpio == 0x01){ PAN312x_TCXO_ControlByGpio(PAN312x_GPIO_PIN_9, 1); /* 使能TCXO, 高电平有效 */ } PAN312x_Trigger(); PAN312x_RegMap_Init(); //RC校准 PAN312x_RC_Calibration(); } /** * @简介：PAN312x寄存器RegMap初始化 * @参数：无 * @返回值：无 */ void PAN312x_RegMap_Init(void) { uint8_t tmp; //XTH_DEGLITCH tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2C6); tmp &= ~PROPERTY_MSK_R2C6_XTH_DEGLITCH_EN; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2C6, tmp); //[0x70][0x3e][0x13e]: 0x80 //[8]:adc_clk相位选择； //0:不取反；1:取反 tmp = 0x80; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R13E, tmp); //[0x72][0x31] tmp = 0x7d; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R231, tmp); //[0x73][0x53]修改PLL_CP_ISEL，PSHIFT,优化相噪 tmp = 0x2e;//v1.0:0x28,v1.1:0x2e PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2BE, tmp); //[0x73][0x41]修改XTH_HYS_EN，优化相噪 tmp = 0x00; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2C1, tmp); //[0x73][0x53]修改PLL_CP_ISEL，PSHIFT,优化相噪 tmp = 0x7d; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2D3, tmp); //[0x73][0x53]修改PLL_CP_ISEL，PSHIFT,优化相噪 tmp = 0xfd;//v1.0:0x7d,v1.1:0xfd PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2D4, tmp); //[0x73][0x57]:PA模拟模式 ramp时间常数调节 //PA_RAMP_RC_TRIM[3:1] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2D7); tmp &= ~PROPERTY_MSK_R2D7_PA_RAMP_RC_TRIM; tmp |= (0x06 << 1); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2D7, tmp); //[0x73][0x5c],默认值修改 tmp = 0xff; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2DC, tmp); //[0x74][0x16] AGC输入使能 tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R316); tmp |= PROPERTY_MSK_R316_REG_AGC_IN_MODE | PROPERTY_MSK_R316_REG_DC_CAL_TRIG; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R316, tmp); //V1.1 //[0x72][0x38] tmp = 0x71; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R238, tmp); //[0x72][0x40] tmp = 0x86; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R240, tmp); //DCDC_CAL_EN: [0x73][0x45][5:3] =111b dcdc tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2C5); tmp &= ~PROPERTY_MSK_R2C5_DCDC_IMAX; tmp |= (0x07 << PROPERTY_POS_R2C5_DCDC_IMAX); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2C5, tmp); //[0x73][0x44] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2C4); //DCDC_BUFSEL:[0x73][0x44][7:5] = 000b tmp &= ~PROPERTY_MSK_R2C4_DCDC_BUFSEL; //DCDC_RESSEL:[0x73][0x44][4:2] = 010b tmp &= ~PROPERTY_MSK_R2C4_DCDC_RESSEL; tmp |= (0x02 << PROPERTY_POS_R2C4_DCDC_RESSEL); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2C4, tmp); //[0x73][0x48] //XTH_AMP_SEL[7]=0,优化DCDC杂散，32M spur，功耗 tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2C8); tmp &= ~PROPERTY_MSK_R2C8_XTH_AMP_SEL; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2C8, tmp); //[0x73][0x44] RX_TIA_DCOC_ENABLE = 0,analog dc close tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2C3); tmp &= ~PROPERTY_MSK_R2C3_RX_TIA_DCOC_ENABLE; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2C3, tmp); // // //20250928 tx_setting and rx_setting time //[0x74][0x40] tmp = 0x02; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R340, tmp); //[0x74][0x41] tmp = 0x08; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R341, tmp); //[0x74][0x43] tmp = 0x10; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R343, tmp); //[0x74][0x44], 03 to 02,128us to 64us tmp = 0x02; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R344, tmp); //[0x74][0x45], //ramp down 时间，从128us改为64us tmp = 0x02; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R345, tmp); //500kbps tmp = 0x22; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R338, tmp); } /** * @简介：读取GET_FWID的4字节应答 * @参数：tmp：4字节缓冲区，低2字节FwId，高2字节YMDH * @返回值: 0-成功，非0-失败 */ static int __PAN312x_Get_FwIdReply(uint8_t tmp[4]) { uint8_t cmd = COMMAND_GET_FWID; int ret = __PAN312xCmd_WriteRead(&cmd, 1, tmp, 4); return ret == 4 ? PAN312x_OK : ret; } /** * @简介：获取PAN312x固件ID(GET_FWID 低2字节) * @参数：fwid：固件ID缓冲区 * @返回值: 0-成功，非0-失败 */ int PAN312x_Get_FwId(uint16_t *fwid) { uint8_t tmp[4]; int ret = __PAN312x_Get_FwIdReply(tmp); if(ret != PAN312x_OK){ return ret; } *fwid = (uint16_t)tmp[0] | ((uint16_t)tmp[1] << 8); return PAN312x_OK; } /** * @简介：解析 PAN312x 固件编译时间(GET_FWID 应答高字节) * @参数：build_time：输出年/月/日/时 * @返回值: 0-成功，非0-失败 */ int PAN312x_Get_FwBuildTime(PAN312xFwBuildTime *build_time) { uint8_t tmp[4]; uint16_t ymdh; int ret = __PAN312x_Get_FwIdReply(tmp); if(ret != PAN312x_OK){ return ret; } ymdh = (uint16_t)tmp[2] | ((uint16_t)tmp[3] << 8); build_time->ymdh = ymdh; build_time->year = (uint16_t)(((ymdh >> 13) & 0x07u) + 2026u); build_time->month = (uint8_t)((ymdh >> 9) & 0x0Fu); build_time->day = (uint8_t)((ymdh >> 4) & 0x1Fu); build_time->hour = (uint8_t)((ymdh & 0x0Fu) + 7u); return PAN312x_OK; } /** * @简介：寄存器操作 * @参数：op_reg_flag - 操作标志，参考PAN312x_OpRegFlag_t * addr - 寄存器地址 * buf - 寄存器值缓冲区 * len - 缓冲区长度 * @返回值：0-成功，非0-失败 */ int PAN312x_OpRegister(uint8_t op_reg_flag, uint16_t addr, void* buf, int len) { int ret; if(op_reg_flag & OP_REG_FLAG_READ_INFO){ uint8_t txbuf[3] = {COMMAND_OP_REGISTER, OP_REG_FLAG_READ_INFO, addr}; ret = __PAN312xCmd_WriteRead(txbuf, 3, buf, 2); if(ret == 1) ret = PAN312x_OK; } else if(op_reg_flag & OP_REG_FLAG_WRITE){ uint8_t txbuf[33]; txbuf[0] = COMMAND_OP_REGISTER; txbuf[1] = (op_reg_flag & 0xf0) | ((addr >> 8) & 0x07); txbuf[2] = addr; memcpy(txbuf + 3, buf, len); ret = __PAN312xCmd_Write(txbuf, len + 3); if(ret == len + 3) ret = PAN312x_OK; } else { uint8_t txbuf[4] = {COMMAND_OP_REGISTER, (op_reg_flag & 0xf0) | ((addr >> 8) & 0x07), addr, len}; ret = __PAN312xCmd_WriteRead(txbuf, 4, buf, len); if(ret == len) ret = PAN312x_OK; } return ret; } /** * @简介：设置sfr/data值，地址自增 * @参数：addr - sfr/data地址 * buff - 数据缓冲区 * len - 数据长度 * @返回值：实际设置的数据量 */ int PAN312x_SetDatas(uint8_t addr, const void* buff, int len) { int count = len; uint8_t* ptr = (uint8_t*)buff; uint8_t adr = addr; while(len > 0){ int tx = len > 30 ? 30 : len; int ret = PAN312x_OpRegister(OP_REG_FLAG_INC_ADDR | OP_REG_FLAG_WRITE, adr, ptr, tx); if(ret != PAN312x_OK) return ret; adr += tx; ptr += tx; len -= tx; } return count; } /** * @简介：设置单个sfr/data数据 * @参数：addr - sfr/data地址 * value - sfr/data数据 * @返回值：0-成功，非0-失败 */ int PAN312x_SetData(uint8_t addr, uint8_t value) { int ret = PAN312x_SetDatas(addr, &value, 1); return ret == 1 ? PAN312x_OK : ret; } /** * @简介：获取sfr/data数据，地址自增 * @参数：addr - sfr/data地址 * buff - 数据缓冲区 * len - 数据长度 * @返回值：实际设置的数据量 */ int PAN312x_GetDatas(uint8_t addr, void* buff, int len) { int count = len; uint8_t* ptr = (uint8_t*)buff; uint8_t adr = addr; while(len > 0){ int rx = len > 30 ? 30 : len; int ret = PAN312x_OpRegister(OP_REG_FLAG_INC_ADDR, adr, ptr, rx); if(ret != PAN312x_OK) return ret; adr += rx; ptr += rx; len -= rx; } return count; } /** * @简介：获取单个sfr/data数据 * @参数：addr - sfr/data地址 * @返回值：成功返回数据值，失败返回负数 */ int PAN312x_GetData(uint8_t addr) { uint8_t value; if(PAN312x_GetDatas(addr, &value, 1) == 1){ return value; } return -1; } /** * @简介：设置xdata数据，地址自增 * @参数：addr - xdata地址 * buff - 数据缓冲区 * len - 数据长度 * @返回值：实际设置的数据量 */ int PAN312x_SetXdatas(uint16_t addr, const void* buff, int len) { int count = len; uint8_t* ptr = (uint8_t*)buff; uint16_t adr = addr; while(len > 0){ int tx = len > 30 ? 30 : len; int ret = PAN312x_OpRegister(OP_REG_FLAG_INC_ADDR | OP_REG_FLAG_XDATA | OP_REG_FLAG_WRITE, adr, ptr, tx); if(ret != PAN312x_OK) return ret; adr += tx; ptr += tx; len -= tx; } return count; } /** * @简介：设置单个xdata数据 * @参数：addr - xdata地址 * value - xdata数据 * @返回值：实际设置的数据量 */ int PAN312x_SetXdata(uint16_t addr, uint8_t value) { int ret = PAN312x_SetXdatas(addr, &value, 1); return ret == 1 ? PAN312x_OK : ret; } /** * @简介：获取xdata数据，地址自增 * @参数：addr - xdata地址 * buff - 数据缓冲区 * len - 缓冲区长度 * @返回值：实际获取的数据量 */ int PAN312x_GetXdatas(uint16_t addr, void* buff, int len) { int count = len; uint8_t* ptr = (uint8_t*)buff; uint16_t adr = addr; while(len > 0){ int rx = len > 30 ? 30 : len; int ret = PAN312x_OpRegister(OP_REG_FLAG_INC_ADDR | OP_REG_FLAG_XDATA, adr, ptr, rx); if(ret != PAN312x_OK) return ret; adr += rx; ptr += rx; len -= rx; } return count; } /** * @简介：获取单个xdata数据 * @参数：addr - xdata地址 * @返回值：成功返回数据，失败返回负数 */ int PAN312x_GetXdata(uint16_t addr) { uint8_t value; if(PAN312x_GetXdatas(addr, &value, 1) == 1){ return value; } return -1; } /** * @简介：底层总线写数据(不加寄存器地址) * @addr - INFO * buff - 数据缓冲区 * len - * @ */ int PAN312x_GetInfoDatas(uint8_t addr, void* buff, int len) { int count = len; uint8_t* ptr = (uint8_t*)buff; while(len > 0){ int ret = PAN312x_OpRegister(OP_REG_FLAG_READ_INFO, addr, ptr, 2); if(ret != PAN312x_OK) return ret; addr += 1; ptr += 2; len -= 2; } return count; } /** * @简介：强制进入READY状态，非休眠状态下有效 * @addr - INFO * @简介：底层总线写数据(不加寄存器地址) */ int PAN312x_GetInfoData(uint8_t addr) { uint16_t value; if(PAN312x_GetInfoDatas(addr, &value, 2) == 2){ return value; } return -1; } /** * @简介：设置PAN312x进入Tx * @参数：channel： 信道 * condition: 条件标志，参考PAN312xStartCond * tx_len: 发送数据长度 * @返回值：0-成功，非0-失败 */ int PAN312x_Enter_Tx(uint16_t channel, uint8_t condition, uint16_t tx_len) { uint8_t txbuf[6] = { COMMAND_START_TX, channel, channel >> 8, condition, tx_len, (tx_len >> 8) & 0x1f }; int ret = __PAN312xCmd_Write(txbuf, 6); return ret == 6 ? PAN312x_OK : ret; } /** * @简介：设置PAN312x进入Rx * @参数：channel： 信道 * condition: 条件标志，参考PAN312xStartCond * rx_len: 接收数据长度 * 注意：可变包长帧结构时，该参数设置为0x00 * 固定包长帧结构时，该参数需要与发端的数据长度一致 * @返回值：0-成功，非0-失败 */ int PAN312x_Enter_Rx(uint16_t channel, uint8_t condition, uint16_t rx_len) { uint8_t txbuf[6] = { COMMAND_START_RX, channel, channel >> 8, condition, rx_len, (rx_len >> 8) & 0x1f }; int ret = __PAN312xCmd_Write(txbuf, 6); return ret == 6 ? PAN312x_OK : ret; } /** * @简介：PAN312x发送ACK * @参数：无 * @返回值：0-成功，非0-失败 */ int PAN312x_Tx_Ack(void) { uint8_t cmd = COMMAND_TX_ACK; int ret = __PAN312xCmd_Write(&cmd, 1); return ret == 1 ? PAN312x_OK : ret; } /** * @简介：设置PAN312x进入sleep状态 * @参数：sleep_mode - 休眠模式，参考PAN312x_SleepMode_t * wake_up_state - 唤醒后进入状态(仅NormalSleep有效)，参考PAN312x_WakeUpState_t * @返回值：无 */ int PAN312x_Enter_Sleep(PAN312xSleepMode sleep_mode, PAN312xWakeUpState wake_up_state) { uint8_t txbuf[2] = { COMMAND_GO_SLEEP, (sleep_mode == DEEP_SLEEP_MODE ? 0x08 : 0x00) | (wake_up_state & 0x03) }; int ret = PAN312xRaw_Write(txbuf, 2); return ret == 2 ? PAN312x_OK : ret; } /** * @简介：强制进入READY状态，非休眠状态下有效 * @参数：无 * @返回值：0-成功，非0-失败 */ int PAN312x_Enter_Ready(void) { uint8_t cmd = COMMAND_GO_READY; int ret = __PAN312xCmd_Write(&cmd, 1); return ret == 1 ? PAN312x_OK : ret; } /** * @简介：设置属性寄存器 * @参数：group- 寄存器地址 * num_value - 缓冲区长度 * value - 寄存器值缓冲区 * @返回值：0-成功，非0-失败 */ int PAN312x_Set_Property(uint16_t group, uint8_t num_value, const void* value) { uint8_t txbuf[33]; txbuf[0] = COMMAND_SET_PROPERTY; txbuf[1] = group >> 8; txbuf[2] = group; memcpy(txbuf + 3, value, num_value); int ret = __PAN312xCmd_Write(txbuf, num_value + 3); return ret == num_value + 3 ? PAN312x_OK : ret; } /** * @简介：设置1个字节的属性寄存器值 * @参数：group- 寄存器地址 * value - 值 * @返回值：0-成功，非0-失败 */ int PAN312x_Set_PropertyB1(uint16_t group, uint8_t value) { int ret = PAN312x_Set_Property(group, 1, &value); return ret == 1 ? PAN312x_OK : ret; } /** * @简介：设置2个字节的属性寄存器值 * @参数：group- 寄存器地址 * value - 值 * @返回值：0-成功，非0-失败 */ int PAN312x_Set_PropertyB2(uint16_t group, uint16_t value) { int ret = PAN312x_Set_Property(group, 2, &value); return ret == 2 ? PAN312x_OK : ret; } /** * @简介：设置3个字节的属性寄存器值 * @参数：group- 寄存器地址 * value - 值 * @返回值：0-成功，非0-失败 */ int PAN312x_Set_PropertyB3(uint16_t group, uint32_t value) { int ret = PAN312x_Set_Property(group, 3, &value); return ret == 3 ? PAN312x_OK : ret; } /** * @简介：设置4个字节的属性寄存器值 * @参数：group- 寄存器地址 * value - 值 * @返回值：0-成功，非0-失败 */ int PAN312x_Set_PropertyB4(uint16_t group, uint32_t value) { int ret = PAN312x_Set_Property(group, 4, &value); return ret == 4 ? PAN312x_OK : ret; } /** * @简介：获取属性寄存器 * @参数：group- 寄存器地址 * num_value - 缓冲区长度 * value - 寄存器值缓冲区 * @返回值：0-成功，非0-失败 */ int PAN312x_Get_Property(uint16_t group, uint8_t num_value, void *value) { uint8_t txbuf[4] = { COMMAND_GET_PROPERTY, num_value, group >> 8, group }; int ret = __PAN312xCmd_WriteRead(txbuf, 4, value, num_value); return ret == num_value ? PAN312x_OK : ret; } /** * @简介：获取1个字节的属性寄存器值 * @参数：group- 寄存器地址 * value - 值 * @返回值：0-成功，非0-失败 */ int PAN312x_Get_PropertyB1(uint16_t group) { uint8_t value; int ret = PAN312x_Get_Property(group, 1, &value); return ret == PAN312x_OK ? value : ret; } /** * @简介：获取2个字节的属性寄存器值 * @参数：group- 寄存器地址 * value - 值 * @返回值：0-成功，非0-失败 */ int PAN312x_Get_PropertyB2(uint16_t group) { uint16_t value = 0; int ret = PAN312x_Get_Property(group, 2, &value); return ret == PAN312x_OK ? value : ret; } /** * @简介：获取3个字节的属性寄存器值 * @参数：group- 寄存器地址 * value - 值 * @返回值：0-成功，非0-失败 */ int PAN312x_Get_PropertyB3(uint16_t group) { uint32_t value = 0; int ret = PAN312x_Get_Property(group, 3, &value); return ret == PAN312x_OK ? value : ret; } /** * @简介：获取4个字节的属性寄存器值 * @参数：group- 寄存器地址 * value - 值 * @返回值：返回寄存器值，注意该函数无法区分是否发生错误 */ uint32_t PAN312x_Get_PropertyB4(uint16_t group) { uint32_t value; PAN312x_Get_Property(group, 4, &value); return value; } /** * @简介：读取芯片当前工作状态 * @参数：无 * @返回值: 芯片状态(GET_STATUS字节1低3位) */ uint8_t PAN312x_Get_ChipState(void) { uint32_t status; uint8_t cmd = COMMAND_GET_STATUS; int ret = __PAN312xCmd_WriteRead(&cmd, 1, &status, 4); //memcpy(pIrqStatus, &status, 4); return (uint8_t)((status >> 8) & 0x07); } /** * @简介：启动DutyCycle * @参数：sleep_now: 0x00：启动DutyCycle时，发送一包报数据，然后休眠 0x01：启动DutyCycle时，立即休眠(Sleep) * @返回值：0-成功，非0-失败 */ int PAN312x_Enter_DutyCycle(uint8_t sleep_now) { uint8_t txbuf[2] = { COMMAND_DUTY_CYCLE, sleep_now ? 0x08 : 0x00 }; int ret = sleep_now ? PAN312xRaw_Write(txbuf, 2) : __PAN312xCmd_Write(txbuf, 2); return ret == 2 ? PAN312x_OK : ret; } /** * @简介：退出DutyCycle * @参数：无 * @返回值：无 */ int PAN312x_Exit_DutyCycle(uint32_t timeout) { // int ret; // uint32_t tick0 = sys_tick_get(); // //PAN312x_WaitCtsOk(); // do{ // ret = PAN312x_CheckCts(); // // printf("CtsRetValue: %d\r\n", ret); // if(ret == PAN312x_OK){ // PAN312x_Enter_Ready(); // PAN312x_Irq_Clear_AllStatus(); // PAN312x_FlushTxFifoRxFifo(); // PAN312x_Reset_Modem(); // PAN312x_WutDisable(); // break; // } else if(timeout) { // uint32_t ticks = sys_tick_get() - tick0; // if(ticks >= timeout){ // return PAN312x_TIMEOUT; // } // } // }while(1); return PAN312x_OK; } /** * @简介：获取PAN312x的irq的状态 * @参数：pIrqStatus：参考PAN312xIrqs; * @返回值：无 */ int PAN312x_Irq_Get_Status(PAN312xIrqs* pIrqStatus) { uint32_t status; uint8_t cmd = COMMAND_GET_STATUS; int ret = __PAN312xCmd_WriteRead(&cmd, 1, &status, 4); memcpy(pIrqStatus, &status, 4); return ret == 4 ? PAN312x_OK : ret; } /** * @简介：清除PAN312x的所有irq的状态 * @参数：无; * @返回值：无 */ int PAN312x_Irq_Clear_AllStatus(void) { uint32_t status = 0xffffffff; uint8_t txbuf[5]; txbuf[0] = COMMAND_CLEAR_STATUS; memcpy(txbuf + 1, &status, 4); int ret = __PAN312xCmd_Write(txbuf, 5); return ret == 5 ? PAN312x_OK : ret; } /** * @简介：清除PAN312x的irq的状态 * @参数：pIrqStatus：参考PAN312xIrqs; * @返回值：无 */ int PAN312x_Irq_Clear_Status(PAN312xIrqs pIrqStatus) { uint32_t status; memcpy(&status, &pIrqStatus, 4); status &= ~(IRQ_STATUS_FW_STATE | IRQ_STATUS_DUTYCYCLE_FLAG); uint8_t txbuf[5]; txbuf[0] = COMMAND_CLEAR_STATUS; memcpy(txbuf + 1, &status, 4); int ret = __PAN312xCmd_Write(txbuf, 5); return ret == 5 ? PAN312x_OK : ret; } /** * @简介：清除PAN312x的tx fifo的状态 * @参数：pIrqStatus：参考PAN312xIrqs; * @返回值：无 */ int PAN312x_Irq_Clear_TxFifo_Status(PAN312xIrqs pIrqStatus) { uint32_t status; memcpy(&status, &pIrqStatus, 4); status &= ~(IRQ_STATUS_FW_STATE | IRQ_STATUS_DUTYCYCLE_FLAG); uint8_t txbuf[5]; txbuf[0] = COMMAND_CLEAR_STATUS; memcpy(txbuf + 1, &status, 4); int ret = __PAN312xCmd_Write(txbuf, 5); return ret == 5 ? PAN312x_OK : ret; } /** * @简介：清除PAN312x的rx fifo的状态 * @参数：无; * @返回值：无 */ int PAN312x_Irq_Clear_RxFifo_Status(void) { uint32_t status = IRQ_STATUS_RX_FIFO; status &= ~(IRQ_STATUS_FW_STATE | IRQ_STATUS_DUTYCYCLE_FLAG); uint8_t txbuf[5]; txbuf[0] = COMMAND_CLEAR_STATUS; memcpy(txbuf + 1, &status, 4); int ret = __PAN312xCmd_Write(txbuf, 5); return ret == 5 ? PAN312x_OK : ret; } /** * @简介：清除PAN312x的rx done的状态 * @参数：无 * @返回值：无 */ int PAN312x_Irq_Clear_RxDone_Status(void) { uint32_t status = IRQ_STATUS_RX_DONE | IRQ_STATUS_RX_FIFO; status &= ~(IRQ_STATUS_FW_STATE | IRQ_STATUS_DUTYCYCLE_FLAG); uint8_t txbuf[5]; txbuf[0] = COMMAND_CLEAR_STATUS; memcpy(txbuf + 1, &status, 4); int ret = __PAN312xCmd_Write(txbuf, 5); return ret == 5 ? PAN312x_OK : ret; } /** * @简介：清除PAN312x的rx crc error的状态 * @参数：无 * @返回值：无 */ int PAN312x_Irq_Clear_RxCrcError_Status(void) { uint32_t status = IRQ_STATUS_CRC_ERROR | IRQ_STATUS_RX_FIFO; status &= ~(IRQ_STATUS_FW_STATE | IRQ_STATUS_DUTYCYCLE_FLAG); uint8_t txbuf[5]; txbuf[0] = COMMAND_CLEAR_STATUS; memcpy(txbuf + 1, &status, 4); int ret = __PAN312xCmd_Write(txbuf, 5); return ret == 5 ? PAN312x_OK : ret; } /** * @简介：获取PAN312x的GpioIrq 使能的状态 * @参数：无 * @返回值：GpioIrq 使能的状态值 */ uint32_t PAN312x_Get_GpioIrq_EnableStatus(void) { return PAN312x_Get_PropertyB3(PROPERTY_ADDR_IRQ_ENABLE); } /** * @简介：使能or失能某个中断映射到Gpio引脚上 * @参数：status: * @返回值：无 */ void PAN312x_GpioIrq_EnableStatus(uint32_t status) { PAN312x_Set_PropertyB3(PROPERTY_ADDR_IRQ_ENABLE, status); } /** * @简介：将PAN312x的中断映射到PAN312x的irq(GPIO8)引脚上 * @参数：pIrqStatus：参考PAN312xIrqList; * xNewState: 0:enable * 1:disable * @返回值：无 */ void PAN312x_GpioIrq_Config(PAN312xIrqList xIrq, SFunctionalState xNewState) { uint32_t status = PAN312x_Get_GpioIrq_EnableStatus(); uint32_t newsts = xNewState ? (status | xIrq) : (status & (~xIrq)); if(status != newsts){ PAN312x_GpioIrq_EnableStatus(newsts); } } /** * @简介：设置PAN312x的包过滤控制 * @参数：epat1: 0: * 1: * epat2: 0: * 1: * epat3: 0: * 1: * inten: 0: 失能node id中断 * 1: 使能node id中断 * reset: 0：node id不匹配时，不丢弃数据，继续接收 1：node id不匹配时，丢弃已接收的数据，继续接收 * @返回值：无 */ void PAN312x_Set_PacketFilter_Ctrl(uint8_t PacketFilterCtrl) { //uint8_t tmp = 0x00; //tmp |= (inten << 7) | (epat3 << 6) | (epat2 << 5) | (epat1 << 4) | (reset << 3); PAN312x_Set_PropertyB1(PROPERTY_ADDR_PACKET_FILTER_CTRL, PacketFilterCtrl); } /** * @简介：设置PAN312x的包过滤掩码 * @参数：pat_mask: * @返回值：无 */ void PAN312x_Set_PacketFilter_Mask(uint32_t pat_mask) { PAN312x_Set_PropertyB4(PROPERTY_ADDR_PACKET_FILTER_MASK, pat_mask); } /** * @简介：设置PAN312x的包过滤pat1_value * @参数： pat1_value: * @返回值：无 */ void PAN312x_Set_PacketFilter_Pat1Value(uint32_t pat1_value) { PAN312x_Set_PropertyB4(PROPERTY_ADDR_PACKET_FILTER_PAT1, pat1_value); } /** * @简介：设置PAN312x的包过滤pat2_value * @参数： pat2_value: * @返回值：无 */ void PAN312x_Set_PacketFilter_Pat2Value(uint32_t pat2_value) { PAN312x_Set_PropertyB4(PROPERTY_ADDR_PACKET_FILTER_PAT2, pat2_value); } /** * @简介：设置PAN312x的包过滤pat3_value * @参数： pat3_value: * @返回值：无 */ void PAN312x_Set_PacketFilter_Pat3Value(uint32_t pat3_value) { PAN312x_Set_PropertyB4(PROPERTY_ADDR_PACKET_FILTER_PAT3, pat3_value); } /** * @简介：设置PAN312x的NodeId * @参数： nodeid_length ： nodeid的长度(最大4bytes) * nodeid_position(该参数只针对rx有效): 0 nodeid before length * 1 nodeid after length * @返回值：无 */ void PAN312x_Set_Rx_NodeId_Config(uint8_t nodeid_length, uint8_t nodeid_position) { uint8_t tmp = (nodeid_length << 2) | (nodeid_position << 1); PAN312x_Set_PropertyB1(PROPERTY_ADDR_NODE_ID_CONF, tmp); } /** * @简介：获取PAN312x接收的NodeId的值 * @参数： nodeid_value ： nodeid_value的值 * @返回值：无 * 备注： * 这个只支持如下帧结构： * preamble + syncword + node_id + length + data + crc */ uint32_t PAN312x_Get_Rx_NodeId_Value(void) { return PAN312x_Get_PropertyB4(PROPERTY_ADDR_RX_NODE_ID); } /** * @简介：设置PAN3110的Tx NodeId的长度 * @参数： nodeid_length ： nodeid的长度(最大4bytes) * @返回值：无 * 备注：tx时，只支持node id在前的帧结构 * nodeid_length = 0时，帧结构为preamble + syncword + length + data + crc； * nodeid_length非0时，帧结构为preamble + nodeid + syncword + length + data + crc； */ void PAN312x_Set_Tx_NodeId_Lnegth(uint8_t nodeid_length) { uint8_t tmp = (nodeid_length << 5); PAN312x_Set_PropertyB1(PROPERTY_ADDR_NODE_ID_CONF, tmp); } /** * @简介：设置PAN312x的NodeId的值 * @参数： nodeid_value ： nodeid_value的值 * @返回值：无 * 备注： * 这个只支持如下帧结构： * preamble + syncword + node_id + length + data + crc */ void PAN312x_Set_Tx_NodeId_Value(uint32_t nodeid_value) { PAN312x_Set_PropertyB4(PROPERTY_ADDR_R11C_REG_NODE_ID_L1, nodeid_value); } /** * @简介：设置PAN312x的TxPacket * @参数：crc_state： 0 失能crc * 1 使能crc * packet_type: 0 固定包长 * 1 可变包长 * @返回值：无 */ void PAN312x_Set_TxPacket_Config(PAN312xTxPacketConfig TxPacketConfig) { PAN312x_Set_PropertyB1(PROPERTY_ADDR_TXPKT_CONF, TxPacketConfig); } /** * @简介：设置PAN312x的TxPacket Number * @参数：number: * @返回值：无 */ void PAN312x_Set_TxPacket_ExtraNumber(uint8_t number) { PAN312x_Set_PropertyB1(PROPERTY_ADDR_TX_REPEAT_TIMES, number); } /** * @简介：设置PAN312x的TxPacket Gap * @参数：gap:(单位：1us)) * @返回值：无 */ void PAN312x_Set_TxPacket_Gap(uint16_t gap) { PAN312x_Set_PropertyB2(PROPERTY_ADDR_TX_PACKET_GAP, gap); } /** * @简介：设置PAN312x的退出当前状态后的状态 * @参数：cond：参考 PAN312x_ExitStateCond_t * state：参考 PAN312x_State_t * @返回值：无 */ void PAN312x_Set_ExitState(PAN312xExitStateCond cond, PAN312xState state) { PAN312x_Set_PropertyB1(cond, state & 0x03); } /** * 注意：可变包长帧结构时，该参数设置为0x00 * @cond PAN312x_ExitStateCond_t * @ */ PAN312xState PAN312x_Get_ExitState(PAN312xExitStateCond cond) { return (PAN312xState)PAN312x_Get_PropertyB1(cond); } /** * @简介：PAN312x Tx Ok后，rf的退出状态 * @参数：state：参考PAN312x_State_t * @返回值：无 */ void PAN312x_Set_TxOk_ExitState(PAN312xState state) { PAN312x_Set_ExitState(EXIT_STATE_COND_TX_OK, state); } /** * @简介：设置PAN312x的RxPacket * @参数：crc_host: 0: 由mcu来自己计算crc * 1: 由PAN312x固件来计算crc，同时需要使能crc，失能硬件计算crc * crc_hardware: 0: 失能硬件计算crc * 1: 使能引荐计算crc，同时需要使能crc * crc_state: 0: 失能crc * 1: 使能crc * read_pl_by_cmd: * length_in_payload: * rx_packet_type: 0:固定包长 * 1:可变包长 * * @返回值：接收的数据长度 */ void PAN312x_Set_RxPacket_Config(PAN312xRxPacketConfig RxPacketConfig) { PAN312x_Set_PropertyB1(PROPERTY_ADDR_RXPKT_CONF, RxPacketConfig); } /** * @简介：设置PAN312x Rx Timeout时间 * @参数：rx_time_out：单位(us) * @返回值：无 */ void PAN312x_Set_RxTimeOut(uint32_t rx_time_out) { PAN312x_Set_PropertyB4(PROPERTY_ADDR_RX_TIMEOUT, rx_time_out); } /** * @简介：设置PAN312x Rx Timeout2时间 * @参数：rx_time_out_2：单位(us) * @返回值: 无 */ void PAN312x_Set_RxTimeOut2(uint32_t rx_time_out_2) { PAN312x_Set_PropertyB4(PROPERTY_ADDR_RX_TIMEOUT2, rx_time_out_2); } /** * @简介：设置Rx Timeout2使能条件 * @参数：Cond：参考PAN312xRxTimeout2EnableCond * @返回值: 无 */ void PAN312x_Set_RxTimeout2EnableCond(PAN312xRxTimeout2EnableCond Cond) { PAN312x_Set_PropertyB1(PROPERTY_ADDR_RXPKT_CONF2, Cond); } /** * @简介：PAN312x Rx Timeout后，从rx退出后的状态 * @参数：state：参考PAN312x_State_t * @返回值：无 */ void PAN312x_Set_RxTimeout_ExitState(PAN312xState state) { PAN312x_Set_ExitState(EXIT_STATE_COND_RX_TIMEOUT, state); } /** * @简介：PAN312x Rx Invalid(CRC ERROR)后，rf的退出状态 * @参数：state：参考PAN312x_State_t * @返回值：无 */ void PAN312x_Set_RxInvalid_ExitState(PAN312xState state) { PAN312x_Set_ExitState(EXIT_STATE_COND_RX_INVALID, state); } /** * @简介：PAN312x Rx Valid(RX DONE)后，rf的退出状态 * @参数：state：参考PAN312x_State_t * @返回值：无 */ void PAN312x_Set_RxValid_ExitState(PAN312xState state) { PAN312x_Set_ExitState(EXIT_STATE_COND_RX_VALID, state); } void PAN312x_Set_AckError_ExitState(PAN312xState state) { PAN312x_Set_ExitState(EXIT_STATE_COND_ACK_ERROR, state); } /** * @简介：读取自动应答接收字节 * @参数：无 * @返回值: 应答字节 */ uint8_t PAN312x_GetAckRxByte(void) { return PAN312x_Get_PropertyB1(PROPERTY_ADDR_RX_ACK_BYTE); } /** * @简介：设置自动应答发送字节 * @参数：AckTxByte：应答发送字节 * @返回值: 无 */ void PAN312x_SetAckTxByte(uint8_t AckTxByte) { PAN312x_Set_PropertyB1(PROPERTY_ADDR_TX_ACK_BYTE, AckTxByte); } /** * @简介：设置自动应答校验字节 * @参数：AckCheckByte：应答校验字节 * @返回值: 无 */ void PAN312x_SetAckCheckByte(uint8_t AckCheckByte) { PAN312x_Set_PropertyB1(PROPERTY_ADDR_ACK_CHECK_BYTE, AckCheckByte); } /** * @简介：设置PAN312x Ack Timeout时间 * @参数：ack_time_out: 单位(us) * @返回值：无 */ void PAN312x_Set_AckTimeOut(uint32_t ack_time_out) { PAN312x_Set_PropertyB4(PROPERTY_ADDR_ACK_TIMEOUT, ack_time_out); } /** * @简介：PAN312x Ack Timeout后，rf的退出状态 * @参数：state：参考PAN312x_State_t * @返回值：无 * 备注：tx端发送完数据，转为rx，如果一直未接收到ack，直至AckTimeout后，rf退出后的状态 */ void PAN312x_Set_AckTimeout_ExitState(PAN312xState state) { PAN312x_Set_ExitState(EXIT_STATE_COND_ACK_TIMEOUT, state); } /** * @简介：单位：10us * @参数：state：参考PAN312x_State_t * @返回值：无 * 备注： */ void PAN312x_Set_AckTxDelay1(uint8_t delay1) { PAN312x_Set_PropertyB1(PROPERTY_ADDR_ACK_TX_DELAY1, delay1); } /** * @简介：单位：1us * @参数：delay2 * @返回值：无 * 备注： */ void PAN312x_Set_AckTxDelay2(uint8_t delay2) { PAN312x_Set_PropertyB1(PROPERTY_ADDR_ACK_TX_DELAY2, delay2); } /** * @简介：设置DutyCycle基准时间 * @参数：BaseTime * @返回值：无 * 备注：最小时间62.5us */ void PAN312x_Set_BaseDutyCycleTime(uint32_t BaseTime) { PAN312x_Set_PropertyB3(PROPERTY_ADDR_DUTY_CYCLE_BASE, BaseTime); } /** * @简介：设置PAN312x 系统控制 * @参数：ctrl：参考PAN312x_SysCtrl_t * @返回值：无 */ void PAN312x_System_Ctrl(PAN312xSysCtrl ctrl) { PAN312x_Set_PropertyB1(PROPERTY_ADDR_SYS_CTRL0, ctrl); } /** * @简介：获取PAN312x的接收数据长度 * @参数：无 * @返回值：接收的数据长度 */ uint16_t PAN312x_Get_Rx_Length(void) { return PAN312x_Get_PropertyB2(PROPERTY_ADDR_RX_LENGTH_IN_PACKET); } /** * @简介：获取当前接收包内的数据长度 * @参数：无 * @返回值: 接收数据长度 */ uint16_t PAN312x_Get_RxLengthInPacket(void) { return PAN312x_Get_PropertyB2(PROPERTY_ADDR_RX_LENGTH_IN_PACKET); } uint16_t PAN312x_Get_RxLengthInFifo(void) { return PAN312x_Get_PropertyB2(PROPERTY_ADDR_RX_LENGTH_IN_FIFO); } /** * @简介：PAN312x 向FIFO写数据 * @参数：uint8_t *buffer,数组指针 uint8_t size长度 * @返回值：无 */ void PAN312x_Write_Fifo(const void *buffer, uint8_t size ) { if(size == 0 || size > 128){ return; } PAN312xReg_Write(0x01, buffer, size); } /** * @简介：PAN312x 向FIFO读数据 * @参数：uint8_t *buffer,数组指针 uint8_t size长度 * @返回值：uint8_t *buffer 存储读取内容 */ void PAN312x_Read_Fifo( uint8_t *buffer, uint8_t size ) { if(size == 0 || size > 128){ return; } PAN312xReg_Read(0x01, buffer, size); } /** * @简介：PAN312x通过命令获取SPI接收数据，固件计算CRC时必须使用该接口 * @参数：ubuf - 数据缓冲区 * len - 缓冲区长度 * @返回值：0-成功，非0-失败 */ int PAN312x_Get_RxDataByCmd(void *data, uint8_t length) { uint8_t cmd = COMMAND_GET_RXDATA; int ret = __PAN312xCmd_WriteRead(&cmd, 1, data, length); return ret == length ? PAN312x_OK : ret; } /** * @简介：设置PAN312x的可变包长length为几个bytes * @参数：LengthFieldConfig: * 0: 1 bytes * 1: 2 bytes * @返回值: 无 */ void PAN312x_SetLengthFiled(PAN312xLengthFieldConfig LengthFieldConfig) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R11B); tmp &= ~PROPERTY_MSK_R11B_REG_VIA_LENGTH_LEN; tmp |= (LengthFieldConfig << 7); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R11B, tmp); } /** * @简介：设置PAN312x的可变包长lengthField的大小端 * @参数：number_byte: * 0: 小端 * 1: 大端 * @返回值: 无 */ void PAN312x_SetLengthFiledEndian(uint8_t endian) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R12B); tmp &= ~PROPERTY_MSK_R12B_REG_VIA_LEN_ENDIAN; tmp |= (endian << 5); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R12B, tmp); } /** * @简介：设置PAN312x的Payload Manchester mode * @参数：mode:参考PAN312x_MANCHESTER_Mode_t * @返回值：无 */ void PAN312x_Set_PayloadManchesterMode(PAN312xManchesterMode mode) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R11A); tmp &= ~PROPERTY_MSK_R11A_REG_PL_MAN_MODE; tmp |= (mode << 4); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R11A, tmp); } /** * @简介：使能PAN312x的Payload Manchester * @参数：无 * @返回值：无 */ void PAN312x_PayloadManchesterEnable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R12E); tmp |= PROPERTY_MSK_R12E_FIELD1_MAN_EN; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R12E, tmp); } /** * @简介：失能PAN312x的Payload Manchester * @参数：无 * @返回值：无 */ void PAN312x_PayloadManchesterDisable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R12E); tmp &= ~PROPERTY_MSK_R12E_FIELD1_MAN_EN; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R12E, tmp); } /** * @简介：设置PAN312x的Payload Msb First * @参数：无 * @返回值：无 */ void PAN312x_Set_Payload_MsbFirst(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R10D); tmp &= ~PROPERTY_MSK_R10D_REG_PAYLOAD_ENDIAN; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R10D, tmp); } /** * @简介：设置PAN312x的Payload Lsb First * @参数：无 * @返回值：无 */ void PAN312x_Set_Payload_LsbFirst(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R10D); tmp |= PROPERTY_MSK_R10D_REG_PAYLOAD_ENDIAN; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R10D, tmp); } /** * @简介：使能PAN312x的Whitening * @参数：无 * @返回值：无 */ void PAN312x_Whitening_Enable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R12E); tmp |= PROPERTY_MSK_R12E_FIELD1_WHITE_EN; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R12E, tmp); } /** * @简介：失能PAN312x的Whitening * @参数：无 * @返回值：无 */ void PAN312x_Whitening_Disable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R12E); tmp &= ~PROPERTY_MSK_R12E_FIELD1_WHITE_EN; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R12E, tmp); } /** * @简介：使能PAN312x的PN9IBM扰码模式 * @参数：无 * @返回值：无 */ void PAN312x_Whitening_PN9IBM_Enable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R12B); tmp |= PROPERTY_MSK_R12B_REG_WHITEN_PN9_SEL; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R12B, tmp); } /** * @简介：失能PAN312x的PN9IBM扰码模式 * @参数：无 * @返回值：无 */ void PAN312x_Whitening_PN9IBM_Disable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R12B); tmp &= ~PROPERTY_MSK_R12B_REG_WHITEN_PN9_SEL; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R12B, tmp); } /** * @简介：设置PAN312x的白化计算复位 * @参数：无 * @返回值：无 */ void PAN312x_Whitening_Cal_Reset(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R12E); tmp |= PROPERTY_MSK_R12E_FIELD1_WHITE_SET; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R12E, tmp); } /** * @简介：设置PAN312x的白化计算不复位 * @参数：无 * @返回值：无 */ void PAN312x_Whitening_Cal_NoReset(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R12E); tmp &= ~PROPERTY_MSK_R12E_FIELD1_WHITE_SET; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R12E, tmp); } /** * @简介：设置PAN312x的白化多项式长度 * @参数：length * @返回值：无 */ void PAN312x_Set_Whitening_Length(uint8_t length) { uint8_t tmp; if(length > 15){ return; } tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R11A); tmp &= ~PROPERTY_MSK_R11A_REG_WHITEN_LENGTH; tmp |= (length & 0x0f); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R11A, tmp); } /** * @简介：设置PAN312x的白化输出序列模式 * @参数：mode: * 0:白化输出序列从第一个序列开始 * 1:白化输出序列从第二个序列开始 * @返回值：无 */ void PAN312x_Set_Whitening_Mode(uint8_t mode) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R116); tmp &= ~PROPERTY_MSK_R116_REG_WHITEN_SEL; tmp |= (mode << 3); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R116, tmp); } /** * @简介：设置PAN312x的白化初始值 * @参数：seed：白化初始值 * @返回值：无 */ void PAN312x_Set_Whitening_Seed(uint16_t seed) { PAN312x_Set_PropertyB2(PROPERTY_ADDR_R118, seed); } /** * @简介：设置PAN312x的白化与或输入bit和输出bit * @参数：xor1_bit: * xor2_bit: * output_bit * example： * xor1_bit | xor2_bit | output_bit * PN6: 2 | 1 | 6 * @返回值：无 */ void PAN312x_Set_Whitening_BitSel(uint8_t xor1_bit, uint8_t xor2_bit, uint8_t output_bit) { uint8_t tmp; if((xor1_bit > 15) || (xor2_bit > 15) || (output_bit > 15)){ return; } tmp = xor1_bit | (xor2_bit << 4); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R117, tmp); tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R116); tmp &= ~PROPERTY_MSK_R116_REG_WHITEN_OUT_SEL; tmp |= (output_bit << 4); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R116, tmp); } /** * @简介：设置PAN312x的payload 的白化类型 * @参数：WhiteningPattern * typedef enum{ * WHITENING_DISABLE = 0, * WHITENING_PN6 = 1, * WHITENING_PN7 = 2, * WHITENING_PN9 = 3, * WHITENING_PN9_IBM = 4, * WHITENING_IEEE_802154g = 5, * WHITENING_PN9_CCITT = 6, * WHITENING_PN11 = 7, * WHITENING_PN13 = 8, * WHITENING_PN15 = 9 * }PAN312xWhiteningPattern; * @返回值：无 */ void PAN312x_Set_Payload_Whitening_Pattern(PAN312xWhiteningPattern WhiteningPattern) { if(WhiteningPattern == WHITENING_DISABLE){ PAN312x_Whitening_Disable(); PAN312x_Whitening_PN9IBM_Disable(); return; }else{ PAN312x_Whitening_Enable(); } PAN312x_Whitening_Cal_Reset(); PAN312x_Set_Whitening_Mode(0); if(WhiteningPattern == WHITENING_PN6){ PAN312x_Set_Whitening_Length(6); PAN312x_Set_Whitening_BitSel(2,1,6); PAN312x_Set_Whitening_Mode(0); PAN312x_Set_Whitening_Seed(0xffff); PAN312x_Whitening_PN9IBM_Disable(); }else if(WhiteningPattern == WHITENING_PN7){ PAN312x_Set_Whitening_Length(7); PAN312x_Set_Whitening_BitSel(5,1,1); PAN312x_Set_Whitening_Mode(0); PAN312x_Set_Whitening_Seed(0xffff); PAN312x_Whitening_PN9IBM_Disable(); }else if(WhiteningPattern == WHITENING_PN9){ PAN312x_Set_Whitening_Length(9); PAN312x_Set_Whitening_BitSel(6,1,9); PAN312x_Set_Whitening_Mode(0); PAN312x_Set_Whitening_Seed(0xffff); PAN312x_Whitening_PN9IBM_Disable(); }else if(WhiteningPattern == WHITENING_PN9_IBM){ PAN312x_Set_Whitening_Length(9); PAN312x_Set_Whitening_BitSel(6,1,9); PAN312x_Set_Whitening_Mode(1); PAN312x_Set_Whitening_Seed(0xffff); PAN312x_Whitening_PN9IBM_Enable(); }else if(WhiteningPattern == WHITENING_IEEE_802154g){ PAN312x_Set_Whitening_Length(9); PAN312x_Set_Whitening_BitSel(6,1,9); PAN312x_Set_Whitening_Mode(1); PAN312x_Set_Whitening_Seed(0xffff); PAN312x_Whitening_PN9IBM_Disable(); }else if(WhiteningPattern == WHITENING_PN9_CCITT){ PAN312x_Set_Whitening_Length(9); PAN312x_Set_Whitening_BitSel(6,1,1); PAN312x_Set_Whitening_Mode(0); PAN312x_Set_Whitening_Seed(0xffff); PAN312x_Whitening_PN9IBM_Disable(); }else if(WhiteningPattern == WHITENING_PN11){ PAN312x_Set_Whitening_Length(11); PAN312x_Set_Whitening_BitSel(3,1,11); PAN312x_Set_Whitening_Mode(0); PAN312x_Set_Whitening_Seed(0xffff); PAN312x_Whitening_PN9IBM_Disable(); }else if(WhiteningPattern == WHITENING_PN13){ uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R11A); tmp |= PROPERTY_MSK_R11A_REG_WHITEN_PN13_SEL; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R11A, tmp); PAN312x_Set_Whitening_Length(13); PAN312x_Set_Whitening_BitSel(4,5,13); PAN312x_Set_Whitening_Mode(0); PAN312x_Set_Whitening_Seed(0xffff); PAN312x_Whitening_PN9IBM_Disable(); }else if(WhiteningPattern == WHITENING_PN15){ PAN312x_Set_Whitening_Length(15); PAN312x_Set_Whitening_BitSel(2,1,15); PAN312x_Set_Whitening_Mode(0); PAN312x_Set_Whitening_Seed(0xffff); PAN312x_Whitening_PN9IBM_Disable(); } } /** * @简介：设置PAN312x的CrcMode * @参数：CrcMode * 0: crc-8 * 1: crc-16 * 2: crc-24 * 3: crc-32 * @返回值：无 */ void PAN312x_Set_CrcMode(PAN312xCrcMode CrcMode) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R116); tmp &= ~PROPERTY_MSK_R116_REG_CRC_MODE; tmp |= CrcMode; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R116, tmp); } /** * @简介：设置PAN312x的CrcSeed * @参数：CrcSeed * @返回值：无 */ void PAN312x_Set_CrcSeed(uint32_t CrcSeed) { PAN312x_Set_PropertyB4(PROPERTY_ADDR_R112, CrcSeed); } /** * @简介：设置PAN312x的crc多项式 * @参数：CrcPolynomial * @返回值：无 */ void PAN312x_Set_CrcPolynomial(uint32_t CrcPolynomial) { PAN312x_Set_PropertyB4(PROPERTY_ADDR_R10E, CrcPolynomial); } /** * @简介：设置PAN312x的crc invert(CRC结果是否取反) * @参数：xNewState * 0: 不取反 * 1: 取反 * @返回值：无 */ void PAN312x_Set_CrcInvert(SFunctionalState xNewState) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R116); if(xNewState == S_ENABLE) { tmp |= PROPERTY_MSK_R116_REG_CRC_NOT_SEL; } else{ tmp &= ~PROPERTY_MSK_R116_REG_CRC_NOT_SEL; } PAN312x_Set_PropertyB1(PROPERTY_ADDR_R116, tmp); } /** // PAN312x_Get_OP_Reg(R10D, 1, &tmp_test); * @xNewState * @ */ //uint8_t tmp_test; void PAN312x_Set_CrcEndian(SFunctionalState xNewState) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R10D); if(xNewState == S_ENABLE) { tmp |= PROPERTY_MSK_R10D_REG_CRC_ENDIAN; } else{ tmp &= ~PROPERTY_MSK_R10D_REG_CRC_ENDIAN; } PAN312x_Set_PropertyB1(PROPERTY_ADDR_R10D, tmp); } /** * @简介：设置PAN312x的crc * @参数：xNewState * 0：帧结构中没有crc字段 * 1：帧结构中插入crc字段 * @返回值：无 */ void PAN312x_CrcInsertSelect(SFunctionalState xNewState) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R12E); if(xNewState == S_ENABLE) { tmp |= PROPERTY_MSK_R12E_FIELD1_CRC_IN; } else{ tmp &= ~PROPERTY_MSK_R12E_FIELD1_CRC_IN; } PAN312x_Set_PropertyB1(PROPERTY_ADDR_R12E, tmp); } /** * @简介：将整个CRC部分的高低顺序倒过来 * @参数：CrcBitOrder:参考PAN312xCrcBitOrder * @返回值：无 */ void PAN312x_Set_CrcBitOrder(PAN312xCrcBitOrder CrcBitOrder) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R10D); if(CrcBitOrder == CRC_BIT_ORDER_MSB_FIRST) { tmp &= ~PROPERTY_MSK_R10D_REG_CRC_ENDIAN; }else if(CrcBitOrder == CRC_BIT_ORDER_LSB_FIRST){ tmp |= PROPERTY_MSK_R10D_REG_CRC_ENDIAN; } PAN312x_Set_PropertyB1(PROPERTY_ADDR_R10D, tmp); } /** * @简介：将整个CRC将两个Byte的位置倒过来，但是不改变每个Byte里面的Bit的顺序 * @参数：CrcByteSwap:参考PAN312xCrcByteSwap * @返回值：无 */ void PAN312x_Set_CrcByteSwap(PAN312xCrcByteSwap CrcByteSwap) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R12B); if(CrcByteSwap == CRC_BIT_ORDER_MSB_FIRST) { tmp &= ~PROPERTY_MSK_R12B_CRC_BYTE_ENDIAN; }else if(CrcByteSwap == CRC_BIT_ORDER_LSB_FIRST){ tmp |= PROPERTY_MSK_R12B_CRC_BYTE_ENDIAN; } PAN312x_Set_PropertyB1(PROPERTY_ADDR_R12B, tmp); } /** * @简介：设置PAN312x的SyncWord Pattern * @参数：Syncwords * SyncLength * @返回值：无 */ void PAN312x_Set_SyncWordPattern(uint32_t Syncwords, uint8_t SyncWordLength) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R10D); tmp &= ~PROPERTY_MSK_R10D_REG_SYNC_LEN; tmp |= (SyncWordLength << 0); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R10D, tmp); PAN312x_Set_PropertyB4(PROPERTY_ADDR_R189, Syncwords); } /** * @简介：设置PAN312x的SyncWord Length * @参数：SyncWordLength * @返回值：无 */ void PAN312x_Set_SyncWordLength(uint8_t SyncWordLength) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R10D); tmp &= ~PROPERTY_MSK_R10D_REG_SYNC_LEN; tmp |= (SyncWordLength << 0); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R10D, tmp); } /** * @简介：设置PAN312x的Syncword Manchester编码 * @参数：PreambleManchesterMode： * 0: 0->01 * 1: 0->10 * @返回值：无 */ void PAN312x_Set_SyncwordManchesterMode(PAN312xManchesterMode SyncwordManchesterMode) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R10D); tmp &= ~PROPERTY_MSK_R10D_REG_SYNC_MAN_MODE; tmp |= (SyncwordManchesterMode << 4); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R10D, tmp); } /** * @简介：使能PAN312x的Syncword Manchester编码 * @参数：无 * @返回值：无 */ void PAN312x_SyncwordManchesterEnable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R10D); tmp |= PROPERTY_MSK_R10D_REG_SYNC_MAN_EN; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R10D, tmp); } /** * @简介：使能PAN312x的Syncword Manchester编码 * @参数：无 * @返回值：无 */ void PAN312x_SyncwordManchesterDisable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R10D); tmp &= ~PROPERTY_MSK_R10D_REG_SYNC_MAN_EN; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R10D, tmp); } /** * @简介：设置PAN312x的Preamble Manchester编码 * @参数：PreambleManchesterMode： * 0: 0->01 * 1: 0->10 * @返回值：无 */ void PAN312x_Set_PreambleManchesterMode(PAN312xManchesterMode PreambleManchesterMode) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R107); tmp &= ~PROPERTY_MSK_R107_REG_PRE_MAN_MODE; tmp |= (PreambleManchesterMode << 1); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R107, tmp); } /** * @简介：使能PAN312x的Preamble Manchester编码 * @参数：无 * @返回值：无 */ void PAN312x_PreambleManchesterEnable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R107); tmp |= PROPERTY_MSK_R107_REG_PRE_MAN_EN; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R107, tmp); } /** * @简介：失能PAN312x的Preamble Manchester编码 * @参数：无 * @返回值：无 */ void PAN312x_PreambleManchesterDisable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R107); tmp &= ~PROPERTY_MSK_R107_REG_PRE_MAN_EN; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R107, tmp); } /** * @简介：设置PAN312x的Preamble Pattern * @参数：PreamblePattern * 0: non standard * 1: 0101 * 2: 1010(default) * @返回值：无 */ void PAN312x_Set_PreamblePattern(uint8_t PreamblePattern) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R107); tmp &= ~PROPERTY_MSK_R107_REG_PRE_SEL; tmp |= (PreamblePattern << 2); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R107, tmp); } /** * @简介：设置PAN312x的Preamble Endian * @参数：PreambleEndian * 0: big endian * 1: little endian * @返回值：无 */ void PAN312x_Set_PreambleEndian(uint8_t PreambleEndian) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R107); tmp &= ~PROPERTY_MSK_R107_REG_PRE_BIT_MODE; tmp |= (PreambleEndian << 4); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R107, tmp); } /** * @简介：设置PAN312x的Preamble 长度 * @参数：PreambleLength:preamble的长度 * @返回值：无 */ void PAN312x_Set_PreambleLength(uint8_t PreambleLength) { PAN312x_Set_PropertyB1(PROPERTY_ADDR_R10C, PreambleLength); } /** * @简介：获取PAN312x的Preamble长度 * @参数：无 * @返回值：Preamble的长度 */ uint8_t PAN312x_Get_PreambleLength(void) { return PAN312x_Get_PropertyB1(PROPERTY_ADDR_R10C); } /** * @简介：设置PAN312x的非标准Preamble Pattern * @参数：PreamblePattern： * PreambleLength： * @返回值：无 */ void PAN312x_Set_NonStandardPreamblePattern(uint32_t PreamblePattern) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R107); tmp &= PROPERTY_MSK_R107_REG_PRE_SEL; if(tmp != 0x00){ return; } PAN312x_Set_PropertyB4(PROPERTY_ADDR_R108, PreamblePattern); } /** * @简介：获取PAN312x的非标准Preamble Pattern * @参数：无 * @返回值：非标准Preamble Pattern值 */ uint32_t PAN312x_Get_NonStandardPreamblePattern(void) { return PAN312x_Get_PropertyB4(PROPERTY_ADDR_R108); } /** * @简介：使能PAN312x的Postamble * @参数：无 * @返回值：无 */ void PAN312x_PostambleEnable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R125); tmp |= PROPERTY_MSK_R125_REG_POST_EN; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R125, tmp); } /** * @简介：使能PAN312x的Postamble * @参数：无 * @返回值：无 */ void PAN312x_PostambleDisable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R125); tmp &= ~PROPERTY_MSK_R125_REG_POST_EN; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R125, tmp); } /** * @简介：设置PAN312x的Postamble长度 * @参数：PostambleLength： Postamble长度 * @返回值：无 */ void PAN312x_Set_PostambleLength(uint8_t PostambleLength) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R120); tmp &= ~PROPERTY_MSK_R120_REG_POSTAMBLE_LEN; tmp |= (PostambleLength << PROPERTY_POS_R120_REG_POSTAMBLE_LEN); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R120, tmp); } /** * @简介：设置PAN312x的Postamble内容 * @参数：PostamblePattern： Postamble内容 * @返回值：无 */ void PAN312x_Set_PostamblePattern(uint32_t PostamblePattern) { PAN312x_Set_PropertyB4(PROPERTY_ADDR_R121, PostamblePattern); } /** * @简介：设置PAN312x的Postamble Endian * @参数：PostambleEndian * 0: big endian * 1: little endian * @返回值：无 */ void PAN312x_Set_PostambleEndian(uint8_t PostambleEndian) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R125); tmp &= ~PROPERTY_MSK_R125_REG_POST_BIT_MODE; tmp |= (PostambleEndian << PROPERTY_POS_R125_REG_POST_BIT_MODE); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R125, tmp); } /** * @简介：设置PAN312x的tx deviation * @参数：tx_deviation：(单位hz) * @返回值：无 */ void PAN312x_Set_Tx_Deviation(uint32_t tx_deviation) { int tmp; if(tx_deviation == 1000000){ tmp = 255; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R142, tmp); tmp = 128; PAN312x_Set_PropertyB2(PROPERTY_ADDR_R15A, tmp); }else if((tx_deviation > 2400) &&(tx_deviation <= 500000)){ tmp = 0x80; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R142, tmp); tmp = (int)(tx_deviation * 256.0 / 500000); if(tmp > 511){ tmp = 511; } PAN312x_Set_PropertyB2(PROPERTY_ADDR_R15A, tmp); }else if((tx_deviation <= 2400) &&(tx_deviation >= 500)){ //[0x70][0x42]配置fsk_dev,当deviation小于2.4k以后，此时需要按比例修改fsk_dev配置 tmp = tx_deviation * 128 / 2400; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R142,tmp); tmp = 1; PAN312x_Set_PropertyB2(PROPERTY_ADDR_R15A,tmp); } } /** * @简介：设置PAN312x的rx deviation h 小于或等于1的配置 * @参数：rx_dev * @返回值：无 */ void PAN312x_Set_Rx_Deviation_H_BelowOne(uint16_t rx_deviation_tmp) { uint8_t tmp; uint8_t tmpBuffer[2]; //[0x70][0x46]: reg_rx_tr_dev_outer_l //[0x70][0x47][3:0]: reg_rx_tr_dev_outer_h tmpBuffer[0] = (uint8_t)rx_deviation_tmp; tmpBuffer[1] = (uint8_t)((rx_deviation_tmp >> 8) & PROPERTY_MSK_R147_REG_RX_TR_DEV_OUTER_H); PAN312x_Set_Property(PROPERTY_ADDR_R146, 2, tmpBuffer); //[0x70][0x3d][7:0]:reg_fltr_dev_l //[0x70][0x3e][0]: reg_fltr_dev_h tmpBuffer[0] = 0x00; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R13E); tmp &= ~PROPERTY_MSK_R13E_REG_FLTR_DEV_H; tmpBuffer[1] = tmp; PAN312x_Set_Property(PROPERTY_ADDR_R13D, 2, tmpBuffer); //[0x70][0x4b][6]:high_dev_decimat_en tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R14B); tmp &= ~PROPERTY_MSK_R14B_HIGH_DEV_DECIMAT_EN; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R14B, tmp); //[0x72][0x52][6]:decimat_last_manu_en tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R252); tmp &= ~PROPERTY_MSK_R252_DECIMAT_LAST_MANU_EN; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R252, tmp); } /** * @简介：设置PAN312x的rx deviation h 大于1的配置 * @参数：rx_dev * @返回值：无 */ void PAN312x_Set_Rx_Deviation_H_HighOne(uint16_t rx_deviation_tmp, uint32_t rx_deviation, uint32_t data_rate) { uint8_t tmp; uint8_t tmpBuffer[3]; uint16_t fltr_dev; uint32_t symbrate_rbw; uint8_t chf_sel; uint8_t a, b; double high_dev_decimat_num; int decimat_last_manu_num; //[0x70][0x46]: reg_rx_tr_dev_outer_l //[0x70][0x47][3:0]: reg_rx_tr_dev_outer_h tmpBuffer[0] = (uint8_t)rx_deviation_tmp; tmpBuffer[1] = (uint8_t)((rx_deviation_tmp >> 8) & PROPERTY_MSK_R147_REG_RX_TR_DEV_OUTER_H); PAN312x_Set_Property(PROPERTY_ADDR_R146, 2, tmpBuffer); //[0x70][0x3d][7:0]:reg_fltr_dev_l //[0x70][0x3e][0]: reg_fltr_dev_h fltr_dev = (int)rx_deviation * 1.0 / 100; tmpBuffer[0] = (uint8_t)fltr_dev; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R13E); tmp |= (uint8_t)((fltr_dev >> 8) & PROPERTY_MSK_R13E_REG_FLTR_DEV_H); tmpBuffer[1] = tmp; PAN312x_Set_Property(PROPERTY_ADDR_R13D, 2, tmpBuffer); symbrate_rbw = 2 * rx_deviation; //[0x70][0x50][7:4]:reg_chf_sel if(symbrate_rbw > 1000000){ chf_sel = 0; }else if(symbrate_rbw > 500000){ chf_sel = 1; }else if(symbrate_rbw > 400000){ chf_sel = 2; }else if(symbrate_rbw > 250000){ chf_sel = 3; }else if(symbrate_rbw > 200000){ chf_sel = 4; }else if(symbrate_rbw > 125000){ chf_sel = 5; }else if(symbrate_rbw > 100000){ chf_sel = 6; }else if(symbrate_rbw > 80000){ chf_sel = 7; }else if(symbrate_rbw > 62500){ chf_sel = 8; }else if(symbrate_rbw > 50000){ chf_sel = 9; }else if(symbrate_rbw > 40000){ chf_sel = 10; }else if(symbrate_rbw == 40000){ chf_sel = 11; }else if(symbrate_rbw > 10000){ chf_sel = 12; }else{ chf_sel = 13; } tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R150); tmp &= ~PROPERTY_MSK_R150_REG_CHF_SEL; tmp |= (chf_sel << 4); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R150, tmp); //[0x70][0x4b][6]:high_dev_decimat_en tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R14B); if(symbrate_rbw <= data_rate){ tmp &= ~PROPERTY_MSK_R14B_HIGH_DEV_DECIMAT_EN; }else{ tmp |= PROPERTY_MSK_R14B_HIGH_DEV_DECIMAT_EN; } PAN312x_Set_PropertyB1(PROPERTY_ADDR_R14B, tmp); //[0x72][0x52][6]:decimat_last_manu_en tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R252); if(symbrate_rbw <= data_rate){ tmp &= ~PROPERTY_MSK_R252_DECIMAT_LAST_MANU_EN; }else{ tmp |= PROPERTY_MSK_R252_DECIMAT_LAST_MANU_EN; } PAN312x_Set_PropertyB1(PROPERTY_ADDR_R252, tmp); if(symbrate_rbw >= 10000){ a = 8; }else{ a = 16; } if(data_rate >= 10000){ b = 8; }else{ b = 16; } //high_dev_decimat_num = (int)1.0 * a * symbrate_rbw / b / data_rate; high_dev_decimat_num = round(1.0 * a * symbrate_rbw / b / data_rate * 10000) / 10000.0; decimat_last_manu_num = (int)1.0 * 320000 / high_dev_decimat_num; //[0x72][0x50][7:0]:decimat_last_manu_num_l1 //[0x72][0x51][7:0]:decimat_last_manu_num_l2 //[0x72][0x52][2:0]:decimat_last_manu_num_h tmpBuffer[0] = (uint8_t)decimat_last_manu_num; tmpBuffer[1] = (uint8_t)(decimat_last_manu_num >> 8); tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R252); tmp |= (uint8_t)((decimat_last_manu_num >> 16) & 0x07); tmpBuffer[2] = tmp; PAN312x_Set_Property(PROPERTY_ADDR_R250, 3, tmpBuffer); } /** * @简介：设置PAN312x的rx deviation * @参数：rx_deviation：(单位hz) * @返回值：无 */ void PAN312x_Set_Rx_Deviation(uint32_t rx_deviation) { uint8_t tmp; uint8_t rate_tmp; uint32_t data_rate; int rx_dev_tmp; float h; //[0x71][0x06] rate_tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R186); if((rate_tmp & PROPERTY_MSK_R186_REG_SYMB_AB_SEL) == PROPERTY_MSK_R186_REG_SYMB_AB_SEL){ //data rate >= 50kbps rate_tmp = (rate_tmp & PROPERTY_MSK_R186_REG_SYMBRATE_B) >> 4; if(rate_tmp == 0x00){ //50kbps data_rate = 50000; }else if(rate_tmp == 0x01){ //62.5kbps data_rate = 62500; }else if(rate_tmp == 0x02){ //80kbps data_rate = 80000; }else if(rate_tmp == 0x03){ //100kbps data_rate = 100000; }else if(rate_tmp == 0x04){ //125kbps data_rate = 125000; }else if(rate_tmp == 0x05){ //200kbps data_rate = 200000; }else if(rate_tmp == 0x06){ //250kbps data_rate = 250000; }else if(rate_tmp == 0x07){ //400kbps data_rate = 400000; }else if(rate_tmp == 0x08){ //500kbps data_rate = 500000; } else if(rate_tmp == 0x09){ //1Mbps data_rate = 1000000; }else if(rate_tmp == 0x0a){ //2Mbps data_rate = 2000000; } }else{ //data rate <= 40kbps tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R187); data_rate = tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R188); data_rate |= ((tmp & PROPERTY_MSK_R188_REG_SYMBRATE_A_H) << 8); data_rate *= 100; } h = 2.0f * rx_deviation / data_rate; if((h >= 0.5) && (h <= 1.0)){ rx_dev_tmp = (int)rx_deviation * 1.0 * (1 << 14) / data_rate / 8 / 2; // if(data_rate >= 10000){ // rx_dev_tmp = rx_dev_tmp / 2; // } PAN312x_Set_Rx_Deviation_H_BelowOne(rx_dev_tmp); }else if((h > 1.0) && (h <= 20)){ rx_dev_tmp = 1024; // if(data_rate >= 10000){ // rx_dev_tmp = rx_dev_tmp / 2; // } rx_dev_tmp = rx_dev_tmp / 2; PAN312x_Set_Rx_Deviation_H_HighOne(rx_dev_tmp, rx_deviation, data_rate); }else{ return; } } /** * @简介：使能PAN312x的GPIO Direct Tx * @参数：无 * @返回值: 无 */ void PAN312x_GPIO_Direct_Tx_Enable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R107); tmp |= PROPERTY_MSK_R107_REG_DIRECT_TX_EN; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R107, tmp); } /** * @简介：失能PAN312x的GPIO Direct Tx * @参数：无 * @返回值: 无 */ void PAN312x_GPIO_Direct_Tx_Disable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R107); tmp &= ~PROPERTY_MSK_R107_REG_DIRECT_TX_EN; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R107, tmp); } /** * @简介：使能PAN312x的GPIO Direct Rx * @参数：无 * @返回值: 无 */ void PAN312x_GPIO_Direct_Rx_Enable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R107); tmp |= PROPERTY_MSK_R107_REG_DIRECT_RX_EN; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R107, tmp); } /** * @简介：失能PAN312x的GPIO Direct Rx * @参数：无 * @返回值: 无 */ void PAN312x_GPIO_Direct_Rx_Disable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R107); tmp &= ~PROPERTY_MSK_R107_REG_DIRECT_RX_EN; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R107, tmp); } /** * @简介：设置PAN312x的GPIO Direct 异步模式 * @参数：无 * @返回值: 无 */ void PAN312x_Gpio_Direct_Asynchronous_Mode(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R107); tmp &= ~PROPERTY_MSK_R107_REG_DIRECT_MODE; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R107, tmp); } /** * @简介：设置PAN312x的GPIO Direct 同步模式 * @参数：无 * @返回值: 无 */ void PAN312x_Gpio_Direct_Synchronous_Mode(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R107); tmp |= PROPERTY_MSK_R107_REG_DIRECT_MODE; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R107, tmp); } /** * @简介：设置PAN312x的EncodingHaming模式 * @参数：无 * @返回值: 无 */ void PAN312x_Set_FecHamingEncoding(PAN312xFecEncoding HamingEncoding) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R106); if(HamingEncoding == FEC_HAMING_DISABLE){ tmp &= ~PROPERTY_MSK_R106_REG_HAMMING_EN; }else if(HamingEncoding == FEC_HAMING_X3_X_1){ tmp |= PROPERTY_MSK_R106_REG_HAMMING_EN; tmp &= ~PROPERTY_MSK_R106_REG_HAMMING_MODE; }else if(HamingEncoding == FEC_HAMING_X3_X2_1){ tmp |= (PROPERTY_MSK_R106_REG_HAMMING_EN | PROPERTY_MSK_R106_REG_HAMMING_MODE); } PAN312x_Set_PropertyB1(PROPERTY_ADDR_R106, tmp); } /** * @802.15.4g FECPROPERTY_ADDR_R106 bit[4:3] * @Fec802154Type0=1=RSC2=NRNSC3=3-out-of-6 * @: */ void PAN312x_Set_802154FecType(PAN312x802154FecType Fec802154Type) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R106); tmp &= ~PROPERTY_MSK_R106_REG_FEC_TYPE; tmp |= ((uint8_t)Fec802154Type << PROPERTY_POS_R106_REG_FEC_TYPE) & PROPERTY_MSK_R106_REG_FEC_TYPE; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R106, tmp); } /** * @简介：设置 3-out-of-6 编码输出大小端（PROPERTY_ADDR_R106 bit[6]） * @参数：Endian * MBUS_3OF6_OUT_BIG_ENDIAN = 0：大端 * MBUS_3OF6_OUT_LITTLE_ENDIAN = 1：小端 * @返回值: 无 */ void PAN312x_Set_Mbus3OutOf6Endian(PAN312xMbus3OutOf6Endian Endian) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R106); if (Endian == MBUS_3OF6_OUT_LITTLE_ENDIAN) { tmp |= PROPERTY_MSK_R106_REG_MBUS_MSB_OUT_SEL; } else { tmp &= (uint8_t)(~PROPERTY_MSK_R106_REG_MBUS_MSB_OUT_SEL); } PAN312x_Set_PropertyB1(PROPERTY_ADDR_R106, tmp); } /** * @简介：使能硬件 3-out-of-6 编码（PROPERTY_ADDR_R106） * bit[4:3]=3：3-out-of-6；bit[6]：输出大小端 * @参数：Endian 输出大小端选择 * @返回值: 无 * * @note bit[4:3]：0=no FEC，1=RSC，2=NRNSC，3=3-out-of-6 * 关闭时调用 PAN312x_Set_802154FecType(FEC_802154_DISABLE) */ void PAN312x_Set_3OutOf6Encoding(PAN312xMbus3OutOf6Endian Endian) { PAN312x_Set_802154FecType(FEC_3_OUT_OF_6); PAN312x_Set_Mbus3OutOf6Endian(Endian); } /** * @简介：使能或关闭802.15.4g交织 * @参数：InterleavingState：S_ENABLE/S_DISABLE * @返回值: 无 */ void PAN312x_Set_InterleavingState(SFunctionalState InterleavingState) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R106); if(InterleavingState == S_DISABLE){ tmp &= ~PROPERTY_MSK_R106_REG_INT_EN; }else if(InterleavingState == S_ENABLE){ tmp |= PROPERTY_MSK_R106_REG_INT_EN; } PAN312x_Set_PropertyB1(PROPERTY_ADDR_R106, tmp); } /** * @简介：底层总线写数据(不加寄存器地址) * @简介：底层总线写数据(不加寄存器地址) * @: */ void PAN312x_SetDualSyncWordPattern(uint32_t SyncWords) { uint8_t tmp; //Second SyncWord tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R13E); tmp |= PROPERTY_MSK_R13E_REG_SYNC_WORD2_EN; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R13E, tmp); //Second SyncWord Value PAN312x_Set_PropertyB4(PROPERTY_ADDR_R18D, SyncWords); } /** * @飺 3-out-of-6 СPROPERTY_ADDR_R106 bit[6] * @ * @简介：按DCDC校准码设置PAN312x发射功率 */ uint32_t PAN312x_GetDualSyncWordPattern(void) { return PAN312x_Get_PropertyB4(PROPERTY_ADDR_R18D); } /** * @简介：底层总线写数据(不加寄存器地址) * @ * @: */ void PAN312x_MaxPayloadLimitDisable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R31C); tmp &= ~PROPERTY_MSK_R31C_REG_MAX_VLD; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R31C, tmp); } /** * @简介：设置PAN312x的 * @参数：base_frequency(hz): * frequency_step(hz): * channel_number * @返回值：无 */ void PAN312x_Set_ModulationType(PAN312xModulationSelect ModType) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R186); tmp &= ~PROPERTY_MSK_R186_REG_MODTYPE; tmp |= (ModType << PROPERTY_POS_R186_REG_MODTYPE); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R186, tmp); } /** * @PAN312xBase Frequency * @base_frequency(hz): * frequency_step(hz): * channel_number * @ */ /* LO/VCO AFE segment cache: updated at end of PAN312x_Set_Frequency */ static uint8_t s_freq_afe_valid = 0; static uint16_t s_freq_afe_seg = 0; /** * @简介：按最终频点归类 LO/VCO 模拟前端分段 * 同段内跳频可只改 channel；跨段必须全量 Set_Frequency * @参数：final_hz：目标频点(Hz) * @返回值: 高字节=LO档，低字节=VCO子档；0xFFFF=不支持频点 */ static uint16_t PAN312x_Get_FrequencyAfeSegment(uint32_t final_hz) { uint8_t lo = 0xFFu; uint8_t vco = 0xFFu; if ((final_hz >= 127000000u) && (final_hz <= 183000000u)) { lo = 12u; if (final_hz < 130000000u) { vco = 0u; } else if (final_hz < 135000000u) { vco = 1u; } else if (final_hz < 140000000u) { vco = 2u; } else if (final_hz < 147000000u) { vco = 3u; } else if (final_hz < 153000000u) { vco = 4u; } else if (final_hz < 162000000u) { vco = 5u; } else if (final_hz < 170000000u) { vco = 6u; } else { vco = 7u; } } else if ((final_hz >= 190000000u) && (final_hz < 253000000u)) { lo = 8u; if (final_hz < 195000000u) { vco = 0u; } else if (final_hz < 203000000u) { vco = 1u; } else if (final_hz < 210000000u) { vco = 2u; } else if (final_hz < 220000000u) { vco = 3u; } else if (final_hz < 230000000u) { vco = 4u; } else if (final_hz < 243000000u) { vco = 5u; } else { vco = 6u; } } else if ((final_hz >= 253000000u) && (final_hz <= 367000000u)) { lo = 6u; if (final_hz < 260000000u) { vco = 0u; } else if (final_hz < 270000000u) { vco = 1u; } else if (final_hz < 280000000u) { vco = 2u; } else if (final_hz < 293000000u) { vco = 3u; } else if (final_hz < 307000000u) { vco = 4u; } else if (final_hz < 323000000u) { vco = 5u; } else if (final_hz < 340000000u) { vco = 6u; } else { vco = 7u; } } else if ((final_hz >= 380000000u) && (final_hz <= 550000000u)) { lo = 4u; if (final_hz < 390000000u) { vco = 0u; } else if (final_hz < 405000000u) { vco = 1u; } else if (final_hz < 420000000u) { vco = 2u; } else if (final_hz < 440000000u) { vco = 3u; } else if (final_hz < 460000000u) { vco = 4u; } else if (final_hz < 485000000u) { vco = 5u; } else if (final_hz < 510000000u) { vco = 6u; } else { vco = 7u; } } else if ((final_hz >= 760000000u) && (final_hz <= 1100000000u)) { lo = 2u; if (final_hz < 780000000u) { vco = 0u; } else if (final_hz < 810000000u) { vco = 1u; } else if (final_hz < 840000000u) { vco = 2u; } else if (final_hz < 880000000u) { vco = 3u; } else if (final_hz < 920000000u) { vco = 4u; } else if (final_hz < 970000000u) { vco = 5u; } else if (final_hz < 1020000000u) { vco = 6u; } else { vco = 7u; } } else { return 0xFFFFu; } return (uint16_t)(((uint16_t)lo << 8) | (uint16_t)vco); } /** * @简介：设置PAN312x的Base Frequency * @参数：base_frequency(hz): * frequency_step(hz): * channel_number * @返回值：无 */ void PAN312x_Set_Frequency(uint32_t base_frequency, uint32_t frequency_step, uint16_t channel_number) { uint8_t tmp; uint8_t vco_tmp; uint8_t vco_vd_sw_tmp; uint8_t tmpBuffer[4]; int base_frequency_tmp; int carrier_frequency; uint32_t carrier_frequency_tmp; // int freq_step_integer; float freq_step_fraction; float mid_frequency_tmp; float frequency_step_tmp; uint32_t ref_freq = 32000000; uint32_t mid_frequency = 500000; uint32_t final_frequency; uint8_t freq_tmp; final_frequency = base_frequency + frequency_step * channel_number; //1lo tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1B3); tmp &= 0xf8; //2vco vco_tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2D2); vco_vd_sw_tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2D4); vco_vd_sw_tmp &= ~PROPERTY_MSK_R2D4_PLL_VCO_VD_SW; vco_tmp &= 0xc7; if((final_frequency >= 127000000) && (final_frequency <= 183000000)){ //lo12 tmp |= 0x04; base_frequency_tmp = base_frequency * 12.0 / ref_freq * (1 << 24); frequency_step_tmp = frequency_step * 12.0 / ref_freq * (1 << 24); mid_frequency_tmp = mid_frequency * 12.0 / ref_freq * (1 << 24); //127Mhz~183Mhz if((final_frequency >= 127000000) && (final_frequency < 130000000)){ vco_tmp |= (0x0 << 3); vco_vd_sw_tmp |= 0x02; }else if((final_frequency >= 130000000) && (final_frequency < 135000000)){ vco_tmp |= (0x1 << 3); vco_vd_sw_tmp |= 0x02; }else if((final_frequency >= 135000000) && (final_frequency < 140000000)){ vco_tmp |= (0x2 << 3); vco_vd_sw_tmp |= 0x02; }else if((final_frequency >= 140000000) && (final_frequency < 147000000)){ vco_tmp |= (0x3 << 3); vco_vd_sw_tmp |= 0x01; }else if((final_frequency >= 147000000) && (final_frequency < 153000000)){ vco_tmp |= (0x4 << 3); vco_vd_sw_tmp |= 0x01; }else if((final_frequency >= 153000000) && (final_frequency < 162000000)){ vco_tmp |= (0x5 << 3); vco_vd_sw_tmp |= 0x01; }else if((final_frequency >= 162000000) && (final_frequency < 170000000)){ vco_tmp |= (0x6 << 3); vco_vd_sw_tmp |= 0x01; }else if((final_frequency >= 170000000) && (final_frequency <= 183000000)){ vco_tmp |= (0x07 << 3); vco_vd_sw_tmp |= 0x01; } freq_tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2C4); freq_tmp &= ~PROPERTY_MSK_R2C4_TRX_COMATCH_EN; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2C4, freq_tmp); freq_tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2D9); freq_tmp &= ~PROPERTY_MSK_R2D9_RX_LNA2_ICORE; freq_tmp |= (0x04 << PROPERTY_POS_R2D9_RX_LNA2_ICORE); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2D9, freq_tmp); }else if((final_frequency >= 190000000) && (final_frequency < 253000000)){ //lo8 tmp |= 0x03; base_frequency_tmp = base_frequency * 8.0 / ref_freq * (1 << 24); frequency_step_tmp = frequency_step * 8.0 / ref_freq * (1 << 24); mid_frequency_tmp = mid_frequency * 8.0 / ref_freq * (1 << 24); //190Mhz~253Mhz if((final_frequency >= 190000000) && (final_frequency < 195000000)){ vco_tmp |= (0x0 << 3); vco_vd_sw_tmp |= 0x02; }else if((final_frequency >= 195000000) && (final_frequency < 203000000)){ vco_tmp |= (0x1 << 3); vco_vd_sw_tmp |= 0x02; }else if((final_frequency >= 203000000) && (final_frequency < 210000000)){ vco_tmp |= (0x2 << 3); vco_vd_sw_tmp |= 0x02; }else if((final_frequency >= 210000000) && (final_frequency < 220000000)){ vco_tmp |= (0x3 << 3); vco_vd_sw_tmp |= 0x01; }else if((final_frequency >= 220000000) && (final_frequency < 230000000)){ vco_tmp |= (0x4 << 3); vco_vd_sw_tmp |= 0x01; }else if((final_frequency >= 230000000) && (final_frequency < 243000000)){ vco_tmp |= (0x5 << 3); vco_vd_sw_tmp |= 0x01; }else if((final_frequency >= 243000000) && (final_frequency < 253000000)){ vco_tmp |= (0x6 << 3); vco_vd_sw_tmp |= 0x01; } // else if((final_frequency >= 253000000) && (final_frequency <= 275000000)){ // vco_tmp |= (0x07 << 3); // vco_vd_sw_tmp |= 0x01; // } freq_tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2C4); freq_tmp &= ~PROPERTY_MSK_R2C4_TRX_COMATCH_EN; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2C4, freq_tmp); freq_tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2D9); freq_tmp &= ~PROPERTY_MSK_R2D9_RX_LNA2_ICORE; freq_tmp |= (0x04 << PROPERTY_POS_R2D9_RX_LNA2_ICORE); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2D9, freq_tmp); }else if((final_frequency >= 253000000) && (final_frequency <= 367000000)){ //lo6 tmp |= 0x02; base_frequency_tmp = base_frequency * 6.0 / ref_freq * (1 << 24); frequency_step_tmp = frequency_step * 6.0 / ref_freq * (1 << 24); mid_frequency_tmp = mid_frequency * 6.0 / ref_freq * (1 << 24); //253Mhz~367Mhz if((final_frequency >= 253000000) && (final_frequency < 260000000)){ vco_tmp |= (0x0 << 3); vco_vd_sw_tmp |= 0x02; }else if((final_frequency >= 260000000) && (final_frequency < 270000000)){ vco_tmp |= (0x1 << 3); vco_vd_sw_tmp |= 0x02; }else if((final_frequency >= 270000000) && (final_frequency < 280000000)){ vco_tmp |= (0x2 << 3); vco_vd_sw_tmp |= 0x02; }else if((final_frequency >= 280000000) && (final_frequency < 293000000)){ vco_tmp |= (0x3 << 3); vco_vd_sw_tmp |= 0x01; }else if((final_frequency >= 293000000) && (final_frequency < 307000000)){ vco_tmp |= (0x4 << 3); vco_vd_sw_tmp |= 0x01; }else if((final_frequency >= 307000000) && (final_frequency < 323000000)){ vco_tmp |= (0x5 << 3); vco_vd_sw_tmp |= 0x01; }else if((final_frequency >= 323000000) && (final_frequency < 340000000)){ vco_tmp |= (0x6 << 3); vco_vd_sw_tmp |= 0x01; }else if((final_frequency >= 340000000) && (final_frequency <= 367000000)){ vco_tmp |= (0x07 << 3); vco_vd_sw_tmp |= 0x01; } freq_tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2C4); freq_tmp &= ~PROPERTY_MSK_R2C4_TRX_COMATCH_EN; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2C4, freq_tmp); freq_tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2D9); freq_tmp &= ~PROPERTY_MSK_R2D9_RX_LNA2_ICORE; freq_tmp |= (0x04 << PROPERTY_POS_R2D9_RX_LNA2_ICORE); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2D9, freq_tmp); }else if((final_frequency >= 380000000) && (final_frequency <= 550000000)){ //lo4 tmp |= 0x01; base_frequency_tmp = base_frequency * 4.0 / ref_freq * (1 << 24); frequency_step_tmp = frequency_step * 4.0 / ref_freq * (1 << 24); mid_frequency_tmp = mid_frequency * 4.0 / ref_freq * (1 << 24); //380Mhz~550Mhz if((final_frequency >= 380000000) && (final_frequency < 390000000)){ vco_tmp |= (0x0 << 3); vco_vd_sw_tmp |= 0x02; }else if((final_frequency >= 390000000) && (final_frequency < 405000000)){ vco_tmp |= (0x1 << 3); vco_vd_sw_tmp |= 0x02; }else if((final_frequency >= 405000000) && (final_frequency < 420000000)){ vco_tmp |= (0x2 << 3); vco_vd_sw_tmp |= 0x02; }else if((final_frequency >= 420000000) && (final_frequency < 440000000)){ vco_tmp |= (0x3 << 3); vco_vd_sw_tmp |= 0x01; }else if((final_frequency >= 440000000) && (final_frequency < 460000000)){ vco_tmp |= (0x4 << 3); vco_vd_sw_tmp |= 0x01; }else if((final_frequency >= 460000000) && (final_frequency < 485000000)){ vco_tmp |= (0x5 << 3); vco_vd_sw_tmp |= 0x01; }else if((final_frequency >= 485000000) && (final_frequency < 510000000)){ vco_tmp |= (0x6 << 3); vco_vd_sw_tmp |= 0x01; }else if((final_frequency >= 510000000) && (final_frequency <= 550000000)){ vco_tmp |= (0x07 << 3); vco_vd_sw_tmp |= 0x01; } freq_tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2C4); freq_tmp &= ~PROPERTY_MSK_R2C4_TRX_COMATCH_EN; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2C4, freq_tmp); freq_tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2D9); freq_tmp &= ~PROPERTY_MSK_R2D9_RX_LNA2_ICORE; freq_tmp |= (0x04 << PROPERTY_POS_R2D9_RX_LNA2_ICORE); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2D9, freq_tmp); }else if((final_frequency >= 760000000) && (final_frequency <= 1100000000)){ //lo2 base_frequency_tmp = base_frequency * 2.0 / ref_freq * (1 << 24); frequency_step_tmp = frequency_step * 2.0 / ref_freq * (1 << 24); mid_frequency_tmp = mid_frequency * 2.0 / ref_freq * (1 << 24); //760Mhz~1100Mhz if((final_frequency >= 760000000) && (final_frequency < 780000000)){ vco_tmp |= (0x0 << 3); vco_vd_sw_tmp |= 0x02; }else if((final_frequency >= 780000000) && (final_frequency < 810000000)){ vco_tmp |= (0x1 << 3); vco_vd_sw_tmp |= 0x02; }else if((final_frequency >= 810000000) && (final_frequency < 840000000)){ vco_tmp |= (0x2 << 3); vco_vd_sw_tmp |= 0x02; }else if((final_frequency >= 840000000) && (final_frequency < 880000000)){ vco_tmp |= (0x3 << 3); vco_vd_sw_tmp |= 0x01; }else if((final_frequency >= 880000000) && (final_frequency < 920000000)){ vco_tmp |= (0x4 << 3); vco_vd_sw_tmp |= 0x01; }else if((final_frequency >= 920000000) && (final_frequency < 970000000)){ vco_tmp |= (0x5 << 3); vco_vd_sw_tmp |= 0x01; }else if((final_frequency >= 970000000) && (final_frequency < 1020000000)){ vco_tmp |= (0x6 << 3); vco_vd_sw_tmp |= 0x01; }else if((final_frequency >= 1020000000) && (final_frequency <= 1100000000)){ vco_tmp |= (0x07 << 3); vco_vd_sw_tmp |= 0x01; } freq_tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2C4); freq_tmp |= PROPERTY_MSK_R2C4_TRX_COMATCH_EN; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2C4, freq_tmp); freq_tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2D9); freq_tmp &= ~PROPERTY_MSK_R2D9_RX_LNA2_ICORE; freq_tmp |= (0x0a << PROPERTY_POS_R2D9_RX_LNA2_ICORE); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2D9, freq_tmp); } PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1B3, tmp); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2D2, vco_tmp); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2D4, vco_vd_sw_tmp); //帧结构中插入crc字段 freq_step_fraction = frequency_step_tmp - (int)frequency_step_tmp; base_frequency_tmp += round(freq_step_fraction * channel_number); //3[0x71][0x15][0x71][0x16][0x71][0x17][0x71][0x18]base frequency PAN312x_Set_PropertyB4(PROPERTY_ADDR_R195, (uint32_t)base_frequency_tmp); //4[0x71][0x11][0x71][0x12]frequency step PAN312x_Set_PropertyB2(PROPERTY_ADDR_R191, (uint16_t)frequency_step_tmp); //5[0x71][0x13][0x71][0x14]channel number PAN312x_Set_PropertyB2(PROPERTY_ADDR_R193, channel_number); //[0x74][0x40] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R236); tmp |= PROPERTY_MSK_R236_HI_LO_SET; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R236, tmp); //7[0x71][0x19][0x71][0x1a][0x71][0x1b](:500khz) PAN312x_Set_PropertyB3(PROPERTY_ADDR_R199, (uint32_t)mid_frequency_tmp); //8reg_ppm_enable([74][0x22][6]), tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R322); if((tmp & 0x40) == 0x40){ carrier_frequency_tmp = base_frequency + channel_number * frequency_step; carrier_frequency = (int)(ref_freq * 1.0f * (1 << 10) / carrier_frequency_tmp); tmpBuffer[0] = (carrier_frequency & 0xff); tmpBuffer[1] = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R14B); tmpBuffer[1] |= ((carrier_frequency >> 8) & 0xff); PAN312x_Set_Property(PROPERTY_ADDR_R14A, 2, tmpBuffer); } s_freq_afe_seg = PAN312x_Get_FrequencyAfeSegment(final_frequency); s_freq_afe_valid = 1u; } /** * @简介：跳频友好的频率更新 * 仅当目标频点跨过 LO/VCO 模拟前端分段时，才调用完整 PAN312x_Set_Frequency； * 同段内跳频跳过全量配置，由随后 Enter_Tx/Rx(..., START_COND_ENABLE_CHANNEL, ...) 切换信道 * @参数：base_frequency(hz): * frequency_step(hz): * channel_number * @返回值: 1-执行了全量 Set_Frequency，0-同段跳过 */ int PAN312x_Set_Frequency_ForHop(uint32_t base_frequency, uint32_t frequency_step, uint16_t channel_number) { uint32_t final_hz; uint16_t seg; final_hz = base_frequency + frequency_step * (uint32_t)channel_number; seg = PAN312x_Get_FrequencyAfeSegment(final_hz); if ((s_freq_afe_valid == 0u) || (seg != s_freq_afe_seg) || (seg == 0xFFFFu)) { PAN312x_Set_Frequency(base_frequency, frequency_step, channel_number); return 1; } return 0; } /** * @简介：设置PAN312x的Frequency_Channel_Number * @参数：channel_number: * @返回值：无 */ void PAN312x_Set_Frequency_Channel_Number(uint16_t channel_number) { PAN312x_Set_PropertyB2(PROPERTY_ADDR_R193, channel_number); } /** * @简介：设置PAN312x的发射功率(dBm) * @参数：PAN312xPowerdBm:(-20dBm ~ 21dBm,step:1dBm) * @返回值：无 */ void PAN312x_Set_Power_Ldo(uint16_t Power) { uint8_t tmp; uint8_t vdd_pa_trim ; uint8_t pa_2nd_ramp ; uint8_t pa_bias_trim ; uint8_t lp_en; vdd_pa_trim = PAN31XX_LDO_POWER_GET_VDD_PA_TRIM(Power); pa_2nd_ramp = PAN31XX_LDO_POWER_GET_PA_2ND_RAMP(Power); pa_bias_trim = PAN31XX_LDO_POWER_GET_PA_BIAS_TRIM(Power); lp_en = PAN31XX_LDO_POWER_GET_LP_EN(Power); //VDD_PA_TRIM[0x73][0x32][7:3] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2B2); tmp &= ~PROPERTY_MSK_R2B2_VDD_PA_TRIM; tmp |= (vdd_pa_trim << PROPERTY_POS_R2B2_VDD_PA_TRIM); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2B2, tmp); //PA_2ND_RAMP[0x70][0x4e][5:0] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R14E); tmp &= ~PROPERTY_MSK_R14E_PA_2ND_RAMP; tmp |= (pa_2nd_ramp << PROPERTY_POS_R14E_PA_2ND_RAMP); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R14E, tmp); //PA_BIAS_TRIM[0x73][0x57][7:4] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2D7); tmp &= ~PROPERTY_MSK_R2D7_PA_BIAS_TRIM; tmp |= (pa_bias_trim << PROPERTY_POS_R2D7_PA_BIAS_TRIM); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2D7, tmp); //lp en[0x73][0x46][7] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2C6); tmp &= ~PROPERTY_MSK_R2C6_PA_LP_SEL; tmp |= (lp_en << PROPERTY_POS_R2C6_PA_LP_SEL); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2C6, tmp); } /** * @简介：按DCDC校准码设置PAN312x发射功率 * @参数：Power：DCDC功率校准码 * @返回值: 无 */ void PAN312x_Set_Power_Dcdc(uint32_t Power) { uint8_t tmp; uint8_t vdd_pa_trim ; uint8_t pa_2nd_ramp ; uint8_t pa_bias_trim ; uint8_t lp_en; uint8_t dcdc_en; uint8_t dcdc_vout_trim; vdd_pa_trim = PAN31XX_DCDC_POWER_GET_VDD_PA_TRIM(Power); pa_2nd_ramp = PAN31XX_DCDC_POWER_GET_PA_2ND_RAMP(Power); pa_bias_trim = PAN31XX_DCDC_POWER_GET_PA_BIAS_TRIM(Power); lp_en = PAN31XX_DCDC_POWER_GET_LP_EN(Power); dcdc_en = PAN31XX_DCDC_POWER_GET_DCDC_EN(Power); dcdc_vout_trim = PAN31XX_DCDC_POWER_GET_DCDC_VOUT_TRIM(Power); //VDD_PA_TRIM[0x73][0x32][7:3] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2B2); tmp &= ~PROPERTY_MSK_R2B2_VDD_PA_TRIM; tmp |= (vdd_pa_trim << PROPERTY_POS_R2B2_VDD_PA_TRIM); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2B2, tmp); //PA_2ND_RAMP[0x70][0x4e][5:0] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R14E); tmp &= ~PROPERTY_MSK_R14E_PA_2ND_RAMP; tmp |= (pa_2nd_ramp << PROPERTY_POS_R14E_PA_2ND_RAMP); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R14E, tmp); //PA_BIAS_TRIM[0x73][0x57][7:4] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2D7); tmp &= ~PROPERTY_MSK_R2D7_PA_BIAS_TRIM; tmp |= (pa_bias_trim << PROPERTY_POS_R2D7_PA_BIAS_TRIM); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2D7, tmp); //lp en[0x73][0x46][7] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2C6); tmp &= ~PROPERTY_MSK_R2C6_PA_LP_SEL; tmp |= (lp_en << PROPERTY_POS_R2C6_PA_LP_SEL); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2C6, tmp); //dcdc en[0x60][0x06][7] PAN312x_Get_OP_Reg(R006, 1, &tmp); tmp &= ~R006_EN_DCDC_Msk; tmp |= (dcdc_en << R006_EN_DCDC_Pos); PAN312x_Set_OP_Reg(R006, 1, &tmp); //dcdc vout trim[0x73][0x34][4:0] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2B4); tmp &= ~PROPERTY_MSK_R2B4_DCDC_VOUT_TRIM; tmp |= (dcdc_vout_trim << PROPERTY_POS_R2B4_DCDC_VOUT_TRIM); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2B4, tmp); } /** * @简介：设置PAN312x的发射功率(dBm) * @参数：PowerdBm：(-20dBm ~ 21dBm,step:1dBm) * @返回值: 无 */ void PAN312x_Set_Power(uint32_t Frequency, uint32_t FrequencyStep, uint16_t ChannelNumber, PAN312xPowerSelect PowerSelect, PAN312xPowerdBm PowerdBm) { int power; power = (int)(PowerdBm & 0xff) - 20; if((PowerSelect == POWER_LDO_0603) || (PowerSelect == POWER_LDO_0402)){ if((power > 20) || (power < -20)){ while(1); } }else if((PowerSelect == POWER_DCDC_0603) || (PowerSelect == POWER_DCDC_0402)){ if((power > 13) || (power < -20)){ while(1); } } uint32_t freq_tmp = Frequency + ChannelNumber * FrequencyStep; if(freq_tmp >= 127000000 && (freq_tmp <= 183000000)){ if(PowerSelect == POWER_LDO_0603){ PAN312x_Set_Power_Ldo(pan31xx_ldo_power_0603_420_445mhz[PowerdBm]); }else if(PowerSelect == POWER_LDO_0402){ PAN312x_Set_Power_Ldo(pan31xx_ldo_power_0402_420_445mhz[PowerdBm]); }else if(PowerSelect == POWER_DCDC_0603){ PAN312x_Set_Power_Dcdc(pan31xx_dcdc_power_0603_420_445mhz[PowerdBm]); }else if(PowerSelect == POWER_DCDC_0402){ PAN312x_Set_Power_Dcdc(pan31xx_dcdc_power_0402_420_445mhz[PowerdBm]); } }else if(freq_tmp >= 420000000 && (freq_tmp <= 445000000)){ if(PowerSelect == POWER_LDO_0603){ PAN312x_Set_Power_Ldo(pan31xx_ldo_power_0603_420_445mhz[PowerdBm]); }else if(PowerSelect == POWER_LDO_0402){ PAN312x_Set_Power_Ldo(pan31xx_ldo_power_0402_420_445mhz[PowerdBm]); }else if(PowerSelect == POWER_DCDC_0603){ PAN312x_Set_Power_Dcdc(pan31xx_dcdc_power_0603_420_445mhz[PowerdBm]); }else if(PowerSelect == POWER_DCDC_0402){ PAN312x_Set_Power_Dcdc(pan31xx_dcdc_power_0402_420_445mhz[PowerdBm]); } }else if(freq_tmp >= 470000000 && (freq_tmp <= 510000000)){ if(PowerSelect == POWER_LDO_0603){ PAN312x_Set_Power_Ldo(pan31xx_ldo_power_0603_470_510mhz[PowerdBm]); }else if(PowerSelect == POWER_LDO_0402){ PAN312x_Set_Power_Ldo(pan31xx_ldo_power_0402_470_510mhz[PowerdBm]); }else if(PowerSelect == POWER_DCDC_0603){ PAN312x_Set_Power_Dcdc(pan31xx_dcdc_power_0603_470_510mhz[PowerdBm]); }else if(PowerSelect == POWER_DCDC_0402){ PAN312x_Set_Power_Dcdc(pan31xx_dcdc_power_0402_470_510mhz[PowerdBm]); } }else if(freq_tmp >= 860000000 && (freq_tmp <= 870000000)){ if(PowerSelect == POWER_LDO_0603){ PAN312x_Set_Power_Ldo(pan31xx_ldo_power_0603_860_870mhz[PowerdBm]); }else if(PowerSelect == POWER_LDO_0402){ PAN312x_Set_Power_Ldo(pan31xx_ldo_power_0402_860_870mhz[PowerdBm]); }else if(PowerSelect == POWER_DCDC_0603){ PAN312x_Set_Power_Dcdc(pan31xx_dcdc_power_0603_860_870mhz[PowerdBm]); }else if(PowerSelect == POWER_DCDC_0402){ PAN312x_Set_Power_Dcdc(pan31xx_dcdc_power_0402_860_870mhz[PowerdBm]); } }else if(freq_tmp >= 902000000 && (freq_tmp <= 928000000)){ if(PowerSelect == POWER_LDO_0603){ PAN312x_Set_Power_Ldo(pan31xx_ldo_power_0603_902_928mhz[PowerdBm]); }else if(PowerSelect == POWER_LDO_0402){ PAN312x_Set_Power_Ldo(pan31xx_ldo_power_0402_902_928mhz[PowerdBm]); }else if(PowerSelect == POWER_DCDC_0603){ PAN312x_Set_Power_Dcdc(pan31xx_dcdc_power_0603_902_928mhz[PowerdBm]); }else if(PowerSelect == POWER_DCDC_0402){ PAN312x_Set_Power_Dcdc(pan31xx_dcdc_power_0402_902_928mhz[PowerdBm]); } } } /** * @简介：获取PAN312x的接收信号的RSSI值 * 芯片收取到数据时，芯片内部逻辑会统计当前数据包的信号强度。 * @参数：无 * @返回值：RSSI值 */ int PAN312x_GetRSSI(void) { uint8_t tmp; uint8_t rate_tmp; uint16_t data_rate_a; uint8_t rssi_offset = 0; uint16_t fw_id; uint8_t lo_mux_tmp; uint8_t vco_tmp; int cRssi; //[0x71][0x06] rate_tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R186); if((rate_tmp & PROPERTY_MSK_R186_REG_SYMB_AB_SEL) == PROPERTY_MSK_R186_REG_SYMB_AB_SEL){ rate_tmp = (rate_tmp & PROPERTY_MSK_R186_REG_SYMBRATE_B) >> 4; if((rate_tmp == 0x00) || (rate_tmp == 0x03) || (rate_tmp == 0x05) || (rate_tmp == 0x07)){ //50kbps100kbps200kbps400kbps rssi_offset = 5; }else if(rate_tmp == 0x02){ //80kbps rssi_offset = 3; }else{ rssi_offset = 0; } }else{ //data rate <= 40kbps tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R187); data_rate_a = tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R188); data_rate_a |= ((tmp & PROPERTY_MSK_R188_REG_SYMBRATE_A_H) << 8); if(data_rate_a == 400){ //40kbps rssi_offset = 3; }else{ rssi_offset = 0; } } PAN312x_Get_FwId(&fw_id); if(fw_id == 0x0003){ tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1BD); }else{ tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_RSSI_RBW_HOLD); } cRssi = (int)tmp; if(cRssi > 0x7f){ cRssi = (0x100 - cRssi - rssi_offset); }else{ cRssi -= rssi_offset; } lo_mux_tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1B3); vco_tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2D2); if(((lo_mux_tmp & 0x07) == 0x01) && (((vco_tmp&0x38) >> 3) == 0x3)){ cRssi -= 3; }else if(((lo_mux_tmp & 0x07) == 0x01) && (((vco_tmp&0x38) >> 3) == 0x4)){ cRssi -= 5; }else if(((lo_mux_tmp & 0x07) == 0x01) && (((vco_tmp&0x38) >> 3) == 0x5)){ cRssi += 1; }else if(((lo_mux_tmp & 0x07) == 0x00) && (((vco_tmp&0x38) >> 3) == 0x4)){ cRssi -= 7; }else if(((lo_mux_tmp & 0x07) == 0x00) && (((vco_tmp&0x38) >> 3) == 0x5)){ cRssi -= 7; } return cRssi; } /** * PAN312x RF Team * @RSSI * @ * @RSSI */ int PAN312x_GetChannelCheckRssi(void) { uint8_t tmp; int cRssi; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1BF); cRssi = (int)tmp; if(cRssi > 0x7f){ cRssi = (0x100 - cRssi); } return cRssi; } /** * @简介：获取PAN312x接收信号的LQI * @参数：无 * @返回值: LQI值(低12位有效) */ int PAN312x_GetLqi(void) { return (PAN312x_Get_PropertyB2(PROPERTY_ADDR_NOISE_PWR) & 0xfff); } /** * @简介：PAN312x的两点式校准 * @参数：symbol_rate：速率 * tx_deviation：发送 deviation * ref_diff：参考值 * @返回值：无 * 备注： * 1、当速率大于等于200kbps时，需要进行两点式校准 */ void PAN312x_Two_Point_Calibration(uint8_t symbol_rate, uint32_t tx_deviation, uint16_t ref_diff) { uint8_t tmp; //[0x70][0x59][4:3],设置0，表示使用第一组两点式校准code tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R159); tmp &= ~PROPERTY_MSK_R159_TP_CODE_GROUP_SEL; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R159, tmp); /* * 2 780~1110 [0x73][0x42][1] 0 //5[0x73][0x4f][5:0]RCCAL_CAPTUNE, //5[0x73][0x4f][5:0]RCCAL_CAPTUNE, */ //[0x73][0x42][1] uint8_t lo_tmp; lo_tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1B3); lo_tmp &= PROPERTY_MSK_R1B3_LO_MUX_SEL; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2C2); if(lo_tmp == 0x00){ //2 tmp &= ~PROPERTY_MSK_R2C2_DAC_SG_SEL; }else if(lo_tmp == 0x01){ //4 tmp |= PROPERTY_MSK_R2C2_DAC_SG_SEL; }else if(lo_tmp == 0x02){ //6 tmp |= PROPERTY_MSK_R2C2_DAC_SG_SEL; } PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2C2, tmp); if(symbol_rate == 0x0a){ //2M //[0x70][0x4d] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R14D); tmp &= ~PROPERTY_MSK_R14D_PLL_VCO_TXCTK; tmp |= 0x01;//tmp |= 0x03; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R14D, tmp); //[0x73][0x42] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2C2); tmp &= ~PROPERTY_MSK_R2C2_DAC_SEL_SW; tmp |= (0x01 << 2);//tmp |= (0x03 << 2); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2C2, tmp); }else{ //[0x70][0x4d] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R14D); tmp &= ~PROPERTY_MSK_R14D_PLL_VCO_TXCTK; tmp |= 0x01; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R14D, tmp); //[0x73][0x42] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2C2); tmp &= ~PROPERTY_MSK_R2C2_DAC_SEL_SW; tmp |= (0x01 << 2); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2C2, tmp); } if((symbol_rate == 0x0a) || ((symbol_rate == 0x09) && tx_deviation == 500000)){ //2M //1M & tx_deviation = 500000hz //[0x73][0x58] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2D8); tmp &= ~PROPERTY_MSK_R2D8_DAC_ISEL; tmp |= (0x07 << 4); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2D8, tmp); }else{ tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2D8); tmp &= ~PROPERTY_MSK_R2D8_DAC_ISEL; tmp |= (0x02 << 4); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2D8, tmp); } //[0x71][0x24] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1A4); tmp |= 0x01; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1A4, tmp); //enter tx tmp = 0x10; PAN312x_Set_OP_Reg(R003, 1, &tmp); tmp = 0x20; PAN312x_Set_OP_Reg(R003, 1, &tmp); delay1ms(200); //[0x70][0x63] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R163); vcol_cal_code = (tmp & 0x3f); //[0x70][0x69] PAN312x_Set_PropertyB2(PROPERTY_ADDR_R169, ref_diff); //[0x73][0x4b] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2CB); tmp |= (0x01 << 2); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2CB, tmp); //[0x70][0x57] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R157); tmp &= 0x7f; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R157, tmp); //[70][0x64] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R164); tmp |= (0x01 << 6); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R164, tmp); delay10us(200); tmp |= (0x01 << 7); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R164, tmp); delay10us(200); tmp |= (0x01 << 4); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R164, tmp); delay10us(200); tmp &= 0xef; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R164, tmp); delay1ms(200); //[0x70][0x5e] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R15E); tp_auto_code = tmp; //tp_auto_code = 0x77; //[0x70][0x64] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R164); tmp |= 0x7f; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R164, tmp); tmp &= 0xbf; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R164, tmp); //[0x70][0x67] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R167); tmp &= 0xe0; tmp |= (tp_auto_code & 0x1f); #if 0 PAN312x_Set_PropertyB1(PROPERTY_ADDR_R167, tmp); #else PAN312x_Set_PropertyB1(PROPERTY_ADDR_R165, tmp); // PAN312x_Set_PropertyB1(PROPERTY_ADDR_R166, tmp); // PAN312x_Set_PropertyB1(PROPERTY_ADDR_R167, tmp); // PAN312x_Set_PropertyB1(PROPERTY_ADDR_R168, tmp); #endif //[0x73][0x4b] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2CB); tmp &= 0xfb; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2CB, tmp); //[0x71][0x24] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1A4); tmp &= 0xfe; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1A4, tmp); delay10us(120); //[0x70][0x42] // tmp = 0x80; // PAN312x_Set_PropertyB1(PROPERTY_ADDR_R142, tmp); //7ready tmp = 0x10; PAN312x_Set_OP_Reg(R003, 1, &tmp); } /** * @简介：PAN312x的RC校准 * @参数：无 * @返回值：无 */ void PAN312x_RC_Calibration(void) { uint8_t tmp; //1rx tmp = 0x40; PAN312x_Set_OP_Reg(R003, 1, &tmp); //[0x74][0x40] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2D9); tmp |= PROPERTY_MSK_R2D9_EN_RX_RCCAL; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2D9, tmp); delay10us(10); //[0x74][0x40] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2D9); tmp |= PROPERTY_MSK_R2D9_RX_RCCAL_RST; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2D9, tmp); delay10us(10); //[0x74][0x40] do{ tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2CF); }while(!((tmp & PROPERTY_MSK_R2CF_RCCAL_DONE) == PROPERTY_MSK_R2CF_RCCAL_DONE)); //5[0x73][0x4f][5:0]RCCAL_CAPTUNE, //[0x74][0x40] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2CF); tmp &= PROPERTY_MSK_R2CF_RCCAL_CAPTUNE; rc_code = tmp; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R14F, tmp); //6[0x73][0x59][1]0 tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2D9); tmp &= ~PROPERTY_MSK_R2D9_RX_RCCAL_RST; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2D9, tmp); //7ready tmp = 0x10; PAN312x_Set_OP_Reg(R003, 1, &tmp); } /** * @简介：使能PAN312x的DCDC * @参数：无 * @返回值: 无 * 备注： * 1、rx若需要用dcdc模式，需在初始化中调用该函数; * 2、tx若需要用dcdc模式，只需要配置功率就可以了(PAN312x_Set_Power)， * 因为在PAN312x_Set_Power中已经使能dcdc，需要注意tx如果使能dcdc，发射功率最大只支持到14dBm。 */ void PAN312x_DCDC_Enable(void) { uint8_t tmp; //[0x60][06] PAN312x_Get_OP_Reg(R006, 1, &tmp); tmp |= R006_EN_DCDC_Msk; PAN312x_Set_OP_Reg(R006, 1, &tmp); //[0x73][0x44] ////regmap inittx rx // PAN312x_Get_OP_Reg(R2C4, 1, &tmp); // //DCDC_BUFSEL:[0x73][0x44][7:5] = 000b // tmp &= ~R2C4_DCDC_BUFSEL_Msk; // //DCDC_RESSEL:[0x73][0x44][4:2] = 010b // tmp &= ~R2C4_DCDC_RESSEL_Msk; // tmp |= (0x02 << R2C4_DCDC_RESSEL_Pos); // PAN312x_Set_OP_Reg(R2C4, 1, &tmp); //[0x73][0x45] //PAN312x_Get_OP_Reg(R2C5, 1, &tmp); tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2C5); //DCDC_CAL_EN: [0x73][0x45][7:6] =00b dcdc自动校准关闭 tmp &= ~PROPERTY_MSK_R2C5_DCDC_CAL_EN; //DCDC_CAL_EN: [0x73][0x45][5:3] =111b dcdc //regmap inittx rx // tmp &= ~R2C5_DCDC_IMAX_Msk; // tmp |= (0x07 << R2C5_DCDC_IMAX_Pos); //test begin //tmp |= R2C5_DCDC_SSEN_Msk; //test end //PAN312x_Set_OP_Reg(R2C5, 1, &tmp); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2C5, tmp); } void PAN312x_DCDC_Disable(void) { uint8_t tmp; //[0x60][06] PAN312x_Get_OP_Reg(R006, 1, &tmp); tmp &= ~R006_EN_DCDC_Msk; PAN312x_Set_OP_Reg(R006, 1, &tmp); } /** //GPIO Direct Rx寄存器初始化 * @ * @: */ //同步模式 void PAN312x_SynchoronousMode_GpioDirectTxInit(void) { //GPIO Direct Rx寄存器初始化 // PAN312x_Iomux_Gpio(IOMUX_GPIO0_AS_DIRECT_TX); // PAN312x_Set_Gpio_Mode(GPIO_PIN_0, GPIO_INPUT_MODE); // // //GPIO1 // PAN312x_Iomux_Gpio(IOMUX_GPIO1_AS_DIRECT_CLK); // PAN312x_Set_Gpio_Mode(GPIO_PIN_1, GPIO_OUTPUT_MODE); //GPIO Direct Tx PAN312x_GPIO_Direct_Tx_Enable(); // PAN312x_Gpio_Direct_Synchronous_Mode(); } void PAN312x_AsynchoronousMode_GpioDirectTxInit(void) { //GPIO Direct Tx PAN312x_GPIO_Direct_Tx_Enable(); // PAN312x_Gpio_Direct_Asynchronous_Mode(); } /** //GPIO Direct Rx寄存器初始化 * @ * @: */ //void EXTI9_5_IRQHandler(void) //{ // HAL_GPIO_EXTI_IRQHandler(GPIO_PIN_5); //} void PAN312x_Gpio_Direct_RxByPass_Enable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R30E); tmp |= PROPERTY_MSK_R30E_DIRECT_BYPASS_MODE; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R30E, tmp); } void PAN312x_Gpio_Direct_RxByPass_Disnable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R30E); tmp &= ~PROPERTY_MSK_R30E_DIRECT_BYPASS_MODE; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R30E, tmp); } // /** * @简介：初始化同步模式GPIO Direct Rx * @参数：无 * @返回值: 无 */ void PAN312x_SynchoronousMode_GpioDirectRxInit(void) { // PAN312x_Enter_Ready(); //GPIO Direct Rx PAN312x_GPIO_Direct_Rx_Enable(); //GPIO Direct Rx寄存器初始化 PAN312x_Gpio_Direct_Rx_Regmap_Init(); // PAN312x_Gpio_Direct_Synchronous_Mode(); } // /** * @简介：初始化异步模式GPIO Direct Rx * @参数：无 * @返回值: 无 */ void PAN312x_AsynchoronousMode_GpioDirectRxInit(void) { // PAN312x_Iomux_Gpio(IOMUX_GPIO0_AS_DIRECT_RX); // PAN312x_Set_Gpio_Mode(PAN312x_GPIO_PIN_0, GPIO_OUTPUT_MODE); // // PAN312x_Iomux_Gpio(IOMUX_GPIO1_AS_DIRECT_RX); // PAN312x_Set_Gpio_Mode(PAN312x_GPIO_PIN_1, GPIO_OUTPUT_MODE); // PAN312x_Iomux_Gpio(IOMUX_GPIO2_AS_DIRECT_RX); // PAN312x_Set_Gpio_Mode(PAN312x_GPIO_PIN_2, GPIO_OUTPUT_MODE); //GPIO Direct Rx PAN312x_GPIO_Direct_Rx_Enable(); //GPIO Direct Rx寄存器初始化 PAN312x_Gpio_Direct_Rx_Regmap_Init(); PAN312x_Gpio_Direct_Asynchronous_Mode(); //agc_manu_en // PAN312x_Get_OP_Reg(R206, 1, &tmp); // tmp |= R206_REG_AGC_MANU_EN_Msk; // PAN312x_Set_OP_Reg(R206, 1, &tmp); // // //[0x74][0x16][1]:dagc_manu_en // PAN312x_Get_OP_Reg(R316, 1, &tmp); // tmp |= R316_REG_DAGC_MANU_EN_Msk; // PAN312x_Set_OP_Reg(R316, 1, &tmp); //[0x74][0x1a] //Direct rx bypass mode PAN312x_Gpio_Direct_RxByPass_Enable(); } /** * @简介：PAN312x的GPIO Direct Rx寄存器初始化 * @参数：无 * @返回值: 无 */ void PAN312x_Gpio_Direct_Rx_Regmap_Init(void) { uint8_t tmp; //[0x74][0x0b]:盲同步纠频偏快慢阈值 tmp = 0xcf; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R30B, tmp); //[0x74][0x0c]:盲同步PPM计算快慢阈值 tmp = 0x6b; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R30C, tmp); //[0x74][0x0e]:打开盲同步使能，盲同步频偏计算使能 tmp = 0x50; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R30E, tmp); //[0x74][0x18]:配置dagc的alpha belta系数 tmp = 0xa7; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R318, tmp); } /** * @简介：Iomux PAN312x的GPIO功能 * @参数：IomuxGpio * @返回值: 无 */ void PAN312x_Iomux_Gpio(uint32_t IomuxGpio) { uint8_t tmp; uint16_t reg_addr; reg_addr = (uint16_t)(IomuxGpio & 0x7ff); PAN312x_Get_OP_Reg(reg_addr, 1, &tmp); tmp &= ~((uint8_t)(IomuxGpio >> 16)); tmp |= ((uint8_t)(IomuxGpio >> 24)); PAN312x_Set_OP_Reg(reg_addr, 1, &tmp); } /** * @简介：设置PAN312x的GPIO模式 * @参数：GpioPin： * Mode: * 0x01: 输出模式 * 0x00: 输入模式 * @返回值: 无 */ void PAN312x_Set_Gpio_Mode(uint16_t GpioPin, uint8_t Mode) { uint8_t tmp; uint8_t GpioPin0_2_11 = 0x00,GpioPin3_10 = 0x00; GpioPin0_2_11 = (uint8_t)GpioPin; GpioPin3_10 = (uint8_t)(GpioPin >> 8); if(GpioPin0_2_11 != 0x00){ //[0x71][0x30] tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1B0); if(Mode == GPIO_INPUT_MODE) { tmp &= ~(GpioPin0_2_11 << 4); tmp |= GpioPin0_2_11; } else if(Mode == GPIO_OUTPUT_MODE){ tmp |= (GpioPin0_2_11 << 4); } PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1B0, tmp); } if(GpioPin3_10 != 0x00){ //[0x60][0x19] PAN312x_Get_OP_Reg(R019, 1, &tmp); if(Mode == GPIO_INPUT_MODE) { tmp &= ~GpioPin3_10; PAN312x_Set_OP_Reg(R019, 1, &tmp); PAN312x_Get_OP_Reg(R018, 1, &tmp); tmp |= GpioPin3_10; PAN312x_Set_OP_Reg(R018, 1, &tmp); } else if(Mode == GPIO_OUTPUT_MODE){ tmp |= GpioPin3_10; PAN312x_Set_OP_Reg(R019, 1, &tmp); } } } void PAN312x_Gpio_Write_Pin(uint16_t GpioPin, uint8_t PinState) { uint8_t tmp; uint8_t GpioPin0_2_11 = 0x00,GpioPin3_10 = 0x00; GpioPin0_2_11 = (uint8_t)GpioPin; GpioPin3_10 = (uint8_t)(GpioPin >> 8); if(GpioPin0_2_11 != 0x00){ tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1B2); if(PinState == 0) { tmp &= ~GpioPin0_2_11; } else if(PinState == 1){ tmp |= GpioPin0_2_11; } PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1B2, tmp); } if(GpioPin3_10 != 0x00){ PAN312x_Get_OP_Reg(R017, 1, &tmp); if(PinState == 0) { tmp &= ~GpioPin3_10; } else if(PinState == 1){ tmp |= GpioPin3_10; } PAN312x_Set_OP_Reg(R017, 1, &tmp); } } /** * @简介：设置PAN312x的gpio输出系统时钟 * @参数：IomuxGpio：时钟输出的gpio(gpio0、gpio1、gpio2、gpio9、gpio10) * OclkFrequency： * 0: 16Mhz * 1: 8Mhz * 2: 4Mhz * 3: 2Mhz * 4: 2Mhz * 5: 500Khz * @返回值：无 */ void PAN312x_GpioOutputOclk(uint32_t IomuxGpio, PAN312xGpioOutputClk ClkFrequency) { uint8_t clk_select,clk_set; clk_select = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R14D); clk_set = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R150); clk_set |= (PROPERTY_MSK_R150_OCLK_EN | PROPERTY_MSK_R150_OCLK_SRC_SEL); if(ClkFrequency <4){ //16Mhz8Mhz4Mhz2Mhz clk_select &= ~PROPERTY_MSK_R14D_OCLK_500K_SEL; clk_set &= ~PROPERTY_MSK_R150_OCLK_DIV_SEL; clk_set |=(ClkFrequency << PROPERTY_POS_R150_OCLK_DIV_SEL); }else if(ClkFrequency == 4){ //500Khzclk clk_select |= PROPERTY_MSK_R14D_OCLK_500K_SEL; } PAN312x_Set_PropertyB1(PROPERTY_ADDR_R14D,clk_select); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R150,clk_set); PAN312x_Iomux_Gpio(IomuxGpio); } /** * @简介：设置PAN312x进入单载波模式 * @参数：frequency：频点 * power：发射功率 * @返回值：无 */ void PAN312x_Enter_Carrier(uint32_t Frequency, uint32_t FrequencyStep, uint16_t ChannelNumber, PAN312xPowerSelect PowerSelect, PAN312xPowerdBm PowerdBm) { uint8_t tmp; // tmp = 0x10; // PAN312x_Set_OP_Reg(R003, 1, &tmp); PAN312x_Enter_Ready(); //1tx tmp = 0x20; PAN312x_Set_OP_Reg(R003, 1, &tmp); //2 PAN312x_Set_Frequency(Frequency, FrequencyStep, ChannelNumber); //3 PAN312x_Set_Power(Frequency, FrequencyStep, ChannelNumber, PowerSelect, PowerdBm); //4tx tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R153); tmp |= PROPERTY_MSK_R153_REG_TX_CFG_MODE; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R153, tmp); //5 tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1A4); tmp |= PROPERTY_MSK_R1A4_REG_TX_FIFO_FULL; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1A4, tmp); } /** * @简介：通过spi命令唤醒PAN312x * @参数：无 * @返回值：无 */ void PAN312x_WakeUp_BySpi(void) { uint8_t tmp; //rch_en改为用状态机控制 PAN312x_Read(R004, &tmp); tmp &= ~R004_REG_ENRCH_SEL_Msk; PAN312x_Write(R004, tmp); PAN312x_Write(R005, 0x60); PAN312x_Read(R007, &tmp); tmp |= (R007_SPI_WKEN_Msk | R007_SPI_WKTRIG_Msk); PAN312x_Write(R007, tmp); //31.25us, 3rcl 100us delay10us(100); tmp &= ~R007_SPI_WKTRIG_Msk; PAN312x_Write(R007, tmp); tmp = 0x00; PAN312x_Write(R005, tmp); } /** * @简介：使能PAN312x的rcl时钟 * @参数：无 * @返回值：无 */ void PAN312x_ClkRcl_Enable(void) { uint8_t tmp; PAN312x_Write(R005, 0x60); PAN312x_Read(R00E, &tmp); tmp |= R00E_EN_RCL_3V_Msk; PAN312x_Write(R00E, tmp); PAN312x_Write(R005, 0x00); } /** * @简介：失能PAN312x的rcl时钟 * @参数：无 * @返回值：无 */ void PAN312x_ClkRcl_Disable(void) { uint8_t tmp; PAN312x_Write(R005, 0x60); PAN312x_Read(R00E, &tmp); tmp &= ~R00E_EN_RCL_3V_Msk; PAN312x_Write(R00E, tmp); PAN312x_Write(R005, 0x00); } /** * @简介：设置PAN312x 的SymbolRate(SymbolRate <= 40kbps) * @参数：symbol_rate_a: * example:200(设置的值) 实际对应的速率 20kbps * @返回值：无 */ void PAN312x_Set_Symbol_RateA(uint16_t symbol_rate_a) { uint8_t tmp, tmpBuffer[3]; uint32_t IntermediateFrequency; uint8_t lo_tmp; //agc config for 760Mhz ~ 1110Mhz uint8_t Agc2_500Kbps_LoDiv2[37] = {0x06, 0x5f, 0x05, 0x35, 0x66, 0x23, 0x05, 0x00, 0x5d, 0x23, 0x05, 0x00, 0x5d, 0x23, 0x05, 0x00, 0x5d, 0x23, 0x05, 0x00, 0x5d, 0x23, 0x05, 0x00, 0x4e, 0x37, 0x05, 0x10, 0x3F, 0x57, 0x05, 0x20, 0x30, 0x6f, 0x05, 0x2e, 0x0c}; //agc config for 380Mhz ~ 550Mhz uint8_t Agc2_500Kbps_LoDiv4[37] = {0x06, 0x5f, 0x05, 0x35, 0x66, 0x23, 0x05, 0x05, 0x56, 0x23, 0x05, 0x05, 0x56, 0x23, 0x05, 0x05, 0x56, 0x23, 0x05, 0x05, 0x56, 0x23, 0x05, 0x05, 0x56, 0x37, 0x05, 0x18, 0x3F, 0x3f, 0x05, 0x25, 0x33, 0x5f, 0x05, 0x36, 0x0c}; //page71, 0x06 tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R186); tmp &= ~PROPERTY_MSK_R186_REG_SYMB_AB_SEL; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R186, tmp); tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R187); tmp = symbol_rate_a; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R187, tmp); tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R188); tmp &= ~PROPERTY_MSK_R188_REG_SYMBRATE_A_H; tmp = (symbol_rate_a >> 8); tmp &= PROPERTY_MSK_R188_REG_SYMBRATE_A_H; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R188, tmp); //page70, 0x50 chf_sel tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R150); tmp &= ~PROPERTY_MSK_R150_REG_CHF_SEL; if(symbol_rate_a == 400){ //40k tmp |= (0x0b << 4); }else if(symbol_rate_a >= 100 && symbol_rate_a < 400){ tmp |= (0x0c << 4); //}else if(symbol_rate_a >= 20 && symbol_rate_a < 100){ }else if(symbol_rate_a >= 2 && symbol_rate_a < 100){ tmp |= (0x0d << 4); } PAN312x_Set_PropertyB1(PROPERTY_ADDR_R150, tmp); IntermediateFrequency = 0x004000; tmpBuffer[0] = (uint8_t)IntermediateFrequency; tmpBuffer[1] = (uint8_t)((uint32_t)IntermediateFrequency >> 8); tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R153); tmp &= ~PROPERTY_MSK_R153_IF_H; tmp |= (uint8_t)(((uint32_t)IntermediateFrequency >> 16) & 0x0f); tmpBuffer[2] = tmp; PAN312x_Set_Property(PROPERTY_ADDR_R151, 3, tmpBuffer); //[0x70][0x4e][0x14e] RX_ADC_BWSEL tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R14E); tmp &= ~PROPERTY_MSK_R14E_RX_ADC_BWSEL; tmp |= (0x01 << 6); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R14E, tmp); //[0x70][0x4d][0x14d] RX_ADC_IFSEL tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R14D); tmp &= ~PROPERTY_MSK_R14D_RX_ADC_IFSEL; tmp |= (0x01 << 5); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R14D, tmp); //[0x73][0x52][0x2d2] RX_ADC_IBSEL tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2D2); tmp &= ~PROPERTY_MSK_R2D2_RX_ADC_IBSEL; tmp |= (0x01 << 6); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2D2, tmp); //[0x73][0x46] RX_TIA_BWSEL tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2C6); tmp &= ~PROPERTY_MSK_R2C6_RX_TIA_BWSEL; tmp |= (0x02 << 4); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2C6, tmp); //[0x73][0x43][0x2c3] RX_TIA_DCOC_BWSEL tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2C3); tmp &= ~PROPERTY_MSK_R2C3_RX_TIA_DCOC_BWSEL; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2C3, tmp); //[0x73][0x51][0x2D1] RX_TIA_IBIAS(2Mbps) tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2D1); tmp &= ~PROPERTY_MSK_R2D1_RX_TIA_IBIAS; tmp |= (0x04 << 3); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2D1, tmp); //bit[7]不用管，用默认值1，[6:1]等于rc_code tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2D0); tmp &= 0x81; tmp |= (rc_code << 1); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2D0, tmp); //Rx AdjustFrequency PAN312x_Set_RxAdjustFrequency(500000); //AGC & RSSI lo_tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1B3); lo_tmp &= 0x07; if(lo_tmp == 0x00){ //[0x72][0x06 ~ 0x1d] PAN312x_Set_Property(PROPERTY_ADDR_R206, 24, &Agc2_500Kbps_LoDiv2); //[0x72][0x1e ~ 0x2a] PAN312x_Set_Property(PROPERTY_ADDR_R21E, 13, &Agc2_500Kbps_LoDiv2[24]); }else if(lo_tmp == 0x01){ //[0x72][0x06 ~ 0x1d] PAN312x_Set_Property(PROPERTY_ADDR_R206, 24, &Agc2_500Kbps_LoDiv4); //[0x72][0x1e ~ 0x2a] PAN312x_Set_Property(PROPERTY_ADDR_R21E, 13, &Agc2_500Kbps_LoDiv4[24]); } tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R30E); tmp |= PROPERTY_MSK_R30E_REG_SLOPE_FREQ_VLD; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R30E, tmp); tmp = 0x7d; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R231, tmp); } /** * @简介：设置PAN312x 的SymbolRate(SymbolRate >= 50kbps) * @参数：symbol_rate_b: * index symbol_rate fs * 0x00: 50k 4M * 0x01: 62.5k 4M * 0x02: 80k 6.4M * 0x03: 100k 6.4M * 0x04: 125k 8M * 0x05: 200k 16M * 0x06: 250k 16M * 0x07: 400k 16M * 0x08: 500k 16M * 0x09: 1M * 0x0a: 2M * IF = symbol_rate / fs *2^20 * @返回值：无 */ void PAN312x_Set_Symbol_RateB(uint32_t DataRate, uint32_t TxDeviation) { uint8_t tmp, tmpBuffer[4]; //agc config for 760Mhz ~ 1110Mhz uint8_t Agc2_500Kbps_LoDiv2[37] = {0x06, 0x5f, 0x05, 0x35, 0x66, 0x23, 0x05, 0x00, 0x5d, 0x23, 0x05, 0x00, 0x5d, 0x23, 0x05, 0x00, 0x5d, 0x23, 0x05, 0x00, 0x5d, 0x23, 0x05, 0x00, 0x4e, 0x37, 0x05, 0x10, 0x3F, 0x57, 0x05, 0x20, 0x30, 0x6f, 0x05, 0x2e, 0x0c}; uint8_t Agc1Mbps_LoDiv2[37] = {0x06, 0x57, 0x05, 0x1f, 0x66, 0x23, 0x05, 0x00, 0x61, 0x23, 0x05, 0x00, 0x61, 0x23, 0x05, 0x00, 0x61, 0x23, 0x05, 0x00, 0x61, 0x23, 0x05, 0x00, 0x51, 0x37, 0x05, 0x10, 0x42, 0x57, 0x05, 0x1f, 0x33, 0x6f, 0x05, 0x2e, 0x0e}; uint8_t Agc2Mbps_LoDiv2[37] = {0x06, 0x23, 0x05, 0x00, 0x66, 0x23, 0x05, 0x00, 0x4c, 0x23, 0x05, 0x00, 0x4c, 0x23, 0x05, 0x00, 0x4c, 0x23, 0x05, 0x00, 0x4c, 0x23, 0x05, 0x00, 0x40, 0x37, 0x05, 0x10, 0x2f, 0x57, 0x05, 0x1f, 0x1d, 0x7f, 0x05, 0x33, 0x0e}; //agc config for 380Mhz ~ 550Mhz uint8_t Agc2_500Kbps_LoDiv4[37] = {0x06, 0x5f, 0x05, 0x35, 0x66, 0x23, 0x05, 0x05, 0x56, 0x23, 0x05, 0x05, 0x56, 0x23, 0x05, 0x05, 0x56, 0x23, 0x05, 0x05, 0x56, 0x23, 0x05, 0x05, 0x56, 0x37, 0x05, 0x18, 0x3F, 0x3f, 0x05, 0x25, 0x33, 0x5f, 0x05, 0x36, 0x0c}; uint8_t Agc1Mbps_LoDiv4[37] = {0x06, 0x23, 0x05, 0x03, 0x66, 0x23, 0x05, 0x06, 0x57, 0x23, 0x05, 0x06, 0x57, 0x23, 0x05, 0x06, 0x57, 0x23, 0x05, 0x06, 0x57, 0x23, 0x05, 0x06, 0x55, 0x37, 0x05, 0x18, 0x3f, 0x3f, 0x05, 0x25, 0x2d, 0xff, 0x05, 0x3e, 0x0c}; uint8_t Agc2Mbps_LoDiv4[37] = {0x07, 0xff, 0x05, 0x03, 0x66, 0x23, 0x05, 0x03, 0x3c, 0x23, 0x05, 0x03, 0x3c, 0x23, 0x05, 0x03, 0x3c, 0x23, 0x05, 0x03, 0x3c, 0x23, 0x05, 0x03, 0x3c, 0x37, 0x05, 0x15, 0x24, 0x3f, 0x05, 0x22, 0x18, 0xff, 0x05, 0x3b, 0x0c}; uint32_t IntermediateFrequency; uint8_t symbol_rate_b; uint8_t lo_tmp; float h; h = 2.0f * TxDeviation / DataRate; if(DataRate == 50000){ symbol_rate_b = 0x00; }else if(DataRate == 62500){ symbol_rate_b = 0x01; }else if(DataRate == 80000){ symbol_rate_b = 0x02; }else if(DataRate == 100000){ symbol_rate_b = 0x03; }else if(DataRate == 125000){ symbol_rate_b = 0x04; }else if(DataRate == 200000){ symbol_rate_b = 0x05; }else if(DataRate == 250000){ symbol_rate_b = 0x06; }else if(DataRate == 400000){ symbol_rate_b = 0x07; }else if(DataRate == 500000){ symbol_rate_b = 0x08; }else if(DataRate == 1000000){ symbol_rate_b = 0x09; }else if(DataRate == 2000000){ symbol_rate_b = 0x0a; } //Page71 0x06: 0x186 data_rate tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R186); tmp &= ~(PROPERTY_MSK_R186_REG_SYMBRATE_B | PROPERTY_MSK_R186_REG_SYMB_AB_SEL); tmp |= ((symbol_rate_b << 4) | (PROPERTY_MSK_R186_REG_SYMB_AB_SEL)); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R186, tmp); // //page70, 0x50 chf_sel tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R150); tmp &= ~PROPERTY_MSK_R150_REG_CHF_SEL; switch(symbol_rate_b){ case 0x00: //50kbps tmp |= (0x0a << 4); break; case 0x01: //62.5kbps tmp |= (0x09 << 4); break; case 0x02: //80kbps tmp |= (0x08 << 4); break; case 0x03: //100kbps tmp |= (0x07 << 4); break; case 0x04: //125kbps tmp |= (0x06 << 4); break; case 0x05: //200kbps tmp |= (0x05 << 4); break; case 0x06: //250kbps tmp |= (0x04 << 4); break; case 0x07: //400kbps tmp |= (0x03 << 4); break; case 0x08: //500kbps tmp |= (0x02 << 4); break; case 0x09: //1Mbps tmp |= (0x01 << 4); break; case 0x0a: //2Mbps tmp |= (0x00 << 4); break; } PAN312x_Set_PropertyB1(PROPERTY_ADDR_R150, tmp); //[0x70][0x51~0x53] 数字中频:500Khz if(symbol_rate_b == 0x09){ //DataRate1Mbps IntermediateFrequency = 0x008000; }else if(symbol_rate_b == 0x0a){ //DataRate2Mbps IntermediateFrequency = 0x010000; }else{ //DataRate2kbps ~ 500kbps IntermediateFrequency = 0x004000; } tmpBuffer[0] = (uint8_t)IntermediateFrequency; tmpBuffer[1] = (uint8_t)((uint32_t)IntermediateFrequency >> 8); tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R153); tmp &= ~PROPERTY_MSK_R153_IF_H; tmp |= (uint8_t)(((uint32_t)IntermediateFrequency >> 16) & 0x0f); tmpBuffer[2] = tmp; PAN312x_Set_Property(PROPERTY_ADDR_R151, 3, tmpBuffer); //[0x70][0x4e][0x14e] RX_ADC_BWSEL tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R14E); tmp &= ~PROPERTY_MSK_R14E_RX_ADC_BWSEL; if(symbol_rate_b == 0x09){ //DataRate1Mbps //ADC带宽选择:±1Mhz tmp |= (0x02 << 6); }else if(symbol_rate_b == 0x0a){ //DataRate2Mbps //ADC带宽选择:±1Mhz tmp |= (0x03 << 6); }else{ //DataRate2kbps ~ 500kbps //ADC带宽选择:±1Mhz tmp |= (0x01 << 6); } PAN312x_Set_PropertyB1(PROPERTY_ADDR_R14E, tmp); //[0x70][0x4d][0x14d] RX_ADC_IFSEL tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R14D); tmp &= ~PROPERTY_MSK_R14D_RX_ADC_IFSEL; if(symbol_rate_b == 0x09){ //DataRate1Mbps //ADC带宽选择:±1Mhz tmp |= (0x02 << 5); }else if(symbol_rate_b == 0x0a){ //DataRate2Mbps //ADC带宽选择:±1Mhz tmp |= (0x03 << 5); }else{ //DataRate2kbps ~ 500kbps //ADC带宽选择:±1Mhz tmp |= (0x01 << 5); } PAN312x_Set_PropertyB1(PROPERTY_ADDR_R14D, tmp); //[0x73][0x52][0x2d2] RX_ADC_IBSEL tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2D2); tmp &= ~PROPERTY_MSK_R2D2_RX_ADC_IBSEL; if(symbol_rate_b == 0x0a){ //DataRate2Mbps tmp |= (0x03 << 6); }else{ //DataRate2kbps ~ 500kbps, 1mbps tmp |= (0x01 << 6); } PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2D2, tmp); //[0x73][0x46] RX_TIA_BWSEL tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2C6); tmp &= ~PROPERTY_MSK_R2C6_RX_TIA_BWSEL; if(symbol_rate_b == 0x09){ //DataRate1Mbps //ADC带宽选择:±1Mhz tmp |= (0x01 << 4); }else if(symbol_rate_b == 0x0a){ //DataRate2Mbps //ADC带宽选择:±1Mhz tmp |= (0x00 << 4); }else{ //DataRate2kbps ~ 500kbps tmp |= (0x02 << 4); } PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2C6, tmp); //[0x73][0x43][0x2c3] RX_TIA_DCOC_BWSEL tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2C3); tmp &= ~PROPERTY_MSK_R2C3_RX_TIA_DCOC_BWSEL; if(symbol_rate_b == 0x0a){ //DataRate2Mbps tmp |= (0x01 << 2); } PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2C3, tmp); //[0x73][0x51][0x2D1] RX_TIA_IBIAS(2Mbps) tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2D1); tmp &= ~PROPERTY_MSK_R2D1_RX_TIA_IBIAS; if(symbol_rate_b == 0x0a){ //DataRate2Mbps tmp |= (0x07 << 3); }else{ //DataRate2kbps ~ 500kbps, 1mbps tmp |= (0x04 << 3); } PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2D1, tmp); //bit[7]不用管，用默认值1，[6:1]等于rc_code tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2D0); if(symbol_rate_b == 0x0a){ //DataRate2Mbps tmp |= (0x7f << 1); }else{ tmp &= 0x81; tmp |= (rc_code << 1); } PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2D0, tmp); if(symbol_rate_b == 0x0a){ //DataRate2Mbps tmp = 0xa3; }else if(symbol_rate_b == 0x09){ //DataRate1Mbps tmp = 0x8f; }else{ //DataRate2kbps ~ 500kbps tmp =0x7d; } PAN312x_Set_PropertyB1(PROPERTY_ADDR_R231, tmp); lo_tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1B3); lo_tmp &= 0x07; //Rx AdjustFrequency if(symbol_rate_b == 0x09){ //DataRate1Mbps, A PAN312x_Set_RxAdjustFrequency(1000000); //printf("agc1M\r\n"); if(lo_tmp == 0x00){ //[0x72][0x06 ~ 0x1d] PAN312x_Set_Property(PROPERTY_ADDR_R206, 24, &Agc1Mbps_LoDiv2); //[0x72][0x1e ~ 0x2a] PAN312x_Set_Property(PROPERTY_ADDR_R21E, 13, &Agc1Mbps_LoDiv2[24]); }else if(lo_tmp == 0x01){ //[0x72][0x06 ~ 0x1d] PAN312x_Set_Property(PROPERTY_ADDR_R206, 24, &Agc1Mbps_LoDiv4); //[0x72][0x1e ~ 0x2a] PAN312x_Set_Property(PROPERTY_ADDR_R21E, 13, &Agc1Mbps_LoDiv4[24]); } }else if(symbol_rate_b == 0x0a){ //DataRate2Mbps PAN312x_Set_RxAdjustFrequency(2000000); //printf("agc2M\r\n"); if(lo_tmp == 0x00){ //[0x72][0x06 ~ 0x1d] PAN312x_Set_Property(PROPERTY_ADDR_R206, 24, &Agc2Mbps_LoDiv2); //[0x72][0x1e ~ 0x2a] PAN312x_Set_Property(PROPERTY_ADDR_R21E, 13, &Agc2Mbps_LoDiv2[24]); }else if(lo_tmp == 0x01){ //[0x72][0x06 ~ 0x1d] PAN312x_Set_Property(PROPERTY_ADDR_R206, 24, &Agc2Mbps_LoDiv4); //[0x72][0x1e ~ 0x2a] PAN312x_Set_Property(PROPERTY_ADDR_R21E, 13, &Agc2Mbps_LoDiv4[24]); } }else{ //DataRate2kbps ~ 500kbps PAN312x_Set_RxAdjustFrequency(500000); //printf("agc1_500kbps\r\n"); if(lo_tmp == 0x00){ //[0x72][0x06 ~ 0x1d] PAN312x_Set_Property(PROPERTY_ADDR_R206, 24, &Agc2_500Kbps_LoDiv2); //[0x72][0x1e ~ 0x2a] PAN312x_Set_Property(PROPERTY_ADDR_R21E, 13, &Agc2_500Kbps_LoDiv2[24]); }else if(lo_tmp == 0x01){ //[0x72][0x06 ~ 0x1d] PAN312x_Set_Property(PROPERTY_ADDR_R206, 24, &Agc2_500Kbps_LoDiv4); //[0x72][0x1e ~ 0x2a] PAN312x_Set_Property(PROPERTY_ADDR_R21E, 13, &Agc2_500Kbps_LoDiv4[24]); } } tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R30E); if(symbol_rate_b <= 0x07){ //500kbps tmp |= PROPERTY_MSK_R30E_REG_SLOPE_FREQ_VLD; }else if((symbol_rate_b >= 0x08) && (symbol_rate_b <= 0x0a)){ //500kbps tmp &= ~PROPERTY_MSK_R30E_REG_SLOPE_FREQ_VLD; } PAN312x_Set_PropertyB1(PROPERTY_ADDR_R30E, tmp); //diff if(symbol_rate_b >= 0x05){ //200Khz //[0x70][0x57][8] 0:带内带外都有 1：单带内模式 tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R157); tmp &= ~PROPERTY_MSK_R157_IB_ONLY; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R157, tmp); uint32_t tx_dev; uint16_t ref_diff; uint8_t lo_tmp; lo_tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1B3); lo_tmp &= PROPERTY_MSK_R1B3_LO_MUX_SEL; if(((symbol_rate_b == 0x05) &&(h == 1.0)) || (((symbol_rate_b == 0x07) &&(h == 0.5)) )){ //datarate = 200kbps deviation = 100khz, h = 1 //datarate = 400kbps deviation = 100khz, h = 0.5 tx_dev = 100000; if(lo_tmp == 0x00){ //2:760Mhz ~ 1110Mhz ref_diff = 205; }else if(lo_tmp == 0x01){ //4:380Mhz ~ 550Mhz ref_diff = 410; }else if(lo_tmp == 0x02){ //6:253Mhz ~ 380Mhz ref_diff = 614; }else if(lo_tmp == 0x03){ //8:190Mhz ~ 280Mhz ref_diff = 819; }else if(lo_tmp == 0x04){ //16Mhz8Mhz4Mhz2Mhz ref_diff = 1229; } }else if((symbol_rate_b == 0x05) &&(h == 0.5)){ //datarate = 200kbps deviation = 50khz, h = 0.5 tx_dev = 50000; if(lo_tmp == 0x00){ //2:760Mhz ~ 1110Mhz ref_diff = 102; }else if(lo_tmp == 0x01){ //4:380Mhz ~ 550Mhz ref_diff = 205; }else if(lo_tmp == 0x02){ //6:253Mhz ~ 380Mhz ref_diff = 307; }else if(lo_tmp == 0x03){ //8:190Mhz ~ 280Mhz ref_diff = 410; }else if(lo_tmp == 0x04){ //16Mhz8Mhz4Mhz2Mhz ref_diff = 614; } } else if((symbol_rate_b == 0x06) &&(h == 0.5)){ //datarate = 250kbps deviation = 62.5khz, h = 0.5 tx_dev = 62500; if(lo_tmp == 0x00){ //2:760Mhz ~ 1110Mhz ref_diff = 128; }else if(lo_tmp == 0x01){ //4:380Mhz ~ 550Mhz ref_diff = 256; }else if(lo_tmp == 0x02){ //6:253Mhz ~ 380Mhz ref_diff = 384; }else if(lo_tmp == 0x03){ //8:190Mhz ~ 280Mhz ref_diff = 512; }else if(lo_tmp == 0x04){ //16Mhz8Mhz4Mhz2Mhz ref_diff = 768; } } else if(((symbol_rate_b == 0x06) &&(h == 1.0)) || (((symbol_rate_b == 0x08) &&(h == 0.5)))){ //250kbps //datarate = 250kbps deviation = 125khz, h = 1 //datarate = 500kbps deviation = 125khz, h = 0.5 tx_dev = 125000; if(lo_tmp == 0x00){ //2:760Mhz ~ 1110Mhz ref_diff = 256; }else if(lo_tmp == 0x01){ //4:380Mhz ~ 550Mhz ref_diff = 512; }else if(lo_tmp == 0x02){ //6:253Mhz ~ 380Mhz ref_diff = 768; }else if(lo_tmp == 0x03){ //8:190Mhz ~ 280Mhz ref_diff = 1024; }else if(lo_tmp == 0x04){ //16Mhz8Mhz4Mhz2Mhz ref_diff = 1536; } }else if((symbol_rate_b == 0x07) &&(h == 1.0)){ //400kbps //datarate = 400kbps deviation = 200khz, h = 1 tx_dev = 200000; if(lo_tmp == 0x00){ //2:760Mhz ~ 1110Mhz ref_diff = 410; }else if(lo_tmp == 0x01){ //4:380Mhz ~ 550Mhz ref_diff = 819; }else if(lo_tmp == 0x02){ //6:253Mhz ~ 380Mhz ref_diff = 1229; }else if(lo_tmp == 0x03){ //8:190Mhz ~ 280Mhz ref_diff = 1638; }else if(lo_tmp == 0x04){ //16Mhz8Mhz4Mhz2Mhz ref_diff = 2458; } }else if(((symbol_rate_b == 0x08) &&(h == 1.0)) || ((symbol_rate_b == 0x09) && (h == 0.5))){ //datarate = 500kbps deviation = 250khz, h = 1 //datarate = 1Mbps deviation = 250khz, h = 0.5 tx_dev = 250000; if(lo_tmp == 0x00){ //2:760Mhz ~ 1110Mhz ref_diff = 512; }else if(lo_tmp == 0x01){ //4:380Mhz ~ 550Mhz ref_diff = 1024; }else if(lo_tmp == 0x02){ //6:253Mhz ~ 380Mhz ref_diff = 1536; }else if(lo_tmp == 0x03){ //8:190Mhz ~ 280Mhz ref_diff = 2048; }else if(lo_tmp == 0x04){ //16Mhz8Mhz4Mhz2Mhz ref_diff = 3072; } }else if(((symbol_rate_b == 0x09) &&(h == 1.0)) || ((symbol_rate_b == 0x0a) && (h == 0.5))){ //datarate = 1Mbps deviation = 500khz, h = 1 //datarate = 2Mbps deviation = 500khz, h = 0.5 tx_dev = 500000; if(lo_tmp == 0x00){ //2:760Mhz ~ 1110Mhz ref_diff = 1024; }else if(lo_tmp == 0x01){ //4:380Mhz ~ 550Mhz ref_diff = 2048; }else if(lo_tmp == 0x02){ //6:253Mhz ~ 380Mhz ref_diff = 3072; }else if(lo_tmp == 0x03){ //8:190Mhz ~ 280Mhz ref_diff = 4096; } }else if((symbol_rate_b == 0x0a) &&(h == 1.0)){ //datarate = 2Mbps deviation = 1Mhz, h = 1 tx_dev = 1000000; if(lo_tmp == 0x00){ //2:760Mhz ~ 1110Mhz ref_diff = 2048; }else if(lo_tmp == 0x01){ //4:380Mhz ~ 550Mhz ref_diff = 4096; } } PAN312x_Two_Point_Calibration(symbol_rate_b, tx_dev, ref_diff); }else{ tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R157); tmp |= PROPERTY_MSK_R157_IB_ONLY; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R157, tmp); } } void PAN312x_SyncwordLastByteIgnoreEnable(uint8_t SyncwordMask) { PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1D5, SyncwordMask); } void PAN312x_PreambleLastByteIgnoreEnable(uint8_t PreambleMask) { PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1D6, PreambleMask); } uint8_t PAN312x_GetRealSyncwordLastByte(void) { return PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1D7); } uint8_t PAN312x_GetRealPreambleLastByte(void) { return PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1D8); } /** * @简介：关闭接收最大净荷限制 * @参数：无 * @返回值: 无 */ void PAN312x_RxMaxPayloadLimitDisable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R31C); tmp &= ~PROPERTY_MSK_R31C_REG_MAX_VLD; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R31C, tmp); } void PAN312x_RxMaxPayloadLimitEnable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R31C); tmp |= PROPERTY_MSK_R31C_REG_MAX_VLD; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R31C, tmp); } void PAN312x_Reset_Modem(void) { uint8_t tmp = 0; tmp |= R100_REG_SOFT_RST_Msk; PAN312x_Set_OP_Reg(R100, 1, &tmp); tmp &= ~R100_REG_SOFT_RST_Msk; PAN312x_Set_OP_Reg(R100, 1, &tmp); } void PAN312x_SoftReset(void) { uint8_t tmp; PAN312x_Write(R005, 0x60); PAN312x_Read(R004, &tmp); tmp &= ~R004_REG_NRST_L_Msk; PAN312x_Write(R004, tmp); tmp |= R004_REG_NRST_L_Msk; PAN312x_Write(R005, 0x00); } void PAN312x_Flush_RxFifo(void) { uint8_t tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1C1); tmp |= (PROPERTY_MSK_R1C1_FIFO1_WADDR_CLR | PROPERTY_MSK_R1C1_FIFO1_RADDR_CLR); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1C1, tmp); tmp &= ~(PROPERTY_MSK_R1C1_FIFO1_WADDR_CLR | PROPERTY_MSK_R1C1_FIFO1_RADDR_CLR); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1C1, tmp); } void PAN312x_Flush_TxFifo(void) { uint8_t tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1C0); tmp |= (PROPERTY_MSK_R1C0_FIFO0_WADDR_CLR | PROPERTY_MSK_R1C0_FIFO0_RADDR_CLR); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1C0, tmp); tmp &= ~(PROPERTY_MSK_R1C0_FIFO0_WADDR_CLR | PROPERTY_MSK_R1C0_FIFO0_RADDR_CLR); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1C0, tmp); } void PAN312x_RadioInit(PAN312xRadioInit* pRadioInitStruct) { // ready ; PAN312x_Enter_Ready(); PAN312x_Set_ModulationType(pRadioInitStruct->ModulationSelect);//调制方式 // PAN312x_Set_Frequency(pRadioInitStruct->FrequencyBase, pRadioInitStruct->FrequencyStep, pRadioInitStruct->FrequencyChannelNumber); //tx deviation PAN312x_Set_Tx_Deviation(pRadioInitStruct->TxDeviation); // if(pRadioInitStruct->DataRate > 40000){ PAN312x_Set_Symbol_RateB(pRadioInitStruct->DataRate, pRadioInitStruct->TxDeviation); }else if(pRadioInitStruct->DataRate <= 40000){ PAN312x_Set_Symbol_RateA(pRadioInitStruct->DataRate / 100); } //rx deviation PAN312x_Set_Rx_Deviation(pRadioInitStruct->RxDeviation); // PAN312x_Set_Power(pRadioInitStruct->FrequencyBase,pRadioInitStruct->FrequencyStep,pRadioInitStruct->FrequencyChannelNumber,pRadioInitStruct->PowerSelect,pRadioInitStruct->Power); } void PAN312x_PktInit(PAN312xPacketInit* pPktInitStruct) { //Preamble length PAN312x_Set_PreambleLength(pPktInitStruct->PreambleLength); //Preamble pattern PAN312x_Set_PreamblePattern(pPktInitStruct->PreambleSeclect); //Preamble patternpattern if(pPktInitStruct->PreambleSeclect == PREAMBLE_NON_STANDARD){ PAN312x_Set_NonStandardPreamblePattern(pPktInitStruct->NonStandardPreamblePattern); } //syncword pattern syncword length PAN312x_Set_SyncWordPattern(pPktInitStruct->SyncwordPattern, pPktInitStruct->SyncwordLength); //Preamble Manchester if(pPktInitStruct->PreambleManchester == S_ENABLE){ PAN312x_PreambleManchesterEnable(); PAN312x_Set_PreambleManchesterMode(pPktInitStruct->PreambleManchesterMode); }else if(pPktInitStruct->PreambleManchester == S_DISABLE){ PAN312x_PreambleManchesterDisable(); } //Syncword Manchester if(pPktInitStruct->SyncwordManchester == S_ENABLE){ PAN312x_SyncwordManchesterEnable(); PAN312x_Set_SyncwordManchesterMode(pPktInitStruct->SyncwordManchesterMode); }else if(pPktInitStruct->PreambleManchester == S_DISABLE){ PAN312x_SyncwordManchesterDisable(); } //Payload Manchester if(pPktInitStruct->PayloadManchester == S_ENABLE){ PAN312x_PayloadManchesterEnable(); PAN312x_Set_PayloadManchesterMode(pPktInitStruct->PayloadManchesterMode); }else if(pPktInitStruct->PreambleManchester == S_DISABLE){ PAN312x_PayloadManchesterDisable(); } //Haming PAN312x_Set_FecHamingEncoding(pPktInitStruct->FecEncoding); // PAN312x_Set_Payload_Whitening_Pattern(pPktInitStruct->WhiteningPattern); // ready ; if(pPktInitStruct->DataMode == DATA_MODE_DIRECT){ } } void PAN312x_CrcInit(PAN312xCrcInit* pCrcInitStruct) { //帧结构中插入crc字段 PAN312x_CrcInsertSelect(S_ENABLE); if(pCrcInitStruct->CrcMode == CRC_MODE_8_BIT){ PAN312x_Set_CrcMode(CRC_MODE_8_BIT); }else if(pCrcInitStruct->CrcMode == CRC_MODE_16_BIT){ PAN312x_Set_CrcMode(CRC_MODE_16_BIT); }else if(pCrcInitStruct->CrcMode == CRC_MODE_24_BIT){ PAN312x_Set_CrcMode(CRC_MODE_24_BIT); }else if(pCrcInitStruct->CrcMode == CRC_MODE_32_BIT){ PAN312x_Set_CrcMode(CRC_MODE_32_BIT); } PAN312x_Set_CrcSeed(pCrcInitStruct->CrcSeed); PAN312x_Set_CrcPolynomial(pCrcInitStruct->CrcPolynomial); PAN312x_Set_CrcBitOrder(pCrcInitStruct->CrcBitOrder); PAN312x_Set_CrcByteSwap(pCrcInitStruct->CrcByteSwap); PAN312x_Set_CrcInvert(pCrcInitStruct->CrcBitInv); } void PAN312x_RxNodeIdInit(PAN312xPacketInit* pPktInitStruct) { if(pPktInitStruct->NodeIdState == S_ENABLE){ PAN312x_Set_Rx_NodeId_Config(pPktInitStruct->RxNodeIdLength, pPktInitStruct->RxNodeIdPos); PAN312x_Set_PacketFilter_Ctrl(pPktInitStruct->PacketFilterCtrl); PAN312x_Set_PacketFilter_Mask(pPktInitStruct->PacketFilterMask); if((pPktInitStruct->PacketFilterCtrl & PACKET_FILTER_CTRL_PATTERN1_ENABLE) == PACKET_FILTER_CTRL_PATTERN1_ENABLE){ PAN312x_Set_PacketFilter_Pat1Value(pPktInitStruct->PacketFilterPat1Value); } if((pPktInitStruct->PacketFilterCtrl & PACKET_FILTER_CTRL_PATTERN2_ENABLE) == PACKET_FILTER_CTRL_PATTERN2_ENABLE){ PAN312x_Set_PacketFilter_Pat2Value(pPktInitStruct->PacketFilterPat2Value); } if((pPktInitStruct->PacketFilterCtrl & PACKET_FILTER_CTRL_PATTERN3_ENABLE) == PACKET_FILTER_CTRL_PATTERN3_ENABLE){ PAN312x_Set_PacketFilter_Pat3Value(pPktInitStruct->PacketFilterPat3Value); } } } void PAN312x_TxNodeIdInit(PAN312xPacketInit* pPktInitStruct) { if(pPktInitStruct->NodeIdState == S_ENABLE){ PAN312x_Set_Tx_NodeId_Lnegth(pPktInitStruct->TxNodeIdLength); PAN312x_Set_Tx_NodeId_Value(pPktInitStruct->TxNodeIdValue); } } /** * @简介：Iomux PAN312x的GPIO功能(只使用GPIO3 ~ GPIO10) * @参数：IomuxGpio: * @返回值: 无 */ void PAN312x_Iomux_Gpio_BySpi(uint32_t IomuxGpio) { uint8_t tmp; uint16_t reg_addr; PAN312x_Write(R005, 0x60); reg_addr = (uint16_t)(IomuxGpio & 0x7ff); tmp = PAN312xReg_ReadB1(reg_addr); tmp &= ~((uint8_t)(IomuxGpio >> 16)); tmp |= ((uint8_t)(IomuxGpio >> 24)); PAN312xReg_WriteB1(reg_addr, tmp); PAN312x_Write(R005, 0x00); } /** * @简介：设置PAN312x的GPIO模式(只使用GPIO3 ~ GPIO10) * @参数：GpioPin： * Mode: * 0x01: 输出模式 * 0x00: 输入模式 * @返回值: 无 */ void PAN312x_Set_Gpio_Mode_BySpi(uint16_t GpioPin, uint8_t Mode) { uint8_t tmp; uint8_t GpioPin3_10 = 0x00; GpioPin3_10 = (uint8_t)(GpioPin >> 8); PAN312x_Write(R005, 0x60); if(GpioPin3_10 != 0x00){ //[0x60][0x19] tmp = PAN312xReg_ReadB1(R019); if(Mode == GPIO_INPUT_MODE) { tmp &= ~GpioPin3_10; PAN312xReg_WriteB1(R019, tmp); tmp = PAN312xReg_ReadB1(R018); tmp |= GpioPin3_10; PAN312xReg_WriteB1(R018, tmp); } else if(Mode == GPIO_OUTPUT_MODE){ tmp |= GpioPin3_10; PAN312xReg_WriteB1(R019, tmp); } } PAN312x_Write(R005, 0x00); } /** * @简介：设置PAN312x的GPIO输出高低电平(只使用GPIO3 ~ GPIO10) * @参数：GpioPin： * Mode: * 0x01: 高电平 * 0x00: 低电平 * @返回值: 无 */ void PAN312x_Gpio_Write_Pin_BySpi(uint16_t GpioPin, uint8_t PinState) { uint8_t tmp; uint8_t GpioPin3_10 = 0x00; GpioPin3_10 = (uint8_t)(GpioPin >> 8); PAN312x_Write(R005, 0x60); if(GpioPin3_10 != 0x00){ tmp = PAN312xReg_ReadB1(R017); if(PinState == 0) { tmp &= ~GpioPin3_10; } else if(PinState == 1){ tmp |= GpioPin3_10; } PAN312xReg_WriteB1(R017, tmp); } PAN312x_Write(R005, 0x00); } //uint8_t tmp_test; /** * @简介：使能PAN312x三线SPI * @参数：无 * @返回值: 无 */ void PAN312x_SPI3wire_Enable(void) { PAN312xReg_WriteB1(R005, 0x60); //3spi PAN312xReg_WriteB1(R00E, 0x84); // tmp_test = PAN312xReg_ReadB1(R00E); PAN312xReg_WriteB1(R005, 0x00); } void PAN312x_PreambleCadIndEnable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1CB); tmp |= PROPERTY_MSK_R1CB_PRE_BUSY_MASK; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1CB, tmp); } void PAN312x_PreambleCadIndDisable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1CB); tmp &= ~PROPERTY_MSK_R1CB_PRE_BUSY_MASK; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1CB, tmp); } void PAN312x_SyncwordCadIndEnable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1CB); tmp |= PROPERTY_MSK_R1CB_SW_BUSY_MASK; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1CB, tmp); } void PAN312x_SyncwordCadIndDisable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1CB); tmp &= ~PROPERTY_MSK_R1CB_SW_BUSY_MASK; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1CB, tmp); } /** * @简介：使能RSSI CAD指示 * @参数：无 * @返回值: 无 */ void PAN312x_RssiCadIndEnable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1CB); tmp |= PROPERTY_MSK_R1CB_RSSI_BUSY_MASK; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1CB, tmp); } void PAN312x_RssiCadIndDisable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1CB); tmp &= ~PROPERTY_MSK_R1CB_RSSI_BUSY_MASK; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1CB, tmp); } /** * @简介：设置RSSI CAD指示门限 * @参数：threshold：门限值 * @返回值: 无 */ void PAN312x_SetRssiCadIndThreshold(uint8_t threshold) { uint8_t tmp = threshold; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1AC, tmp); } /** * @简介：使能GPIO命令触发发送 * @参数：无 * @返回值: 无 */ void PAN312x_GpioCmdTxEnable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1A4); tmp |= PROPERTY_MSK_R1A4_REG_GPIO_TX_MODE; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1A4, tmp); } void PAN312x_GpioCmdTxDisable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1A4); tmp &= ~PROPERTY_MSK_R1A4_REG_GPIO_TX_MODE; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1A4, tmp); } /** * @简介：使能GPIO命令触发接收 * @参数：无 * @返回值: 无 */ void PAN312x_GpioCmdRxEnable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1A4); tmp |= PROPERTY_MSK_R1A4_REG_GPIO_RX_MODE; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1A4, tmp); } void PAN312x_GpioCmdRxDisable(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1A4); tmp &= ~PROPERTY_MSK_R1A4_REG_GPIO_RX_MODE; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1A4, tmp); } void PAN312x_Set_XthCapTrim(uint8_t TrimCode) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R2C7); tmp &= ~PROPERTY_MSK_R2C7_XTH_CAP_TRIM; tmp |= (TrimCode << PROPERTY_POS_R2C7_XTH_CAP_TRIM); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R2C7, tmp); } void PAN312x_WutEnable(void) { uint8_t tmp; PAN312x_Get_OP_Reg(R02F, 1, &tmp); tmp |= R02F_WUT_EN_Msk; PAN312x_Set_OP_Reg(R02F, 1, &tmp); } void PAN312x_WutDisable(void) { uint8_t tmp; PAN312x_Get_OP_Reg(R02F, 1, &tmp); tmp &= ~R02F_WUT_EN_Msk; PAN312x_Set_OP_Reg(R02F, 1, &tmp); } void PAN312x_IomuxGpio3Rcl(void) { uint8_t tmp; PAN312x_Get_OP_Reg(R00E, 1, &tmp); tmp &= ~R00E_GPIO3_MUX15_SEL_Msk; tmp |= (0x02 << R00E_GPIO3_MUX15_SEL_Pos); PAN312x_Set_OP_Reg(R00E, 1, &tmp); PAN312x_Iomux_Gpio(IOMUX_GPIO3_AS_BOD_LVR_RCL_XTL); } /** * @简介：设置802.15.4g数据包的头文件字段中fcs类型 * @参数：FcsType： * 0x00: CRC32,多项式为0x04C011BB7 * 0x01: CRC16,多项式为0x1021 * @返回值: 无 */ void PAN312x_Set_FcsType(PAN312x802154FcsType FcsType) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R11B); tmp &= ~PROPERTY_MSK_R11B_REG_M802_FCS; tmp |= (FcsType << PROPERTY_POS_R11B_REG_M802_FCS); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R11B, tmp); } /** * @简介：通过PAN312x的gpio输出高电平到TCXO的使能引脚，以此来激活TCXO, * @参数：GpioPin:只支持GPIO9和GPIO10 * PinState:如果TCXO EN高电平有效, 则使能的话PinState = 1, 失能的话PinState = 0; * 如果TCXO EN低电平有效, 则使能的话PinState = 0, 失能的话PinState = 1; * @返回值: 无 * @备注：如果使用TCXO，并且需要PAN3120的GPIO来激活，则需要将此函数PAN312x_Trigger()前面执行； */ void PAN312x_TCXO_ControlByGpio(uint16_t GpioPin, uint8_t PinState) { if(PAN312x_GPIO_PIN_9 == GpioPin){ PAN312x_Iomux_Gpio_BySpi(IOMUX_GPIO9_AS_GPIO); PAN312x_Set_Gpio_Mode_BySpi(PAN312x_GPIO_PIN_9, GPIO_OUTPUT_MODE); PAN312x_Gpio_Write_Pin_BySpi(PAN312x_GPIO_PIN_9,PinState); }else if(PAN312x_GPIO_PIN_10 == GpioPin){ PAN312x_Iomux_Gpio_BySpi(IOMUX_GPIO10_AS_GPIO); PAN312x_Set_Gpio_Mode_BySpi(PAN312x_GPIO_PIN_10, GPIO_OUTPUT_MODE); PAN312x_Gpio_Write_Pin_BySpi(PAN312x_GPIO_PIN_10,PinState); } } /** * @简介：初始化控制TRxSwitch的GPIO引脚 * @参数：吴 * @返回值: 无 * @备注： */ void PAN312x_TRxSwitchGpioInit(void) { PAN312x_Iomux_Gpio(IOMUX_GPIO0_AS_GPIO); PAN312x_Iomux_Gpio(IOMUX_GPIO1_AS_GPIO); PAN312x_Set_Gpio_Mode(PAN312x_GPIO_PIN_0|PAN312x_GPIO_PIN_1, GPIO_OUTPUT_MODE); } /** * @简介：关闭TxSwitch * @参数：无 * @返回值: 无 */ void PAN312x_TxSwitchOn(void) { PAN312x_Gpio_Write_Pin(PAN312x_GPIO_PIN_0, 0); PAN312x_Gpio_Write_Pin(PAN312x_GPIO_PIN_1, 1); } /** * @简介：打开RxSwitch * @参数：无 * @返回值: 无 */ void PAN312x_RxSwitchOn(void) { PAN312x_Gpio_Write_Pin(PAN312x_GPIO_PIN_0, 1); PAN312x_Gpio_Write_Pin(PAN312x_GPIO_PIN_1, 0); } /** * @简介：关闭TRxSwitch * @参数：无 * @返回值: 无 */ void PAN312x_TRxSwitchOff(void) { PAN312x_Gpio_Write_Pin(PAN312x_GPIO_PIN_0, 0); PAN312x_Gpio_Write_Pin(PAN312x_GPIO_PIN_1, 0); } void PAN312x_SetSyncwordTimeout(PAN312xPacketInit* pPacketInitStruct) { uint8_t tmp; uint8_t timeout_byte; timeout_byte = pPacketInitStruct->PreambleLength + pPacketInitStruct->SyncwordLength + 8; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1A4); tmp |= PROPERTY_MSK_R1A4_REG_TIMEOUT_EN; PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1A4, tmp); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1A4, timeout_byte); } /** * @简介：合并tx fifo作为rx fifo 此时rx fifo大小变为256 bytes * @参数：无 * @ */ void PAN312x_MergeTxFifoAsRxFifo(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R16B); tmp &= ~PROPERTY_MSK_R16B_FIFO_MODE; tmp |= (0x02 << PROPERTY_POS_R16B_FIFO_MODE); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R16B, tmp); } /** * @简介：合并rx fifo作为tx fifo，此时tx fifo大小变为256 bytes * @参数：无 * @ */ void PAN312x_MergeRxFifoAsTxFifo(void) { uint8_t tmp; tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R16B); tmp &= ~PROPERTY_MSK_R16B_FIFO_MODE; tmp |= (0x01 << PROPERTY_POS_R16B_FIFO_MODE); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R16B, tmp); } /** * @简介：清除TxFifo和RxFifo * @参数：无 * @ */ void PAN312x_FlushTxFifoRxFifo(void) { uint8_t tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1C0); tmp |= (PROPERTY_MSK_R1C0_FIFO0_WADDR_CLR | PROPERTY_MSK_R1C0_FIFO0_RADDR_CLR); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1C0, tmp); tmp &= ~(PROPERTY_MSK_R1C0_FIFO0_WADDR_CLR | PROPERTY_MSK_R1C0_FIFO0_RADDR_CLR); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1C0, tmp); tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1C1); tmp |= (PROPERTY_MSK_R1C1_FIFO1_WADDR_CLR | PROPERTY_MSK_R1C1_FIFO1_RADDR_CLR); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1C1, tmp); tmp &= ~(PROPERTY_MSK_R1C1_FIFO1_WADDR_CLR | PROPERTY_MSK_R1C1_FIFO1_RADDR_CLR); PAN312x_Set_PropertyB1(PROPERTY_ADDR_R1C1, tmp); } void PAN312x_Set_RxAdjustFrequency(uint32_t AdjustFrequency) { float mid_frequency_tmp; uint32_t ref_freq = 32000000; uint8_t lo_tmp; lo_tmp = PAN312x_Get_PropertyB1(PROPERTY_ADDR_R1B3); lo_tmp &= 0x07; if(lo_tmp == 0){ mid_frequency_tmp = AdjustFrequency * 2.0f / ref_freq * (1 << 24); }else if(lo_tmp == 1){ mid_frequency_tmp = AdjustFrequency * 4.0f / ref_freq * (1 << 24); }else if(lo_tmp == 2){ mid_frequency_tmp = AdjustFrequency * 6.0f / ref_freq * (1 << 24); }else if(lo_tmp == 3){ mid_frequency_tmp = AdjustFrequency * 8.0f / ref_freq * (1 << 24); }else if(lo_tmp == 4){ mid_frequency_tmp = AdjustFrequency * 12.0f / ref_freq * (1 << 24); } //[0x71][0x19][0x71][0x1a][0x71][0x1b]Rx AdjustFrequency PAN312x_Set_PropertyB3(PROPERTY_ADDR_R199, (uint32_t)mid_frequency_tmp); } /****** Copyright (C) 2025-2050 Shanghai Panchip Microelectronics Co., Ltd. All rights reserved. *******/