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adf5902.h File Reference

Header file for adf5902 Driver. More...

#include <stdint.h>
#include "no_os_spi.h"
#include "no_os_gpio.h"
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Go to the source code of this file.

Classes

struct  slope
 
struct  adf5902_init_param
 
struct  adf5902_dev
 

Macros

#define ADF5902_REG0   0x0
 
#define ADF5902_REG1   0x1
 
#define ADF5902_REG2   0x2
 
#define ADF5902_REG3   0x3
 
#define ADF5902_REG4   0x4
 
#define ADF5902_REG5   0x5
 
#define ADF5902_REG6   0x6
 
#define ADF5902_REG7   0x7
 
#define ADF5902_REG8   0x8
 
#define ADF5902_REG9   0x9
 
#define ADF5902_REG10   0xA
 
#define ADF5902_REG11   0xB
 
#define ADF5902_REG12   0xC
 
#define ADF5902_REG13   0xD
 
#define ADF5902_REG14   0xE
 
#define ADF5902_REG15   0xF
 
#define ADF5902_REG16   0x10
 
#define ADF5902_REG17   0x11
 
#define ADF5902_REG0_PLO(x)
 
#define ADF5902_REG0_PTX1(x)
 
#define ADF5902_REG0_PTX2(x)
 
#define ADF5902_REG0_PADC(x)
 
#define ADF5902_REG0_VCAL(x)
 
#define ADF5902_REG0_PVCO(x)
 
#define ADF5902_REG0_TX1C(x)
 
#define ADF5902_REG0_TX2C(x)
 
#define ADF5902_REG0_RESERVED   (0x4007FU << 13)
 
#define ADF5902_POWER_DOWN_LO   0x0
 
#define ADF5902_POWER_UP_LO   0x1
 
#define ADF5902_POWER_DOWN_TX1   0x0
 
#define ADF5902_POWER_UP_TX1   0x1
 
#define ADF5902_POWER_DOWN_TX2   0x0
 
#define ADF5902_POWER_UP_TX2   0x1
 
#define ADF5902_POWER_DOWN_ADC   0x0
 
#define ADF5902_POWER_UP_ADC   0x1
 
#define ADF5902_VCO_NORMAL_OP   0x0
 
#define ADF5902_VCO_FULL_CAL   0x1
 
#define ADF5902_POWER_DOWN_VCO   0x0
 
#define ADF5902_POWER_UP_VCO   0x1
 
#define ADF5902_TX1_NORMAL_OP   0x0
 
#define ADF5902_TX1_AMP_CAL   0x1
 
#define ADF5902_TX2_NORMAL_OP   0x0
 
#define ADF5902_TX2_AMP_CAL   0x1
 
#define ADF5902_REG1_TX_AMP_CAL_REF(x)
 
#define ADF5902_REG1_RESERVED   (0x7FFBFU << 13)
 
#define ADF5902_TX_AMP_CAL_MIN_REF_CODE   0x00
 
#define ADF5902_TX_AMP_CAL_MAX_REF_CODE   0xFF
 
#define ADF5902_REG2_ADC_CLK_DIV(x)
 
#define ADF5902_REG2_ADC_AVG(x)
 
#define ADF5902_REG2_ADC_START(x)
 
#define ADF5902_REG2_RESERVED   (0x2 << 16)
 
#define ADF5902_ADC_MIN_CLK_DIVIDER   0x1
 
#define ADF5902_ADC_MAX_CLK_DIVIDER   0x7F
 
#define ADF5902_ADC_AVG_1   0x0
 
#define ADF5902_ADC_AVG_2   0x1
 
#define ADF5902_ADC_AVG_3   0x2
 
#define ADF5902_ADC_AVG_4   0x3
 
#define ADF5902_ADC_NORMAL_OP   0x0
 
#define ADF5902_START_ADC_CONV   0x1
 
#define ADF5902_REG3_READBACK_CTRL(x)
 
#define ADF5902_REG3_IO_LVL(x)
 
#define ADF5902_REG3_MUXOUT(x)
 
#define ADF5902_REG3_RESERVED   (0x189 << 16)
 
#define ADF5902_REG_RB_NONE   0x0
 
#define ADF5902_REG0_RB   0x1
 
#define ADF5902_REG1_RB   0x2
 
#define ADF5902_REG2_RB   0x3
 
#define ADF5902_REG3_RB   0x4
 
#define ADF5902_REG4_RB   0x5
 
#define ADF5902_REG5_RB   0x6
 
#define ADF5902_REG6_RB   0x7
 
#define ADF5902_REG7_RB   0x8
 
#define ADF5902_REG8_RB   0x9
 
#define ADF5902_REG9_RB   0xA
 
#define ADF5902_REG10_RB   0xB
 
#define ADF5902_REG11_RB   0xC
 
#define ADF5902_REG12_RB   0xD
 
#define ADF5902_REG13_SEL_0_RB   0xE
 
#define ADF5902_REG14_SEL_0_RB   0xF
 
#define ADF5902_REG15_SEL_0_RB   0x10
 
#define ADF5902_REG16_SEL_0_RB   0x11
 
#define ADF5902_REG17_RB   0x12
 
#define ADF5902_ADC_RB   0x16
 
#define ADF5902_FREQ_RB   0x1A
 
#define ADF5902_REG13_SEL_1_RB   0x33
 
#define ADF5902_REG14_SEL_1_RB   0x34
 
#define ADF5902_REG15_SEL_1_RB   0x35
 
#define ADF5902_REG16_SEL_1_RB   0x36
 
#define ADF5902_REG13_SEL_2_RB   0x37
 
#define ADF5902_REG14_SEL_2_RB   0x38
 
#define ADF5902_REG15_SEL_2_RB   0x39
 
#define ADF5902_REG16_SEL_2_RB   0x3A
 
#define ADF5902_REG13_SEL_3_RB   0x3B
 
#define ADF5902_REG14_SEL_3_RB   0x3C
 
#define ADF5902_REG15_SEL_3_RB   0x3D
 
#define ADF5902_REG16_SEL_3_RB   0x3F
 
#define ADF5902_IO_LVL_1V8   0x0
 
#define ADF5902_IO_LVL_3V3   0x1
 
#define ADF5902_MUXOUT_TRISTATE_OUT   0x0
 
#define ADF5902_MUXOUT_LOGIC_HIGH   0x1
 
#define ADF5902_MUXOUT_LOGIC_LOW   0x2
 
#define ADF5902_MUXOUT_R_DIV_OUT   0x3
 
#define ADF5902_MUXOUT_N_DIV_OUT   0x4
 
#define ADF5902_MUXOUT_CAL_BUSY   0x7
 
#define ADF5902_MUXOUT_R_DIV_OUT_2   0xB
 
#define ADF5902_MUXOUT_N_DIV_OUT_2   0xC
 
#define ADF5902_MUXOUT_RAMP_STATUS   0xF
 
#define ADF5902_REG4_TEST_BUS(x)
 
#define ADF5902_REG4_RESERVED   (0x0 << 16)
 
#define ADF5902_TEST_BUS_NONE   0x0000
 
#define ADF5902_RAMP_COMPL_TO_MUXOUT   0x00C0
 
#define ADF5902_RAMP_DOWN_TO_MUXOUT   0x0100
 
#define ADF5902_TEMP_SENS_TO_ATEST   0x0503
 
#define ADF5902_TEMP_SENS_TO_ADC   0x0903
 
#define ADF5902_REG5_FRAC_MSB_WORD(x)
 
#define ADF5902_REG5_INTEGER_WORD(x)
 
#define ADF5902_REG5_RAMP_ON(x)
 
#define ADF5902_REG5_RESERVED   (0x0 << 30)
 
#define ADF5902_MIN_FRAC_MSB_WORD   0x000
 
#define ADF5902_MAX_FRAC_MSB_WORD   0xFFF
 
#define ADF5902_MIN_INT_MSB_WORD   0x000
 
#define ADF5902_MAX_INT_MSB_WORD   0xFFF
 
#define ADF5902_RAMP_ON_DISABLED   0x0
 
#define ADF5902_RAMP_ON_ENABLED   0x1
 
#define ADF5902_REG6_FRAC_LSB_WORD(x)
 
#define ADF5902_REG6_RESERVED   (0x0 << 18)
 
#define ADF5902_MIN_FRAC_LSB_WORD   0x000
 
#define ADF5902_MAX_FRAC_LSB_WORD   0x1FFF
 
#define ADF5902_REG7_R_DIVIDER(x)
 
#define ADF5902_REG7_REF_DOUBLER(x)
 
#define ADF5902_REG7_R_DIV_2(x)
 
#define ADF5902_REG7_CLK_DIV(x)
 
#define ADF5902_REG7_MASTER_RESET(x)
 
#define ADF5902_REG7_RESERVED   ((0x0 << 26) | (0x1 << 24))
 
#define ADF5902_MIN_R_DIVIDER   0x01
 
#define ADF5902_MAX_R_DIVIDER   0x1F
 
#define ADF5902_R_DIV_2_DISABLE   0x0
 
#define ADF5902_R_DIV_2_ENABLE   0x1
 
#define ADF5902_REF_DOUBLER_DISABLE   0x0
 
#define ADF5902_REF_DOUBLER_ENABLE   0x1
 
#define ADF5902_MIN_CLK_DIVIDER   0x000
 
#define ADF5902_MAX_CLK_DIVIDER   0xFFF
 
#define ADF5902_MASTER_RESET_DISABLE   0x0
 
#define ADF5902_MASTER_RESET_ENABLE   0x1
 
#define ADF5902_REG8_FREQ_CAL_DIV(x)
 
#define ADF5902_REG8_RESERVED   (0x8000 << 15)
 
#define ADF5902_MIN_FREQ_CAL_DIV   0x000
 
#define ADF5902_MAX_FREQ_CAL_DIV   0x3FF
 
#define ADF5902_REG9_RESERVED_CALIB   (0x15105C9 << 5)
 
#define ADF5902_REG9_RESERVED_NORMAL   (0x14005C9 << 5)
 
#define ADF5902_REG10_RESERVED   (0xE99532 << 5)
 
#define ADF5902_REG11_CNTR_RESET(x)
 
#define ADF5902_REG11_RAMP_MODE(x)
 
#define ADF5902_REG11_SING_FULL_TRI(x)
 
#define ADF5902_REG11_SD_RESET(x)
 
#define ADF5902_REG11_RESERVED   ((0x0 << 6) | (0x0 << 10) | (0x0 << 12))
 
#define ADF5902_CNTR_RESET_DISABLE   0x0
 
#define ADF5902_CNTR_RESET_ENABLE   0x1
 
#define ADF5902_CONT_SAWTOOTH   0x0
 
#define ADF5902_SAWTOOTH_BURST   0x1
 
#define ADF5902_CONTINUOUS_TRIANGULAR   0x2
 
#define ADF5902_SINGLE_RAMP_BURST   0x3
 
#define ADF5902_SINGLE_FULL_TRI_DISBLE   0x0
 
#define ADF5902_SINGLE_FULL_TRI_ENABLE   0x1
 
#define ADF5902_SD_RESET_ENABLE   0x0
 
#define ADF5902_SD_RESET_DISABLE   0x1
 
#define ADF5902_REG12_CP_TRISTATE(x)
 
#define ADF5902_REG12_CHARGE_PUMP(x)
 
#define ADF5902_REG12_RESERVED   ((0x0 << 5) | (0x1 << 16) | (0x2 << 21))
 
#define ADF5902_CP_TRISTATE_DISABLE   0x0
 
#define ADF5902_CP_TRISTATE_ENABLE   0x1
 
#define ADF5902_CP_CURRENT_280UA   0x0
 
#define ADF5902_CP_CURRENT_560UA   0x1
 
#define ADF5902_CP_CURRENT_840UA   0x2
 
#define ADF5902_CP_CURRENT_1MA12   0x3
 
#define ADF5902_CP_CURRENT_1MA40   0x4
 
#define ADF5902_CP_CURRENT_1MA68   0x5
 
#define ADF5902_CP_CURRENT_1MA96   0x6
 
#define ADF5902_CP_CURRENT_2MA24   0x7
 
#define ADF5902_CP_CURRENT_2MA52   0x8
 
#define ADF5902_CP_CURRENT_2MA80   0x9
 
#define ADF5902_CP_CURRENT_3MA08   0xA
 
#define ADF5902_CP_CURRENT_3MA36   0xB
 
#define ADF5902_CP_CURRENT_3MA64   0xC
 
#define ADF5902_CP_CURRENT_3MA92   0xD
 
#define ADF5902_CP_CURRENT_4MA20   0xE
 
#define ADF5902_CP_CURRENT_4MA48   0xF
 
#define ADF5902_REG13_CLK_DIV_SEL(x)
 
#define ADF5902_REG13_CLK_DIV_2(x)
 
#define ADF5902_REG13_CLK_DIV_MODE(x)
 
#define ADF5902_REG13_LE_SEL(x)
 
#define ADF5902_REG13_RESERVED   (0x0 << 22)
 
#define ADF5902_CLK_DIV_SEL_0   0x0
 
#define ADF5902_CLK_DIV_SEL_1   0x1
 
#define ADF5902_CLK_DIV_SEL_2   0x2
 
#define ADF5902_CLK_DIV_SEL_3   0x3
 
#define ADF5902_MIN_CLK_DIV_2   0x000
 
#define ADF5902_MAX_CLK_DIV_2   0xFFF
 
#define ADF5902_CLK_DIV_OFF   0x0
 
#define ADF5902_FREQ_MEASURE   0x2
 
#define ADF5902_RAMP_DIV   0x3
 
#define ADF5902_LE_FROM_PIN   0x0
 
#define ADF5902_LE_SYNC_REFIN   0x1
 
#define ADF5902_REG14_DEV_WORD(x)
 
#define ADF5902_REG14_DEV_OFFSET(x)
 
#define ADF5902_REG14_DEV_SEL(x)
 
#define ADF5902_REG14_TX_RAMP_CLK(x)
 
#define ADF5902_REG14_TX_DATA_INV(x)
 
#define ADF5902_REG14_RESERVED   (0x0 << 27)
 
#define ADF5902_MAX_DEV_WORD   0x7FFF
 
#define ADF5902_MIN_DEV_WORD   (int16_t)0x8000
 
#define ADF5902_MAX_DEV_OFFSET   0x9
 
#define ADF5902_MIN_DEV_OFFSET   0x0
 
#define ADF5902_DEV_SEL_0   0x0
 
#define ADF5902_DEV_SEL_1   0x1
 
#define ADF5902_DEV_SEL_2   0x2
 
#define ADF5902_DEV_SEL_3   0x3
 
#define ADF5902_TX_RAMP_CLK_DIV   0x0
 
#define ADF5902_TX_RAMP_TX_DATA_PIN   0x1
 
#define AD5902_TX_DATA_INV_DISABLE   0x0
 
#define AD5902_TX_DATA_INV_ENABLE   0x1
 
#define ADF5902_REG15_STEP_WORD(x)
 
#define ADF5902_REG15_STEP_SEL(x)
 
#define ADF5902_REG15_RESERVED   (0x0 << 27)
 
#define ADF5902_MIN_STEP_WORD   0x00000
 
#define ADF5902_MAX_STEP_WORD   0xFFFFF
 
#define ADF5902_STEP_SEL_0   0x0
 
#define ADF5902_STEP_SEL_1   0x1
 
#define ADF5902_STEP_SEL_2   0x2
 
#define ADF5902_STEP_SEL_3   0x3
 
#define ADF5902_REG16_DEL_START_WORD(x)
 
#define ADF5902_REG16_RAMP_DEL(x)
 
#define ADF5902_REG16_TX_DATA_TRIG(x)
 
#define ADF5902_REG16_DEL_SEL(x)
 
#define ADF5902_REG16_RESERVED   ((0x0 << 17) | (0x0 << 21) | (0x1 << 25))
 
#define ADF5902_MIN_DELAY_START_WRD   0x000
 
#define ADF5902_MAX_DELAY_START_WRD   0xFFF
 
#define ADF5902_RAMP_DEL_DISABLE   0x0
 
#define ADF5902_RAMP_DEL_ENABLE   0x1
 
#define ADF5902_TX_DATA_TRIG_DISABLE   0x0
 
#define ADF5902_TX_DATA_TRIG_ENABLE   0x1
 
#define ADF5902_DEL_SEL_0   0x0
 
#define ADF5902_DEL_SEL_1   0x1
 
#define ADF5902_DEL_SEL_2   0x2
 
#define ADF5902_DEL_SEL_3   0x3
 
#define ADF5902_REG17_RESERVED   (0x0 << 5)
 
#define ADF5902_MAX_VCO_FREQ   24250000000ull
 
#define ADF5902_MIN_VCO_FREQ   24000000000ull
 
#define ADF5902_MIN_REFIN_FREQ   10000000
 
#define ADF5902_MAX_REFIN_FREQ   260000000
 
#define ADF5902_MAX_FREQ_PFD   110000000
 
#define ADF5902_MAX_SLOPE_NO   4
 
#define ADF5902_MAX_DELAY_WORD_NO   4
 
#define ADF5902_MAX_CLK2_DIV_NO   4
 
#define ADF5902_VLSB   0.00733f
 
#define ADF5902_VOFF   0.699f
 
#define ADF5902_VGAIN   0.0064f
 
#define ADF5902_SPI_DUMMY_DATA   0x0
 
#define ADF5902_FREQ_CAL_DIV_100KHZ   100000
 
#define ADF5902_CLK1_DIV_25KHZ   25000
 
#define ADF5902_ADC_CLK_DIV_1MHZ   1000000
 
#define ADF5902_BUFF_SIZE_BYTES   4
 
#define ADF5902_FRAC_MSB_MSK   0xFFF
 
#define ADF5902_FRAC_LSB_MSK   0x1FFF
 

Functions

int32_t adf5902_write (struct adf5902_dev *dev, uint8_t reg_addr, uint32_t data)
 Writes 4 bytes of data to ADF5902.
 
int32_t adf5902_readback (struct adf5902_dev *dev, uint8_t reg_addr, uint32_t *data)
 Readback data from ADF5902.
 
int32_t adf5902_init (struct adf5902_dev **device, struct adf5902_init_param *init_param)
 Initializes the ADF5902.
 
int32_t adf5902_recalibrate (struct adf5902_dev *dev)
 Recalibration procedure.
 
int32_t adf5902_read_temp (struct adf5902_dev *dev, float *temp)
 Free resoulces allocated for ADF5902.
 
int32_t adf5902f_compute_frequency (struct adf5902_dev *dev, uint64_t *freq)
 Measure output locked frequency.
 
int32_t adf5902_remove (struct adf5902_dev *dev)
 Free resoulces allocated for ADF5902.
 

Detailed Description

Header file for adf5902 Driver.

Author
Antoniu Miclaus (anton.nosp@m.iu.m.nosp@m.iclau.nosp@m.s@an.nosp@m.alog..nosp@m.com)

Copyright 2021(c) Analog Devices, Inc.

Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met:

  1. Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer.
  2. Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution.
  3. Neither the name of Analog Devices, Inc. nor the names of its contributors may be used to endorse or promote products derived from this software without specific prior written permission.

THIS SOFTWARE IS PROVIDED BY ANALOG DEVICES, INC. “AS IS” AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANALOG DEVICES, INC. BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.

Macro Definition Documentation

◆ AD5902_TX_DATA_INV_DISABLE

#define AD5902_TX_DATA_INV_DISABLE   0x0

◆ AD5902_TX_DATA_INV_ENABLE

#define AD5902_TX_DATA_INV_ENABLE   0x1

◆ ADF5902_ADC_AVG_1

#define ADF5902_ADC_AVG_1   0x0

◆ ADF5902_ADC_AVG_2

#define ADF5902_ADC_AVG_2   0x1

◆ ADF5902_ADC_AVG_3

#define ADF5902_ADC_AVG_3   0x2

◆ ADF5902_ADC_AVG_4

#define ADF5902_ADC_AVG_4   0x3

◆ ADF5902_ADC_CLK_DIV_1MHZ

#define ADF5902_ADC_CLK_DIV_1MHZ   1000000

◆ ADF5902_ADC_MAX_CLK_DIVIDER

#define ADF5902_ADC_MAX_CLK_DIVIDER   0x7F

◆ ADF5902_ADC_MIN_CLK_DIVIDER

#define ADF5902_ADC_MIN_CLK_DIVIDER   0x1

◆ ADF5902_ADC_NORMAL_OP

#define ADF5902_ADC_NORMAL_OP   0x0

◆ ADF5902_ADC_RB

#define ADF5902_ADC_RB   0x16

◆ ADF5902_BUFF_SIZE_BYTES

#define ADF5902_BUFF_SIZE_BYTES   4

◆ ADF5902_CLK1_DIV_25KHZ

#define ADF5902_CLK1_DIV_25KHZ   25000

◆ ADF5902_CLK_DIV_OFF

#define ADF5902_CLK_DIV_OFF   0x0

◆ ADF5902_CLK_DIV_SEL_0

#define ADF5902_CLK_DIV_SEL_0   0x0

◆ ADF5902_CLK_DIV_SEL_1

#define ADF5902_CLK_DIV_SEL_1   0x1

◆ ADF5902_CLK_DIV_SEL_2

#define ADF5902_CLK_DIV_SEL_2   0x2

◆ ADF5902_CLK_DIV_SEL_3

#define ADF5902_CLK_DIV_SEL_3   0x3

◆ ADF5902_CNTR_RESET_DISABLE

#define ADF5902_CNTR_RESET_DISABLE   0x0

◆ ADF5902_CNTR_RESET_ENABLE

#define ADF5902_CNTR_RESET_ENABLE   0x1

◆ ADF5902_CONT_SAWTOOTH

#define ADF5902_CONT_SAWTOOTH   0x0

◆ ADF5902_CONTINUOUS_TRIANGULAR

#define ADF5902_CONTINUOUS_TRIANGULAR   0x2

◆ ADF5902_CP_CURRENT_1MA12

#define ADF5902_CP_CURRENT_1MA12   0x3

◆ ADF5902_CP_CURRENT_1MA40

#define ADF5902_CP_CURRENT_1MA40   0x4

◆ ADF5902_CP_CURRENT_1MA68

#define ADF5902_CP_CURRENT_1MA68   0x5

◆ ADF5902_CP_CURRENT_1MA96

#define ADF5902_CP_CURRENT_1MA96   0x6

◆ ADF5902_CP_CURRENT_280UA

#define ADF5902_CP_CURRENT_280UA   0x0

◆ ADF5902_CP_CURRENT_2MA24

#define ADF5902_CP_CURRENT_2MA24   0x7

◆ ADF5902_CP_CURRENT_2MA52

#define ADF5902_CP_CURRENT_2MA52   0x8

◆ ADF5902_CP_CURRENT_2MA80

#define ADF5902_CP_CURRENT_2MA80   0x9

◆ ADF5902_CP_CURRENT_3MA08

#define ADF5902_CP_CURRENT_3MA08   0xA

◆ ADF5902_CP_CURRENT_3MA36

#define ADF5902_CP_CURRENT_3MA36   0xB

◆ ADF5902_CP_CURRENT_3MA64

#define ADF5902_CP_CURRENT_3MA64   0xC

◆ ADF5902_CP_CURRENT_3MA92

#define ADF5902_CP_CURRENT_3MA92   0xD

◆ ADF5902_CP_CURRENT_4MA20

#define ADF5902_CP_CURRENT_4MA20   0xE

◆ ADF5902_CP_CURRENT_4MA48

#define ADF5902_CP_CURRENT_4MA48   0xF

◆ ADF5902_CP_CURRENT_560UA

#define ADF5902_CP_CURRENT_560UA   0x1

◆ ADF5902_CP_CURRENT_840UA

#define ADF5902_CP_CURRENT_840UA   0x2

◆ ADF5902_CP_TRISTATE_DISABLE

#define ADF5902_CP_TRISTATE_DISABLE   0x0

◆ ADF5902_CP_TRISTATE_ENABLE

#define ADF5902_CP_TRISTATE_ENABLE   0x1

◆ ADF5902_DEL_SEL_0

#define ADF5902_DEL_SEL_0   0x0

◆ ADF5902_DEL_SEL_1

#define ADF5902_DEL_SEL_1   0x1

◆ ADF5902_DEL_SEL_2

#define ADF5902_DEL_SEL_2   0x2

◆ ADF5902_DEL_SEL_3

#define ADF5902_DEL_SEL_3   0x3

◆ ADF5902_DEV_SEL_0

#define ADF5902_DEV_SEL_0   0x0

◆ ADF5902_DEV_SEL_1

#define ADF5902_DEV_SEL_1   0x1

◆ ADF5902_DEV_SEL_2

#define ADF5902_DEV_SEL_2   0x2

◆ ADF5902_DEV_SEL_3

#define ADF5902_DEV_SEL_3   0x3

◆ ADF5902_FRAC_LSB_MSK

#define ADF5902_FRAC_LSB_MSK   0x1FFF

◆ ADF5902_FRAC_MSB_MSK

#define ADF5902_FRAC_MSB_MSK   0xFFF

◆ ADF5902_FREQ_CAL_DIV_100KHZ

#define ADF5902_FREQ_CAL_DIV_100KHZ   100000

◆ ADF5902_FREQ_MEASURE

#define ADF5902_FREQ_MEASURE   0x2

◆ ADF5902_FREQ_RB

#define ADF5902_FREQ_RB   0x1A

◆ ADF5902_IO_LVL_1V8

#define ADF5902_IO_LVL_1V8   0x0

◆ ADF5902_IO_LVL_3V3

#define ADF5902_IO_LVL_3V3   0x1

◆ ADF5902_LE_FROM_PIN

#define ADF5902_LE_FROM_PIN   0x0

◆ ADF5902_LE_SYNC_REFIN

#define ADF5902_LE_SYNC_REFIN   0x1

◆ ADF5902_MASTER_RESET_DISABLE

#define ADF5902_MASTER_RESET_DISABLE   0x0

◆ ADF5902_MASTER_RESET_ENABLE

#define ADF5902_MASTER_RESET_ENABLE   0x1

◆ ADF5902_MAX_CLK2_DIV_NO

#define ADF5902_MAX_CLK2_DIV_NO   4

◆ ADF5902_MAX_CLK_DIV_2

#define ADF5902_MAX_CLK_DIV_2   0xFFF

◆ ADF5902_MAX_CLK_DIVIDER

#define ADF5902_MAX_CLK_DIVIDER   0xFFF

◆ ADF5902_MAX_DELAY_START_WRD

#define ADF5902_MAX_DELAY_START_WRD   0xFFF

◆ ADF5902_MAX_DELAY_WORD_NO

#define ADF5902_MAX_DELAY_WORD_NO   4

◆ ADF5902_MAX_DEV_OFFSET

#define ADF5902_MAX_DEV_OFFSET   0x9

◆ ADF5902_MAX_DEV_WORD

#define ADF5902_MAX_DEV_WORD   0x7FFF

◆ ADF5902_MAX_FRAC_LSB_WORD

#define ADF5902_MAX_FRAC_LSB_WORD   0x1FFF

◆ ADF5902_MAX_FRAC_MSB_WORD

#define ADF5902_MAX_FRAC_MSB_WORD   0xFFF

◆ ADF5902_MAX_FREQ_CAL_DIV

#define ADF5902_MAX_FREQ_CAL_DIV   0x3FF

◆ ADF5902_MAX_FREQ_PFD

#define ADF5902_MAX_FREQ_PFD   110000000

◆ ADF5902_MAX_INT_MSB_WORD

#define ADF5902_MAX_INT_MSB_WORD   0xFFF

◆ ADF5902_MAX_R_DIVIDER

#define ADF5902_MAX_R_DIVIDER   0x1F

◆ ADF5902_MAX_REFIN_FREQ

#define ADF5902_MAX_REFIN_FREQ   260000000

◆ ADF5902_MAX_SLOPE_NO

#define ADF5902_MAX_SLOPE_NO   4

◆ ADF5902_MAX_STEP_WORD

#define ADF5902_MAX_STEP_WORD   0xFFFFF

◆ ADF5902_MAX_VCO_FREQ

#define ADF5902_MAX_VCO_FREQ   24250000000ull

Specifications

◆ ADF5902_MIN_CLK_DIV_2

#define ADF5902_MIN_CLK_DIV_2   0x000

◆ ADF5902_MIN_CLK_DIVIDER

#define ADF5902_MIN_CLK_DIVIDER   0x000

◆ ADF5902_MIN_DELAY_START_WRD

#define ADF5902_MIN_DELAY_START_WRD   0x000

◆ ADF5902_MIN_DEV_OFFSET

#define ADF5902_MIN_DEV_OFFSET   0x0

◆ ADF5902_MIN_DEV_WORD

#define ADF5902_MIN_DEV_WORD   (int16_t)0x8000

◆ ADF5902_MIN_FRAC_LSB_WORD

#define ADF5902_MIN_FRAC_LSB_WORD   0x000

◆ ADF5902_MIN_FRAC_MSB_WORD

#define ADF5902_MIN_FRAC_MSB_WORD   0x000

◆ ADF5902_MIN_FREQ_CAL_DIV

#define ADF5902_MIN_FREQ_CAL_DIV   0x000

◆ ADF5902_MIN_INT_MSB_WORD

#define ADF5902_MIN_INT_MSB_WORD   0x000

◆ ADF5902_MIN_R_DIVIDER

#define ADF5902_MIN_R_DIVIDER   0x01

◆ ADF5902_MIN_REFIN_FREQ

#define ADF5902_MIN_REFIN_FREQ   10000000

◆ ADF5902_MIN_STEP_WORD

#define ADF5902_MIN_STEP_WORD   0x00000

◆ ADF5902_MIN_VCO_FREQ

#define ADF5902_MIN_VCO_FREQ   24000000000ull

◆ ADF5902_MUXOUT_CAL_BUSY

#define ADF5902_MUXOUT_CAL_BUSY   0x7

◆ ADF5902_MUXOUT_LOGIC_HIGH

#define ADF5902_MUXOUT_LOGIC_HIGH   0x1

◆ ADF5902_MUXOUT_LOGIC_LOW

#define ADF5902_MUXOUT_LOGIC_LOW   0x2

◆ ADF5902_MUXOUT_N_DIV_OUT

#define ADF5902_MUXOUT_N_DIV_OUT   0x4

◆ ADF5902_MUXOUT_N_DIV_OUT_2

#define ADF5902_MUXOUT_N_DIV_OUT_2   0xC

◆ ADF5902_MUXOUT_R_DIV_OUT

#define ADF5902_MUXOUT_R_DIV_OUT   0x3

◆ ADF5902_MUXOUT_R_DIV_OUT_2

#define ADF5902_MUXOUT_R_DIV_OUT_2   0xB

◆ ADF5902_MUXOUT_RAMP_STATUS

#define ADF5902_MUXOUT_RAMP_STATUS   0xF

◆ ADF5902_MUXOUT_TRISTATE_OUT

#define ADF5902_MUXOUT_TRISTATE_OUT   0x0

◆ ADF5902_POWER_DOWN_ADC

#define ADF5902_POWER_DOWN_ADC   0x0

◆ ADF5902_POWER_DOWN_LO

#define ADF5902_POWER_DOWN_LO   0x0

◆ ADF5902_POWER_DOWN_TX1

#define ADF5902_POWER_DOWN_TX1   0x0

◆ ADF5902_POWER_DOWN_TX2

#define ADF5902_POWER_DOWN_TX2   0x0

◆ ADF5902_POWER_DOWN_VCO

#define ADF5902_POWER_DOWN_VCO   0x0

◆ ADF5902_POWER_UP_ADC

#define ADF5902_POWER_UP_ADC   0x1

◆ ADF5902_POWER_UP_LO

#define ADF5902_POWER_UP_LO   0x1

◆ ADF5902_POWER_UP_TX1

#define ADF5902_POWER_UP_TX1   0x1

◆ ADF5902_POWER_UP_TX2

#define ADF5902_POWER_UP_TX2   0x1

◆ ADF5902_POWER_UP_VCO

#define ADF5902_POWER_UP_VCO   0x1

◆ ADF5902_R_DIV_2_DISABLE

#define ADF5902_R_DIV_2_DISABLE   0x0

◆ ADF5902_R_DIV_2_ENABLE

#define ADF5902_R_DIV_2_ENABLE   0x1

◆ ADF5902_RAMP_COMPL_TO_MUXOUT

#define ADF5902_RAMP_COMPL_TO_MUXOUT   0x00C0

◆ ADF5902_RAMP_DEL_DISABLE

#define ADF5902_RAMP_DEL_DISABLE   0x0

◆ ADF5902_RAMP_DEL_ENABLE

#define ADF5902_RAMP_DEL_ENABLE   0x1

◆ ADF5902_RAMP_DIV

#define ADF5902_RAMP_DIV   0x3

◆ ADF5902_RAMP_DOWN_TO_MUXOUT

#define ADF5902_RAMP_DOWN_TO_MUXOUT   0x0100

◆ ADF5902_RAMP_ON_DISABLED

#define ADF5902_RAMP_ON_DISABLED   0x0

◆ ADF5902_RAMP_ON_ENABLED

#define ADF5902_RAMP_ON_ENABLED   0x1

◆ ADF5902_REF_DOUBLER_DISABLE

#define ADF5902_REF_DOUBLER_DISABLE   0x0

◆ ADF5902_REF_DOUBLER_ENABLE

#define ADF5902_REF_DOUBLER_ENABLE   0x1

◆ ADF5902_REG0

#define ADF5902_REG0   0x0

◆ ADF5902_REG0_PADC

#define ADF5902_REG0_PADC ( x)
Value:
(((x) & 0x1) << 8)

◆ ADF5902_REG0_PLO

#define ADF5902_REG0_PLO ( x)
Value:
(((x) & 0x1) << 5)

◆ ADF5902_REG0_PTX1

#define ADF5902_REG0_PTX1 ( x)
Value:
(((x) & 0x1) << 6)

◆ ADF5902_REG0_PTX2

#define ADF5902_REG0_PTX2 ( x)
Value:
(((x) & 0x1) << 7)

◆ ADF5902_REG0_PVCO

#define ADF5902_REG0_PVCO ( x)
Value:
(((x) & 0x1) << 10)

◆ ADF5902_REG0_RB

#define ADF5902_REG0_RB   0x1

◆ ADF5902_REG0_RESERVED

#define ADF5902_REG0_RESERVED   (0x4007FU << 13)

◆ ADF5902_REG0_TX1C

#define ADF5902_REG0_TX1C ( x)
Value:
(((x) & 0x1) << 11)

◆ ADF5902_REG0_TX2C

#define ADF5902_REG0_TX2C ( x)
Value:
(((x) & 0x1) << 12)

◆ ADF5902_REG0_VCAL

#define ADF5902_REG0_VCAL ( x)
Value:
(((x) & 0x1) << 9)

◆ ADF5902_REG1

#define ADF5902_REG1   0x1

◆ ADF5902_REG10

#define ADF5902_REG10   0xA

◆ ADF5902_REG10_RB

#define ADF5902_REG10_RB   0xB

◆ ADF5902_REG10_RESERVED

#define ADF5902_REG10_RESERVED   (0xE99532 << 5)

◆ ADF5902_REG11

#define ADF5902_REG11   0xB

◆ ADF5902_REG11_CNTR_RESET

#define ADF5902_REG11_CNTR_RESET ( x)
Value:
(((x) & 0x1) << 5)

◆ ADF5902_REG11_RAMP_MODE

#define ADF5902_REG11_RAMP_MODE ( x)
Value:
(((x) & 0x3) << 7)

◆ ADF5902_REG11_RB

#define ADF5902_REG11_RB   0xC

◆ ADF5902_REG11_RESERVED

#define ADF5902_REG11_RESERVED   ((0x0 << 6) | (0x0 << 10) | (0x0 << 12))

◆ ADF5902_REG11_SD_RESET

#define ADF5902_REG11_SD_RESET ( x)
Value:
(((x) & 0x1) << 11)

◆ ADF5902_REG11_SING_FULL_TRI

#define ADF5902_REG11_SING_FULL_TRI ( x)
Value:
(((x) & 0x1) << 9)

◆ ADF5902_REG12

#define ADF5902_REG12   0xC

◆ ADF5902_REG12_CHARGE_PUMP

#define ADF5902_REG12_CHARGE_PUMP ( x)
Value:
(((x) & 0xF) << 17)

◆ ADF5902_REG12_CP_TRISTATE

#define ADF5902_REG12_CP_TRISTATE ( x)
Value:
(((x) & 0x1) << 15)

◆ ADF5902_REG12_RB

#define ADF5902_REG12_RB   0xD

◆ ADF5902_REG12_RESERVED

#define ADF5902_REG12_RESERVED   ((0x0 << 5) | (0x1 << 16) | (0x2 << 21))

◆ ADF5902_REG13

#define ADF5902_REG13   0xD

◆ ADF5902_REG13_CLK_DIV_2

#define ADF5902_REG13_CLK_DIV_2 ( x)
Value:
(((x) & 0xFFF) << 7)

◆ ADF5902_REG13_CLK_DIV_MODE

#define ADF5902_REG13_CLK_DIV_MODE ( x)
Value:
(((x) & 0x3) << 19)

◆ ADF5902_REG13_CLK_DIV_SEL

#define ADF5902_REG13_CLK_DIV_SEL ( x)
Value:
(((x) & 0x3) << 5)

◆ ADF5902_REG13_LE_SEL

#define ADF5902_REG13_LE_SEL ( x)
Value:
(((x) & 0x1) << 21)

◆ ADF5902_REG13_RESERVED

#define ADF5902_REG13_RESERVED   (0x0 << 22)

◆ ADF5902_REG13_SEL_0_RB

#define ADF5902_REG13_SEL_0_RB   0xE

◆ ADF5902_REG13_SEL_1_RB

#define ADF5902_REG13_SEL_1_RB   0x33

◆ ADF5902_REG13_SEL_2_RB

#define ADF5902_REG13_SEL_2_RB   0x37

◆ ADF5902_REG13_SEL_3_RB

#define ADF5902_REG13_SEL_3_RB   0x3B

◆ ADF5902_REG14

#define ADF5902_REG14   0xE

◆ ADF5902_REG14_DEV_OFFSET

#define ADF5902_REG14_DEV_OFFSET ( x)
Value:
(((x) & 0xF) << 21)

◆ ADF5902_REG14_DEV_SEL

#define ADF5902_REG14_DEV_SEL ( x)
Value:
(((x) & 0x3) << 25)

◆ ADF5902_REG14_DEV_WORD

#define ADF5902_REG14_DEV_WORD ( x)
Value:
(((x) & 0xFFFF) << 5)

◆ ADF5902_REG14_RESERVED

#define ADF5902_REG14_RESERVED   (0x0 << 27)

◆ ADF5902_REG14_SEL_0_RB

#define ADF5902_REG14_SEL_0_RB   0xF

◆ ADF5902_REG14_SEL_1_RB

#define ADF5902_REG14_SEL_1_RB   0x34

◆ ADF5902_REG14_SEL_2_RB

#define ADF5902_REG14_SEL_2_RB   0x38

◆ ADF5902_REG14_SEL_3_RB

#define ADF5902_REG14_SEL_3_RB   0x3C

◆ ADF5902_REG14_TX_DATA_INV

#define ADF5902_REG14_TX_DATA_INV ( x)
Value:
(((x) & 0x1) << 31)

◆ ADF5902_REG14_TX_RAMP_CLK

#define ADF5902_REG14_TX_RAMP_CLK ( x)
Value:
(((x) & 0x1) << 30)

◆ ADF5902_REG15

#define ADF5902_REG15   0xF

◆ ADF5902_REG15_RESERVED

#define ADF5902_REG15_RESERVED   (0x0 << 27)

◆ ADF5902_REG15_SEL_0_RB

#define ADF5902_REG15_SEL_0_RB   0x10

◆ ADF5902_REG15_SEL_1_RB

#define ADF5902_REG15_SEL_1_RB   0x35

◆ ADF5902_REG15_SEL_2_RB

#define ADF5902_REG15_SEL_2_RB   0x39

◆ ADF5902_REG15_SEL_3_RB

#define ADF5902_REG15_SEL_3_RB   0x3D

◆ ADF5902_REG15_STEP_SEL

#define ADF5902_REG15_STEP_SEL ( x)
Value:
(((x) & 0x3) << 25)

◆ ADF5902_REG15_STEP_WORD

#define ADF5902_REG15_STEP_WORD ( x)
Value:
(((x) & 0xFFFFF) << 5)

◆ ADF5902_REG16

#define ADF5902_REG16   0x10

◆ ADF5902_REG16_DEL_SEL

#define ADF5902_REG16_DEL_SEL ( x)
Value:
(((x) & 0x3) << 23)

◆ ADF5902_REG16_DEL_START_WORD

#define ADF5902_REG16_DEL_START_WORD ( x)
Value:
(((x) & 0xFFF) << 5)

◆ ADF5902_REG16_RAMP_DEL

#define ADF5902_REG16_RAMP_DEL ( x)
Value:
(((x) & 0x1) << 19)

◆ ADF5902_REG16_RESERVED

#define ADF5902_REG16_RESERVED   ((0x0 << 17) | (0x0 << 21) | (0x1 << 25))

◆ ADF5902_REG16_SEL_0_RB

#define ADF5902_REG16_SEL_0_RB   0x11

◆ ADF5902_REG16_SEL_1_RB

#define ADF5902_REG16_SEL_1_RB   0x36

◆ ADF5902_REG16_SEL_2_RB

#define ADF5902_REG16_SEL_2_RB   0x3A

◆ ADF5902_REG16_SEL_3_RB

#define ADF5902_REG16_SEL_3_RB   0x3F

◆ ADF5902_REG16_TX_DATA_TRIG

#define ADF5902_REG16_TX_DATA_TRIG ( x)
Value:
(((x) & 0x1) << 20)

◆ ADF5902_REG17

#define ADF5902_REG17   0x11

◆ ADF5902_REG17_RB

#define ADF5902_REG17_RB   0x12

◆ ADF5902_REG17_RESERVED

#define ADF5902_REG17_RESERVED   (0x0 << 5)

◆ ADF5902_REG1_RB

#define ADF5902_REG1_RB   0x2

◆ ADF5902_REG1_RESERVED

#define ADF5902_REG1_RESERVED   (0x7FFBFU << 13)

◆ ADF5902_REG1_TX_AMP_CAL_REF

#define ADF5902_REG1_TX_AMP_CAL_REF ( x)
Value:
(((x) & 0xFF) << 5)

◆ ADF5902_REG2

#define ADF5902_REG2   0x2

◆ ADF5902_REG2_ADC_AVG

#define ADF5902_REG2_ADC_AVG ( x)
Value:
(((x) & 0x3) << 13)

◆ ADF5902_REG2_ADC_CLK_DIV

#define ADF5902_REG2_ADC_CLK_DIV ( x)
Value:
(((x) & 0xFF) << 5)

◆ ADF5902_REG2_ADC_START

#define ADF5902_REG2_ADC_START ( x)
Value:
(((x) & 0x1) << 15)

◆ ADF5902_REG2_RB

#define ADF5902_REG2_RB   0x3

◆ ADF5902_REG2_RESERVED

#define ADF5902_REG2_RESERVED   (0x2 << 16)

◆ ADF5902_REG3

#define ADF5902_REG3   0x3

◆ ADF5902_REG3_IO_LVL

#define ADF5902_REG3_IO_LVL ( x)
Value:
(((x) & 0x1) << 11)

◆ ADF5902_REG3_MUXOUT

#define ADF5902_REG3_MUXOUT ( x)
Value:
(((x) & 0xF) << 12)

◆ ADF5902_REG3_RB

#define ADF5902_REG3_RB   0x4

◆ ADF5902_REG3_READBACK_CTRL

#define ADF5902_REG3_READBACK_CTRL ( x)
Value:
(((x) & 0x3F) << 5)

◆ ADF5902_REG3_RESERVED

#define ADF5902_REG3_RESERVED   (0x189 << 16)

◆ ADF5902_REG4

#define ADF5902_REG4   0x4

◆ ADF5902_REG4_RB

#define ADF5902_REG4_RB   0x5

◆ ADF5902_REG4_RESERVED

#define ADF5902_REG4_RESERVED   (0x0 << 16)

◆ ADF5902_REG4_TEST_BUS

#define ADF5902_REG4_TEST_BUS ( x)
Value:
(((x) & 0x7FFF) << 5)

◆ ADF5902_REG5

#define ADF5902_REG5   0x5

◆ ADF5902_REG5_FRAC_MSB_WORD

#define ADF5902_REG5_FRAC_MSB_WORD ( x)
Value:
(((x) & 0xFFF) << 5)

◆ ADF5902_REG5_INTEGER_WORD

#define ADF5902_REG5_INTEGER_WORD ( x)
Value:
(((x) & 0xFFF) << 17)

◆ ADF5902_REG5_RAMP_ON

#define ADF5902_REG5_RAMP_ON ( x)
Value:
(((x) & 0x1) << 29)

◆ ADF5902_REG5_RB

#define ADF5902_REG5_RB   0x6

◆ ADF5902_REG5_RESERVED

#define ADF5902_REG5_RESERVED   (0x0 << 30)

◆ ADF5902_REG6

#define ADF5902_REG6   0x6

◆ ADF5902_REG6_FRAC_LSB_WORD

#define ADF5902_REG6_FRAC_LSB_WORD ( x)
Value:
(((x) & 0x1FFF) << 5)

◆ ADF5902_REG6_RB

#define ADF5902_REG6_RB   0x7

◆ ADF5902_REG6_RESERVED

#define ADF5902_REG6_RESERVED   (0x0 << 18)

◆ ADF5902_REG7

#define ADF5902_REG7   0x7

◆ ADF5902_REG7_CLK_DIV

#define ADF5902_REG7_CLK_DIV ( x)
Value:
(((x) & 0xFFF) << 12)

◆ ADF5902_REG7_MASTER_RESET

#define ADF5902_REG7_MASTER_RESET ( x)
Value:
(((x) & 0x1) << 25)

◆ ADF5902_REG7_R_DIV_2

#define ADF5902_REG7_R_DIV_2 ( x)
Value:
(((x) & 0x1) << 11)

◆ ADF5902_REG7_R_DIVIDER

#define ADF5902_REG7_R_DIVIDER ( x)
Value:
(((x) & 0x1F) << 5)

◆ ADF5902_REG7_RB

#define ADF5902_REG7_RB   0x8

◆ ADF5902_REG7_REF_DOUBLER

#define ADF5902_REG7_REF_DOUBLER ( x)
Value:
(((x) & 0x1) << 10)

◆ ADF5902_REG7_RESERVED

#define ADF5902_REG7_RESERVED   ((0x0 << 26) | (0x1 << 24))

◆ ADF5902_REG8

#define ADF5902_REG8   0x8

◆ ADF5902_REG8_FREQ_CAL_DIV

#define ADF5902_REG8_FREQ_CAL_DIV ( x)
Value:
(((x) & 0x3FF) << 5)

◆ ADF5902_REG8_RB

#define ADF5902_REG8_RB   0x9

◆ ADF5902_REG8_RESERVED

#define ADF5902_REG8_RESERVED   (0x8000 << 15)

◆ ADF5902_REG9

#define ADF5902_REG9   0x9

◆ ADF5902_REG9_RB

#define ADF5902_REG9_RB   0xA

◆ ADF5902_REG9_RESERVED_CALIB

#define ADF5902_REG9_RESERVED_CALIB   (0x15105C9 << 5)

◆ ADF5902_REG9_RESERVED_NORMAL

#define ADF5902_REG9_RESERVED_NORMAL   (0x14005C9 << 5)

◆ ADF5902_REG_RB_NONE

#define ADF5902_REG_RB_NONE   0x0

◆ ADF5902_SAWTOOTH_BURST

#define ADF5902_SAWTOOTH_BURST   0x1

◆ ADF5902_SD_RESET_DISABLE

#define ADF5902_SD_RESET_DISABLE   0x1

◆ ADF5902_SD_RESET_ENABLE

#define ADF5902_SD_RESET_ENABLE   0x0

◆ ADF5902_SINGLE_FULL_TRI_DISBLE

#define ADF5902_SINGLE_FULL_TRI_DISBLE   0x0

◆ ADF5902_SINGLE_FULL_TRI_ENABLE

#define ADF5902_SINGLE_FULL_TRI_ENABLE   0x1

◆ ADF5902_SINGLE_RAMP_BURST

#define ADF5902_SINGLE_RAMP_BURST   0x3

◆ ADF5902_SPI_DUMMY_DATA

#define ADF5902_SPI_DUMMY_DATA   0x0

◆ ADF5902_START_ADC_CONV

#define ADF5902_START_ADC_CONV   0x1

◆ ADF5902_STEP_SEL_0

#define ADF5902_STEP_SEL_0   0x0

◆ ADF5902_STEP_SEL_1

#define ADF5902_STEP_SEL_1   0x1

◆ ADF5902_STEP_SEL_2

#define ADF5902_STEP_SEL_2   0x2

◆ ADF5902_STEP_SEL_3

#define ADF5902_STEP_SEL_3   0x3

◆ ADF5902_TEMP_SENS_TO_ADC

#define ADF5902_TEMP_SENS_TO_ADC   0x0903

◆ ADF5902_TEMP_SENS_TO_ATEST

#define ADF5902_TEMP_SENS_TO_ATEST   0x0503

◆ ADF5902_TEST_BUS_NONE

#define ADF5902_TEST_BUS_NONE   0x0000

◆ ADF5902_TX1_AMP_CAL

#define ADF5902_TX1_AMP_CAL   0x1

◆ ADF5902_TX1_NORMAL_OP

#define ADF5902_TX1_NORMAL_OP   0x0

◆ ADF5902_TX2_AMP_CAL

#define ADF5902_TX2_AMP_CAL   0x1

◆ ADF5902_TX2_NORMAL_OP

#define ADF5902_TX2_NORMAL_OP   0x0

◆ ADF5902_TX_AMP_CAL_MAX_REF_CODE

#define ADF5902_TX_AMP_CAL_MAX_REF_CODE   0xFF

◆ ADF5902_TX_AMP_CAL_MIN_REF_CODE

#define ADF5902_TX_AMP_CAL_MIN_REF_CODE   0x00

◆ ADF5902_TX_DATA_TRIG_DISABLE

#define ADF5902_TX_DATA_TRIG_DISABLE   0x0

◆ ADF5902_TX_DATA_TRIG_ENABLE

#define ADF5902_TX_DATA_TRIG_ENABLE   0x1

◆ ADF5902_TX_RAMP_CLK_DIV

#define ADF5902_TX_RAMP_CLK_DIV   0x0

◆ ADF5902_TX_RAMP_TX_DATA_PIN

#define ADF5902_TX_RAMP_TX_DATA_PIN   0x1

◆ ADF5902_VCO_FULL_CAL

#define ADF5902_VCO_FULL_CAL   0x1

◆ ADF5902_VCO_NORMAL_OP

#define ADF5902_VCO_NORMAL_OP   0x0

◆ ADF5902_VGAIN

#define ADF5902_VGAIN   0.0064f

◆ ADF5902_VLSB

#define ADF5902_VLSB   0.00733f

◆ ADF5902_VOFF

#define ADF5902_VOFF   0.699f

Function Documentation

◆ adf5902_init()

int32_t adf5902_init ( struct adf5902_dev ** device,
struct adf5902_init_param * init_param )

Initializes the ADF5902.

ADF5902 Initialization

Parameters
device- The device structure.
init_param- The structure containing the device initial parameters.
Returns
Returns 0 in case of success or negative error code.
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◆ adf5902_read_temp()

int32_t adf5902_read_temp ( struct adf5902_dev * dev,
float * temp )

Free resoulces allocated for ADF5902.

ADF5902 Read Temperature procedure

Parameters
dev- The device structure.
temp- The temperature value.
Returns
Returns 0 in case of success or negative error code.
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◆ adf5902_readback()

int32_t adf5902_readback ( struct adf5902_dev * dev,
uint8_t reg_addr,
uint32_t * data )

Readback data from ADF5902.

ADF5902 SPI Readback

Parameters
dev- The device structure.
reg_addr- The register address.
data- Store the read data.
Returns
Returns 0 in case of success or negative error code otherwise.
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◆ adf5902_recalibrate()

int32_t adf5902_recalibrate ( struct adf5902_dev * dev)

Recalibration procedure.

ADF5902 Recalibration Procedure

Parameters
dev- The device structure
Returns
Returns 0 in case of success or negative error code.
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◆ adf5902_remove()

int32_t adf5902_remove ( struct adf5902_dev * dev)

Free resoulces allocated for ADF5902.

ADF5902 Resources Deallocation

Parameters
dev- The device structure.
Returns
Returns 0 in case of success or negative error code.
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◆ adf5902_write()

int32_t adf5902_write ( struct adf5902_dev * dev,
uint8_t reg_addr,
uint32_t data )

Writes 4 bytes of data to ADF5902.

ADF5902 SPI write

Parameters
dev- The device structure.
reg_addr- The register address.
data- Data value to write.
Returns
Returns 0 in case of success or negative error code otherwise.
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◆ adf5902f_compute_frequency()

int32_t adf5902f_compute_frequency ( struct adf5902_dev * dev,
uint64_t * freq )

Measure output locked frequency.

Parameters
dev- The device structure.
freq- Measured frequency.
Returns
Returns 0 in case of success or negative error code.
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