ad9208.h

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/***************************************************************************/
#ifndef __AD9208_H__
#define __AD9208_H__
 
#include <stdbool.h>
#include <stddef.h>
#include <string.h>
#include "ad9208_api.h"
#include "ad9208_reg.h"
#include "no_os_gpio.h"
#include "no_os_spi.h"
#include "no_os_delay.h"
 
#define AD9208_FULL_BANDWIDTH_MODE 0
#define AD9208_1_DDC_MODE 1
#define AD9208_2_DDC_MODE 2
#define AD9208_4_DDC_MODE 4
 
#define AD9208_SYSREF_NONE 0    /* No SYSREF Support */
#define AD9208_SYSREF_ONESHOT 1 /* ONE-SHOT SYSREF */
#define AD9208_SYSREF_CONT 2    /* Continuous Sysref Synchronisation */
#define AD9208_SYSREF_MON 3 /* SYSREF monitor Mode */
 
#define AD9208_NCO_MODE_VIF 0   /* Variable IF Mode */
#define AD9208_NCO_MODE_ZIF 1   /* Zero IF Mode */
#define AD9208_NCO_MODE_TEST 3  /* Test Mode*/
 
#define AD9208_BUFF_CURR_400_UA  0x4    /* Buffer Current set to 400 uA */
#define AD9208_BUFF_CURR_500_UA  0x9    /* Buffer Current set to 500 uA */
#define AD9208_BUFF_CURR_600_UA  0x1E   /* Buffer Current set to 600 uA */
#define AD9208_BUFF_CURR_700_UA  0x23   /* Buffer Current set to 700 uA */
#define AD9208_BUFF_CURR_800_UA  0x28   /* Buffer Current set to 800 uA */
#define AD9208_BUFF_CURR_1000_UA  0x32  /* Buffer Current set to 1000 uA */
 
#define AD9208_CHIP_TYPE    0x03
#define AD9208_CHIP_ID      0xDF
 
struct ad9208_ddc {
    uint32_t decimation;
    uint32_t nco_mode;
    uint64_t carrier_freq_hz;
    uint64_t po;
    bool gain_db;
};
struct ad9208_ddc {…};
 
typedef struct ad9208_dev {
    /* SPI */
    struct no_os_spi_desc *spi_desc;
    /* GPIO */
    struct no_os_gpio_desc *gpio_powerdown;
    struct ad9208_state *st;
} ad9208_dev;
typedef struct ad9208_dev {…};
 
struct ad9208_state {
    ad9208_handle_t *adc_h;
    uint64_t sampling_frequency_hz;
    uint32_t input_div; /* input clock divider ratio */
    bool powerdown_pin_en;
    uint32_t powerdown_mode;
    bool duty_cycle_stabilizer_en;
    uint8_t current_scale;
    bool analog_input_mode;
    bool ext_vref_en;
    uint32_t buff_curr_n;
    uint32_t buff_curr_p;
    uint8_t fc_ch;
    struct ad9208_ddc ddc[4];
    uint32_t ddc_cnt;
    bool ddc_output_format_real_en;
    bool ddc_input_format_real_en;
    uint32_t test_mode_ch0;
    uint32_t test_mode_ch1;
 
    uint32_t sysref_lmfc_offset;
    bool sysref_edge_sel;
    bool sysref_clk_edge_sel;
    uint32_t sysref_neg_window_skew;
    uint32_t sysref_pos_window_skew;
    uint32_t sysref_mode;
    uint32_t sysref_count;
 
    jesd_param_t *jesd_param;
    uint32_t jesd_subclass;
};
struct ad9208_state {…};
 
typedef struct ad9208_init_param {
    /* SPI */
    struct no_os_spi_init_param *spi_init;
    /* GPIO */
    struct no_os_gpio_init_param gpio_powerdown;
    uint64_t sampling_frequency_hz;
    uint32_t input_div; /* input clock divider ratio */
    bool powerdown_pin_en;
    uint32_t powerdown_mode;
    bool duty_cycle_stabilizer_en;
    uint8_t current_scale;
    bool analog_input_mode;
    bool ext_vref_en;
    uint32_t buff_curr_n;
    uint32_t buff_curr_p;
    uint8_t fc_ch;
    struct ad9208_ddc *ddc;
    uint32_t ddc_cnt;
    bool ddc_output_format_real_en;
    bool ddc_input_format_real_en;
    uint32_t test_mode_ch0;
    uint32_t test_mode_ch1;
 
    uint32_t sysref_lmfc_offset;
    bool sysref_edge_sel;
    bool sysref_clk_edge_sel;
    uint32_t sysref_neg_window_skew;
    uint32_t sysref_pos_window_skew;
    uint32_t sysref_mode;
    uint32_t sysref_count;
 
    jesd_param_t *jesd_param;
    uint32_t jesd_subclass;
} ad9208_init_param;
typedef struct ad9208_init_param {…};
 
/* Initialize the device. */
int32_t ad9208_initialize(ad9208_dev **device, ad9208_init_param *init_param);
/* Remove the device. */
int32_t ad9208_remove(ad9208_dev *device);
 
#endif // __AD9208_H__