Data Structures |
| struct | CC_Device_Radio_Status_Flags_type |
| struct | CC_Device_Radio_Status_Flags_2_type |
| struct | CC_Device_Status_Register_type |
| struct | Tx_FIFO_type |
| struct | Rx_FIFO_type |
| struct | Packet_Status_Register_type |
| struct | IO_Configuration_2_register_type |
| struct | IO_Configuration_1_register_type |
| struct | IO_Configuration_0_register_type |
| struct | CC112X_IO_Configuration_0_register_type |
| struct | CC112X_IO_Configuration_2_register_type |
| struct | CC112X_IO_Configuration_3_register_type |
| struct | FIFO_Threshold_register_type |
| struct | Packet_Automation_Control_1_register_type |
| struct | Packet_Automation_Control_0_register_type |
| struct | CC112X_Packet_Config_0_register_type |
| struct | CC112X_Packet_Config_1_register_type |
| struct | Main_Radio_Control_State_Machine_register_type |
| struct | CC112X_Modem_Config_1_register_type |
| struct | CC112X_Sync_Configuration_1_register_type |
| struct | CC112X_AGC_Configuration_1_register_type |
| struct | CC112X_Modem_Config_0_register_type |
| struct | CC112X_PA_Configuration_2_register_type |
| struct | CC112X_PA_Configuration_0_register_type |
| struct | CC112X_Soft_TX_Data_Configuration_register_type |
| struct | Frequency_Synthesizer_Control_1_type |
| struct | Frequency_Synthesizer_Control_0_type |
| struct | Modem_Configuration_4_type |
| struct | Modem_Configuration_3_type |
| struct | Modem_Configuration_2_type |
| struct | Modem_Configuration_1_type |
| struct | Modem_Configuration_0_type |
| struct | Modem_Deviation_Setting_type |
| struct | Main_Radio_Control_State_Machine_2_type |
| struct | Main_Radio_Control_State_Machine_1_type |
| struct | CC112X_Packet_Config_2_register_type |
| struct | Main_Radio_Control_State_Machine_0_type |
| struct | Frequency_Offset_Compensation_Configuration_type |
| struct | Bit_Synchronization_Configuration_type |
| struct | Automatic_Gain_Control_2_Register_type |
| struct | Automatic_Gain_Control_1_Register_type |
| struct | Automatic_Gain_Control_0_Register_type |
| struct | Wake_On_Radio_Control_Register_type |
| struct | Rx_Front_End_Configuration_Register_type |
| struct | Tx_Front_End_Configuration_Register_type |
| struct | Frequency_Synthesizer_Calibration_3_Register_type |
| struct | Frequency_Synthesizer_Calibration_2_Register_type |
| struct | Frequency_Synthesizer_Calibration_1_Register_type |
| struct | Frequency_Synthesizer_Calibration_0_Register_type |
| struct | RC_Oscillator_Configuration_1_Register_type |
| struct | RC_Oscillator_Configuration_0_Register_type |
| struct | LQI_CRC_Received_Packet_Status_type |
| struct | CC112X_Settling_Configuration_register_type |
| struct | CC112X_RF_End_Config_1_register_type |
| struct | CC112X_RF_End_Config_0_register_type |
| struct | CC112X_RSSI_0_register_type |
| struct | CC112X_FSCalibrate_Control_register_type |
| struct | CC112X_RSSI_1_register_type |
| struct | Test_0_type |
Defines |
| #define | NUMBER_OF_RETRIES 3 |
| #define | RSSI_OFFSET 72 |
| #define | CC112X_RSSI_OFFSET 102 |
| #define | RADIO_APPEND_NUM 2 |
| #define | MINIMUM_CHANNEL_NUMBER 4 |
| #define | MAXIMUM_CHANNEL_NUMBER 125 |
| #define | FS_TEST_DEFAULT 0x59 |
| #define | P_TEST_DEFAULT 0x7F |
| #define | ENABLE_TEMP_SENSOR_AT_IDLE 0xBF |
| #define | AGC_TEST_DEFAULT 0x3F |
| #define | TEST_2_DEFAULT 0x88 |
| #define | TEST_2_IMPROVE_DATA_RATE_SENSITIVITY 0x81 |
| #define | TEST_1_DEFAULT 0x31 |
| #define | TEST_1_IMPROVE_DATA_RATE_SENSITIVITY 0x35 |
Enumerations |
| enum | Transmit_Status_type {
TRANSMIT_SUCCESSFUL = 0,
TRANSMIT_UNSUCCESSFUL = 10,
ACK_RECEIVED = 2,
ACK_NOT_RECEIVED = 3,
ACK_NOT_RECEIVED_TRANSMIT_ONLY = 4,
TRANSMIT_SUCCESSFUL = 0,
TRANSMIT_UNSUCCESSFUL = 10,
ACK_RECEIVED = 2,
ACK_NOT_RECEIVED = 3,
ACK_NOT_RECEIVED_TRANSMIT_ONLY = 4
} |
| enum | CC_Radio_Init_Status_type { CC_RADIO_INIT_SUCCESSFUL = 0,
CC_RADIO_INIT_VERIFY_ERROR = 1,
NO_CC_RADIO_FOUND = 10
} |
| enum | CC_Radio_Init_and_Set_Status_type {
CC_RADIO_SET_SUCCESSFULL = 0,
CC_RADIO_SET_VERIFY_ERROR = 1,
CC_PACKET_SET_OVER_FIFO_SIZE = 2,
CC_PA_POINTER_SET_OVER_TABLE_SIZE = 3,
CC_CHANNEL_SPACING_BOUNDARY_ERROR = 4,
CC_DESIRED_CHANNEL_OUT_OF_RANGE = 5,
CC_RADIO_PARAMETER_OUT_OF_RANGE = 6,
CC_RADIO_RUNT_PACKET_FOUND = 7,
CC_RADIO_NO_ERRORS = 8,
CC_RADIO_SET_FAILED = 9,
CC_RADIO_CHANGE_CHANNEL_ERROR = -127
} |
| enum | CC_Radio_TX_FIFO_Status_type {
CC_RADIO_TX_FIFO_SUCCESSFUL = 0,
CC_RADIO_TX_BUFFER_NOT_EMPTY = 1,
CC_RADIO_STRING_TRUNCATED = 2,
CC_RADIO_TX_BUFFER_UNDERFLOW = 3,
CC_RADIO_TX_FIFO_CONFIGURATION_ERROR = 4
} |
| enum | CC_Radio_RX_FIFO_Status_type {
CC_RADIO_RX_FIFO_SUCCESSFUL = 0,
CC_RADIO_RX_VARIABLE_PACKET_ERROR = 1,
CC_RADIO_RX_PACKET_SIZE_MISMATCH = 2,
CC_RADIO_RX_ADDRESS_MISMATCH = 3,
CC_RADIO_RX_BROADCAST_ADDRESS_RX = 4,
CC_RADIO_RX_DHCP_ADDRESS_RX = 5,
CC_RADIO_RX_OWN_ADDRESS_RX = 6,
CC_RADIO_RX_FIFO_OVERFLOW = 7,
CC_RADIO_RX_NULL_PACKET = 8,
CC_RADIO_RX_CRC_ERROR = 9
} |
| enum | CC_Radio_Diversity_type { USE_GDO_2_RF_SWITCH = 0,
ANTENNA_DIVERSITY_LEFT = 65,
ANTENNA_DIVERSITY_RIGHT = 64
} |
| enum | CC_Radio_API_type { CC_RADIO_PACKET_PROCESS_SUCCESS = 0,
CC_RADIO_SLOT_ERROR = 1
} |
| enum | CC_RADIO_Acknowledge_Type { RADIO_ACK_RECEIVED = 1,
RADIO_NAK_RECEIVED = 2
} |
| enum | CC_Radio_Data_Status_Type { NEW_DATA_PACKET_RECEIVED = 0x02,
NO_NEW_DATA = 0x04
} |
| enum | Radio_Mode_Type { RADIO_IS_IDLE = 0,
RADIO_IS_TRANSMITTING = 1,
RADIO_IS_RECEIVING = 2,
RADIO_IS_IN_RSSI_SCAN = 3
} |
| enum | Transceiver_Start_Mode_Type { TRANSCEIVER_IDLE = 0,
TRANSCEIVER_LOCKED = 1
} |
| enum | Radio_Packet_Data_Type { RADIO_PACKET_READ = 0x80,
RADIO_PACKET_WRITE = 0x00,
RADIO_PACKET_READ_BURST = 0xC0,
RADIO_PACKET_WRITE_BURST = 0x40
} |
| enum | Radio_Mode_Settings_Type { TX_NORMAL = 0x20,
TX_RANDOM = 0x40,
TX_UNMODULATED = 0x80,
RX_NORMAL = 0x10
} |
| enum | Machine_State_Type {
IDLE_STATE = 0,
RX_STATE = 1,
TX_STATE = 2,
FAST_TX_STATE = 3,
CALIBRATE = 4,
PLL_SETTLING = 5,
RX_FIFO_OVERFLOW = 6,
TX_FIFO_UNDERFLOW = 7
} |
| enum | Main_Radio_Control_State_Machine_Status_Type {
FSM_SLEEP = 0,
FSM_IDLE = 1,
FSM_XOFF = 2,
FSM_VCO_ON_MAN_CAL = 3,
FSM_REGULATOR_ON_MAN_CAL = 4,
FSM_MANUAL_CAL = 5,
FSM_VCO_ON_WAKE = 6,
FSM_REGULATOR_ON_WAKE = 7,
FSM_START_CAL = 8,
FSM_BW_BOOST = 9,
FSM_FREQ_SYNTH_LOCK = 10,
FSM_ADC_ON = 11,
FSM_END_CAL = 12,
FSM_RECEIVE = 13,
FSM_RECEIVE_END = 14,
FSM_RECEIVE_RESET = 15,
FSM_RECEIVE_FIFO_OVERFLOW = 17,
FSM_TX_RX_SWITCH = 16,
FSM_RX_TX_SWITCH = 21,
FREQ_SYNTH_TRANSMIT_ON = 18,
FSM_TRANSMIT = 19,
FSM_TRANSMIT_END = 20,
FSM_TRANSMIT_FIFO_OVERFLOW = 22
} |
| enum | Pin_Function_Type {
RX_FIFO_THRESHOLD = 0,
RX_FIFO_THRESHOLD_PACKET_COMPLETE = 1,
TX_FIFO_THRESHOLD = 2,
TX_FIFO_FULL = 3,
RX_FIFO_OVERFLOW_ERROR = 4,
TX_FIFO_UNDERFLOW_ERROR = 5,
SYNC_WORD_SENT_RECEIVED = 6,
CRC_OK_PACKET_RECEIVED = 7,
PREAMBLE_QUALITY_REACHED = 8,
SERIAL_CLK = 8,
CLEAR_CHANNEL_ASSESSMENT = 9,
SERIAL_DATA_RX_MODE = 9,
PLL_LOCKED = 10,
CC112X_PLL_LOCKED = 35,
GENERAL_PURPOSE_LEVEL_INTERRUPT = 10,
SERIAL_CLOCK_OUTPUT = 11,
PREAMBLE_PROGRAMMED_QUALITY_REACHED = 11,
SERIAL_DATA_OUTPUT = 12,
PREAMBLE_QUALITY_VALID = 12,
SERIAL_TRANSPARENT_DATA_OUT = 13,
RSSI_VALID = 13,
CARRIER_SENSED = 14,
CRC_OK = 15,
CARRIER_SENSE_VALID = 16,
CARRIER_SENSE = 17,
PACKET_RECEIVED_WITH_VALID_CRC = 19,
MCU_WAKE_UP_SIGNAL_BY_MARC = 20,
RX_HARD_DATA_0 = 22,
RX_HARD_DATA_1 = 23,
POWER_AMP_ENABLE = 27,
LNA_ENABLE = 28,
WAKE_ON_RADIO_EVENT_0 = 36,
WAKE_ON_RADIO_EVENT_1 = 37,
CHIP_READY = 41,
XOSC_STABLE = 43,
SERIAL_TX_DATA = 45,
HI_Z = 46,
PULLED_LOW = 47,
CLOCK_OSCILLATOR = 48,
CLOCK_OSCILLATOR_DIVIDED_BY_1_5 = 49,
CLOCK_OSCILLATOR_DIVIDED_BY_2 = 50,
CLOCK_OSCILLATOR_DIVIDED_BY_3 = 51,
CLOCK_OSCILLATOR_DIVIDED_BY_4 = 52,
CLOCK_OSCILLATOR_DIVIDED_BY_6 = 53,
CLOCK_OSCILLATOR_DIVIDED_BY_8 = 54,
CLOCK_OSCILLATOR_DIVIDED_BY_12 = 55,
CLOCK_OSCILLATOR_DIVIDED_BY_16 = 56,
CLOCK_OSCILLATOR_DIVIDED_BY_24 = 57,
CLOCK_OSCILLATOR_DIVIDED_BY_32 = 58,
CLOCK_OSCILLATOR_DIVIDED_BY_48 = 59,
CLOCK_OSCILLATOR_DIVIDED_BY_64 = 60,
CLOCK_OSCILLATOR_DIVIDED_BY_96 = 61,
CLOCK_OSCILLATOR_DIVIDED_BY_128 = 62,
CLOCK_OSCILLATOR_DIVIDED_BY_192 = 63
} |
| enum | Output_Polarity_Type { GDO_ACTIVE_HIGH = 0,
GDO_ACTIVE_LOW = 1
} |
| enum | Drive_Pin_Type { HIGH_POWER = 1,
LOW_POWER = 0
} |
| enum | FIFO_Threshold_Type {
_61_BYTES_TX_4_BYTES_RX = 0,
_57_BYTES_TX_8_BYTES_RX = 1,
_53_BYTES_TX_12_BYTES_RX = 2,
_49_BYTES_TX_16_BYTES_RX = 3,
_45_BYTES_TX_20_BYTES_RX = 4,
_41_BYTES_TX_24_BYTES_RX = 5,
_37_BYTES_TX_28_BYTES_RX = 6,
_33_BYTES_TX_32_BYTES_RX = 7,
_29_BYTES_TX_36_BYTES_RX = 8,
_25_BYTES_TX_40_BYTES_RX = 9,
_21_BYTES_TX_44_BYTES_RX = 10,
_17_BYTES_TX_48_BYTES_RX = 11,
_13_BYTES_TX_52_BYTES_RX = 12,
_9_BYTES_TX_56_BYTES_RX = 13,
_5_BYTES_TX_60_BYTES_RX = 14,
_1_BYTES_TX_64_BYTES_RX = 15
} |
| enum | Address_Check_On_RX_Packet_Type { NO_ADDRESS_CHECK = 0,
ADDRESS_CHECK_NO_BROADCAST = 1,
ADDRESS_CHECK_0x00_BROADCAST = 2,
ADDRESS_CHECK_0x00_BROADCAST_0xFF_BROADCAST = 3
} |
| enum | PLL_Auto_Calibration { MANUALLY_CALIBRATE = 0,
IDLE_TO_RX_OR_TX = 1,
RX_OR_TX_TO_IDLE = 2,
EVERY_FOURTH_RX_OR_TX_TO_IDLE = 3
} |
| enum | Packet_Length_Configuration_Type { FIXED_LENGTH = 0,
VARIABLE_LENGTH = 1,
INFINITE_LENGTH = 2
} |
| enum | AGC_Wait_Samples_type { AGC_WAIT_24_SAMPLES = 0,
AGC_WAIT_32_SAMPLES = 1,
AGC_WAIT_40_SAMPLES = 2,
AGC_WAIT_48_SAMPLES = 3
} |
| enum | AGC_Window_Size_type {
AGC_WINDOW_8_SAMPLES = 0,
AGC_WINDOW_16_SAMPLES = 1,
AGC_WINDOW_32_SAMPLES = 2,
AGC_WINDOW_64_SAMPLES = 3,
AGC_WINDOW_128_SAMPLES = 4,
AGC_WINDOW_256_SAMPLES = 5
} |
| enum | AGC_Sync_Behaviour_type {
NO_AGC_GAIN_FREEZE_AND_KEEP_UPDATE_RSSI = 0,
FREEZE_AGC_GAIN_AND_KEEP_UPDATING_RSSI = 1,
RSSI_FREEZE_AND_AGC_SLOW_MODE_ENABLED = 2,
FREEZE_BOTH_AGC_GAIN_AND_RSSI = 3,
NO_AGC_GAIN_FREEZE_AND_KEEP_UPDATING_RSSI = 4,
NO_AGC_GAIN_OR_FREEZE_RSSI_AND_AGC_SLOW_MODE_ENABLED = 6
} |
| enum | RX_TX_Packet_Format_Type { NORMAL_MODE_USE_FIFOS_FOR_RX_TX = 0,
LEGACY_SERIAL_SYNCHRONOUS_MODE = 1,
TX_PN9_RANDOM_DATA = 2,
ASYNCHRONOUS_TRANSPARENT_MODE = 3
} |
| enum | Sync_Word_Qualifier_Mode_Type {
NO_PREAMBLE_SYNC = 0,
_15_16_WORD_BITS_DETECTED = 1,
_16_16_WORD_BITS_DETECTED = 2,
_30_32_WORD_BITS_DETECTED = 3,
NO_PREAMBLE_SYNC_CARRIER_DETECTED = 4,
_15_16_WORD_BITS_CARRIER_DETECTED = 5,
_16_16_WORD_BITS_CARRIER_DETECTED = 6,
_30_32_WORD_BITS_CARRIER_DETECTED = 7
} |
| enum | Radio_Modulation_Format_Type { FSK_MODULATION = 0,
GFSK_MODULATION = 1,
OOK_MODULATION = 3,
MSK_MODULATION = 7
} |
| enum | Preamble_Bytes_Transmitted_Type {
_2_PREAMBLE_BYTES = 0,
_3_PREAMBLE_BYTES = 1,
_4_PREAMBLE_BYTES = 2,
_6_PREAMBLE_BYTES = 3,
_8_PREAMBLE_BYTES = 4,
_12_PREAMBLE_BYTES = 5,
_16_PREAMBLE_BYTES = 6,
_24_PREAMBLE_BYTES = 7
} |
| enum | RX_Timeout_Type {
EVENT_0_TIMES_3_6058_OR_18_0288 = 0,
EVENT_0_TIMES_1_8029_OR_9_0144 = 1,
EVENT_0_TIMES_0_9014_OR_4_5072 = 2,
EVENT_0_TIMES_0_4507_OR_2_2536 = 3,
EVENT_0_TIMES_0_2254_OR_1_1268 = 4,
EVENT_0_TIMES_0_1127_OR_0_5634 = 5,
EVENT_0_TIMES_0_0563_OR_0_2817 = 6,
UNTIL_END_OF_PACKET = 7
} |
| enum | Packet_Handle_Config_Type { NORMAL_FIFO_MODE = 0,
SYNCHRONOUS_SERIAL_MODE = 1,
RANDOM_DATA_MODE = 2
} |
| enum | Clear_Channel_Authentication_Mode_Type {
ALWAYS = 0,
IF_RSSI_IS_BELOW_THRESHOLD = 1,
UNLESS_CURRENTLY_RECEIVING_PACKET = 2,
IF_RSSI_IS_BELOW_THRESHOLD_UNLESS_CURRENTLY_RECEIVING_PACKET = 3,
IF_RSSI_IS_BELOW_THRESHOLD_AND_MEETS_ETSI_LBT_REQUIREMENTS = 4
} |
| enum | TX_RX_Mode_After_Packet_Transmitted_Or_Received_Type {
MODE_RETURNS_TO_IDLE = 0,
FS_TX_ON = 1,
MODE_TX = 2,
STAY_IN_TX = 2,
MODE_RX = 3,
STAY_IN_RX = 3
} |
| enum | CRC_Configuration_Type { CRC_DISABLED_FOR_TX_AND_RX = 0,
CRC_CALCULATION_ON_TX_AND_CHECK_ON_RX_INIT_ONES = 1,
CRC_CALCULATION_ON_TX_AND_CHECK_ON_RX_INIT_ZEROS = 2
} |
| enum | Auto_Calibrat_TX_RX_Idle_Type { NEVER = 0,
WHEN_GOING_FROM_IDLE_TO_TX_RX = 1,
WHEN_GOING_FROM_TX_RX_TO_IDLE = 2,
EVERY_4TH_TIME_GOING_FROM_TX_RX_TO_IDLE = 3
} |
| enum | Power_On_Timeout_Type { APPROXIMATELY_2_3_US_AFTER_XOSC_START = 0,
APPROXIMATELY_37_US_AFTER_XOSC_START = 1,
APPROXIMATELY_150_US_AFTER_XOSC_START = 2,
APPROXIMATELY_600_US_AFTER_XOSC_START = 3
} |
| enum | FOC_Loop_Gain_Before_Sync_Detect_Type { _K = 0,
_2_K = 1,
_3_K = 2,
_4_K = 3
} |
| enum | FOC_Loop_Gain_After_Sync_Detect_Type { Same_As_FOC_Loop_Gain_Before_Sync_Detect = 0,
Same_As_Clock_Recovery_Integral_Gain_Pre_Sync = 0,
Same_As_Clock_Recovery_Proportaional_Gain_Pre_Sync = 0,
K_Div_By_2 = 1
} |
| enum | FOC_Saturation_Point_Type { NO_FREQUENCY_OFFSET_COMPENSATION = 0,
CHANNEL_BANDWIDTH_DIVIDED_BY_8 = 1,
CHANNEL_BANDWIDTH_DIVIDED_BY_4 = 2,
CHANNEL_BANDWIDTH_DIVIDED_BY_2 = 3
} |
| enum | Data_Rate_Offset_Saturation_Point_Type { NO_DATA_RATE_OFFSET_COMPENSATION = 0,
PLUS_MINUS_3_125_PERCENT_DATA_RATE_OFFSET = 1,
PLUS_MINUS_6_25_PERCENT_DATA_RATE_OFFSET = 2,
PLUS_MINUS_12_5_PERCENT_DATA_RATE_OFFSET = 3
} |
| enum | Maximum_Allowable_DVGA_Gain_Type { ALL_GAIN_SETTINGS_CAN_BE_USED = 0,
HIGHEST_GAIN_SETTING_CAN_NOT_BE_USED = 1,
_2_HIGHEST_GAIN_SETTINGS_CAN_NOT_BE_USED = 2,
_3_HIGHEST_GAIN_SETTINGS_CAN_NOT_BE_USED = 3
} |
| enum | Maximum_Possible_LNA_Gain_Type {
MAXIMUM_LNA_PLUS_LNA_2_GAIN = 0,
APPROX_2_6_DB_BELOW_MAXIMUM_GAIN = 1,
APPROX_6_1_DB_BELOW_MAXIMUM_GAIN = 2,
APPROX_7_4_DB_BELOW_MAXIMUM_GAIN = 3,
APPROX_9_2_DB_BELOW_MAXIMUM_GAIN = 4,
APPROX_11_5_DB_BELOW_MAXIMUM_GAIN = 5,
APPROX_14_6_DB_BELOW_MAXIMUM_GAIN = 6,
APPROX_17_1_DB_BELOW_MAXIMUM_GAIN = 7
} |
| enum | Averaged_Amplitude_From_The_Digital_Filter_Type {
_24_DB = 0,
_27_DB = 1,
_30_DB = 2,
_33_DB = 3,
_36_DB = 4,
_38_DB = 5,
_40_DB = 6,
_42_DB = 7
} |
| enum | Max_RSSI_Threshold_For_Asserting_Carrier_Sense_Type {
ABSOLUTE_CARRIER_SENSE_THRESHOLD_DISABLED = 8,
_7_DB_BELOW_MAGNITUDE_TARGET = 9,
_6_DB_BELOW_MAGNITUDE_TARGET = 10,
_5_DB_BELOW_MAGNITUDE_TARGET = 11,
_4_DB_BELOW_MAGNITUDE_TARGET = 12,
_3_DB_BELOW_MAGNITUDE_TARGET = 13,
_2_DB_BELOW_MAGNITUDE_TARGET = 14,
_1_DB_BELOW_MAGNITUDE_TARGET = 15,
AT_MAGNITUDE_TARGET = 0,
_1_DB_ABOVE_MAGNITUDE_TARGET = 1,
_2_DB_ABOVE_MAGNITUDE_TARGET = 2,
_3_DB_ABOVE_MAGNITUDE_TARGET = 3,
_4_DB_ABOVE_MAGNITUDE_TARGET = 4,
_5_DB_ABOVE_MAGNITUDE_TARGET = 5,
_6_DB_ABOVE_MAGNITUDE_TARGET = 6,
_7_DB_ABOVE_MAGNITUDE_TARGET = 7
} |
| enum | Relative_Carrier_Sense_Threshold_Type { RELATIVE_CARRIER_SENSE_THRESHOLD_DISABLED = 0,
_6_DB_INCREASE_IN_RSSI_VALUE = 1,
_10_DB_INCREASE_IN_RSSI_VALUE = 2,
_14_DB_INCREASE_IN_RSSI_VALUE = 3
} |
| enum | LNA_Gain_Priority_Type { LNA_2_GAIN_DECREASED_FIRST = 0,
LNA_GAIN_DECREASED_FIRST = 1
} |
| enum | Magnitude_Deviation_Hysteresis_Type { NO_HYSTERESIS_SMALL_SYMMETRIC_DEAD_ZONE_HIGH_GAIN = 0,
LOW_HYSTERESIS_SMALL_SYMMETRIC_DEAD_ZONE_MEDIUM_GAIN = 1,
MEDIUM_HYSTERESIS_SMALL_SYMMETRIC_DEAD_ZONE_MEDIUM_GAIN = 2,
LARGE_HYSTERESIS_SMALL_SYMMETRIC_DEAD_ZONE_LOW_GAIN = 3
} |
| enum | Channel_Filter_Samples_Until_AGC_Accumulation_Type { _8_SAMPLES = 0,
_16_SAMPLES = 1,
_24_SAMPLES = 2,
_32_SAMPLES = 3
} |
| enum | AGC_Gain_Freeze_Type { NORMAL_OPERATION = 0,
GAIN_SETTING_FROZEN_ON_SYNC_WORD = 1,
ANALOG_GAIN_FROZEN_MANUALLY_DIGITAL_GAIN_AUTOMATICALLY_ADJUSTED = 2,
MANUALLY_FREEZE_ANALOG_AND_DIGITAL_GAIN = 3
} |
| enum | Averaging_Filter_Length_Type { AVERAGING_LENGTH_IS_8_SAMPLES = 0,
AVERAGING_LENGTH_IS_16_SAMPLES = 1,
AVERAGING_LENGTH_IS_32_SAMPLES = 2,
AVERAGING_LENGTH_IS_64_SAMPLES = 3
} |
| enum | Event_1_Timeout_After_Event_0_Type {
_4_CLOCK_PERIODS = 0,
_6_CLOCK_PERIODS = 1,
_8_CLOCK_PERIODS = 2,
_12_CLOCK_PERIODS = 3,
_16_CLOCK_PERIODS = 4,
_24_CLOCK_PERIODS = 5,
_32_CLOCK_PERIODS = 6,
_48_CLOCK_PERIODS = 7
} |
| enum | Event_0_Resolution_Type { _1_PERIOD = 0,
_32_PERIODS = 1
} |
| enum | Registers_Set_By_RF_Studio {
IOCFG2_GDO_2_OUTPUT_PIN_CONFIGURATION = 0x00,
IOCFG0D_GDO_0_OUTPUT_PIN_CONFIGURATION = 0x02,
PKTLEN_PACKET_LENGTH = 0x06,
PKTCTRL_1_PACKET_AUTOMATION_CONTROL = 0x07,
PKTCTRL_0_PACKET_AUTOMATION_CONTROL = 0x08,
ADDR_DEVICE_ADDRESS = 0x09,
CHANNR_CHANNEL_NUMBER = 0x0A,
FSCTRL_1_FREQUENCY_SYNTHESIZER_CONTROL = 0x0B,
FSCTRL_0_FREQUENCY_SYNTHESIZER_CONTROL = 0x0C,
FREQ_2_FREQUENCY_CONTROL_WORD_HIGH_BYTE = 0x0D,
FREQ_1_FREQUENCY_CONTROL_WORD_MIDDLE_BYTE = 0x0E,
FREQ_0_FREQUENCY_CONTROL_WORD_LOW_BYTE = 0x0F,
MDMCFG_4_MODEM_CONFIGURATION = 0x10,
MDMCFG_3_MODEM_CONFIGURATION = 0x11,
MDMCFG_2_MODEM_CONFIGURATION = 0x12,
MDMCFG_1_MODEM_CONFIGURATION = 0x13,
MDMCFG_0_MODEM_CONFIGURATION = 0x14,
DEVIATN_MODEM_DEVIATION_SETTING = 0x15,
MCSM_0_MAIN_RADIO_CONTROL_STATE_MACHINE_CONFIGURATION = 0x18,
FOCCFG_FREQUENCY_OFFSET_COMPENSATION_CONFIGURATION = 0x19,
BSCFG_IT_SYNCHRONIZATION_CONFIGURATION = 0x1A,
AGCCTRL_2_AGC_CONTROL = 0x1B,
AGCCTRL_1_AGC_CONTROL = 0x1C,
AGCCTRL_0_AGC_CONTROL = 0x1D,
FREND_1_FRONT_END_RX_CONFIGURATION = 0x21,
FREND_0_FRONT_END_RX_CONFIGURATION = 0x22,
FSCAL_3_FREQUENCY_SYNTHESIZER_CALIBRATION = 0x23,
FSCAL_2_FREQUENCY_SYNTHESIZER_CALIBRATION = 0x24,
FSCAL_1_FREQUENCY_SYNTHESIZER_CALIBRATION = 0x25,
FSCAL_0_FREQUENCY_SYNTHESIZER_CALIBRATION = 0x26,
FSTEST_FREQUENCY_SYNTHESIZER_CALIBRATION = 0x29,
TEST_2_VARIOUS_TEST_SETTINGS = 0x2C,
TEST_1_VARIOUS_TEST_SETTINGS = 0x2D,
TEST_0_VARIOUS_TEST_SETTINGS = 0x2E
} |
| enum | Other_Registers_Not_Set_By_RF_Studio {
IOCFG1_GDO_1_OUTPUT_PIN_CONFIGURATION = 0x01,
FIFO_THR_RX_AND_TX_THRESHOLDS = 0x03,
SYNC_1_SYNC_WORD_HIGH_BYTE = 0x04,
SYNC_0_SYNC_WORD_LOW_BYTE = 0x05,
MCSM_2_MAIN_RADIO_CONTROL_STATE_MACHINE_CONFIGURATION = 0x16,
MCSM_1_MAIN_RADIO_CONTROL_STATE_MACHINE_CONFIGURATION = 0x17,
WOREVT_1_WAKE_ON_RADIO_EVENT_0_TIMEOUT_HIGH_BYTE = 0x1E,
WOREVT_0_WAKE_ON_RADIO_EVENT_0_TIMEOUT_LOW_BYTE = 0x1F,
WORCTRL_0_WAKE_ON_RADIO_CONTROL = 0x20,
RC_CNTRL_1_RC_OSCILLATOR_CONFIGURATION = 0x27,
RC_CNTRL_0_RC_OSCILLATOR_CONFIGURATION = 0x28,
AGCTEST_AGC_TEST = 0x2B,
PRODUCTION_TEST = 0x2A
} |
| enum | CC112X_Radio_Registers {
CC112X_PARTNUM_CHIP_ID = 0x2F8F,
CC112X_VERSION_CHIP_ID = 0x2F90,
CC112X_IOCFG0D_GDO_0_OUTPUT_PIN_CONFIGURATION = 0x0003,
CC112X_IOCFG2D_GDO_2_OUTPUT_PIN_CONFIGURATION = 0x0001,
CC112X_IOCFG3D_GDO_3_OUTPUT_PIN_CONFIGURATION = 0x0000,
CC112X_PACKET_CONFIGURATION_0 = 0x0028,
CC112X_PACKET_CONFIGURATION_1 = 0x0027,
CC112X_PACKET_CONFIGURATION_2 = 0x0026,
CC112X_PA_CONFIGURATION_0 = 0x002D,
CC112X_PA_CONFIGURATION_2 = 0x002B,
CC112X_MODEM_CONFIGURATION_0 = 0x0013,
CC112X_SOFT_TX_DATA_CONFIGURATION = 0x2F05,
CC112X_SYNC_CONFIGURATION_1 = 0x0008,
CC112X_AGC_CONFIGURATION_1 = 0x001C,
CC112X_DEVICE_ADDRESS = 0x001F,
CC112X_SETTLING_CONFIGURATION = 0x0020,
CC112X_RF_END_CONFIGURATION_0 = 0x002A,
CC112X_RF_END_CONFIGURATION_1 = 0x0029,
CC112X_MODEM_CONFIGURATION_1 = 0x0012,
CC112X_PACKET_LENGTH = 0x002E,
CC112X_RSSI_VALUE = 0x2F71,
CC112X_CRC_LINK_QUALITY = 0x2F74,
CC112X_NUM_TXBYTES = 0x2FD6,
CC112X_NUM_RXBYTES = 0x2FD7,
CC112X_SET_FREQUENCY_BYTE_0 = 0x2F0E,
CC112X_SET_FREQUENCY_BYTE_1 = 0x2F0D,
CC112X_SET_FREQUENCY_BYTE_2 = 0x2F0C,
CC112X_FSCALIBRATE_CONTROL = 0x2F8D
} |
| enum | Burst_Read_Status_Registers {
PARTNUM_CHIP_ID = 0x30,
VERSION_CHIP_ID = 0x31,
FREQEST_FREQUENCY_OFFSET_ESTIMATOR = 0x32,
LQI_LINK_QUALITY_ESTIMATOR = 0x33,
RSSI_RECEIVED_SIGNAL_STRENGTH_INDICATOR = 0x34,
MARC_STATE_MAIN_RADIO_CONTROL_STATE_MACHINE_STATUS = 0x35,
WORTIME_1_WAKE_ON_RADIO_TIMER_HIGH_BYTE = 0x36,
WORTIME_0_WAKE_ON_RADIO_TIMER_LOW_BYTE = 0x37,
PKTSTATUS_GPIO_AND_PACKET_STATUS_REGISTER = 0x38,
VCO_VC_DAC_CURRENT_CALIBRATION_FROM_PLL_CALIBRATION_MODULE = 0x39,
TX_BYTES_UNDERFLOW_AND_NUMBER_OF_BYTES_REGISTER = 0x3A,
RX_BYTES_OVERFLOW_AND_NUMBER_OF_BYTES_REGISTER = 0x3B,
RCCTRL_1_STATUS_LAST_RC_OSCILLATOR_CALIBRATION_RESULT = 0x3C,
RCCTRL_0_STATUS_LAST_RC_OSCILLATOR_CALIBRATION_RESULT = 0x3D
} |
| enum | Command_Strobe_Registers {
SRES_SOFTWARE_RESET = 0x30,
SFS_TX_ON_ENABLE_AND_CALIBRATE_FREQUENCY_SYNTHESIZER = 0x31,
SX_OFF_TURN_OFF_CRYSTAL_OSCILLATOR = 0x32,
SCAL_CALIBRATE_FREQUENCY_SYNTHESIZER_AND_TURN_IT_OFF = 0x33,
SRX_ENABLE_RX = 0x34,
STX_ENABLE_TX = 0x35,
SIDLE_EXIT_RX_TX_TURN_OFF_FREQUENCY_SYNTHESIZER = 0x36,
SIDLE_EXIT_WAKE_ON_RADIO_MODE = 0x37,
SWOR_START_WAKE_ON_RADIO_RX_POLLING_SEQUENCE = 0x38,
SPWD_ENTER_POWER_DOWN_MODE = 0x39,
SFRX_FLUSH_RX_FIFO = 0x3A,
SFTX_FLUSH_TX_FIFO = 0x3B,
SWORRST_RESET_REAL_TIME_CLOCK = 0x3C,
SNOP_SPI_NO_OPERATION_USED_TO_GET_CHIP_STATUS_BYTE = 0x3D
} |
| enum | Multi_Byte_Registers { PA_TABLE_POWER_AMP_TABLE = 0x3E,
TX_FIFO_WRITE = 0x3F,
RX_FIFO_READ = 0x3F
} |
| enum | PATABLE_Optimum_Value_Type {
CC2500_2_4_GHZ_MINUS_55DBM_OR_LESS_AT_8_4_MA = 0x00,
CC2500_2_4_GHZ_MINUS_30DBM_AT_9_9_MA = 0x50,
CC2500_2_4_GHZ_MINUS_28DBM_AT_9_7_MA = 0x44,
CC2500_2_4_GHZ_MINUS_26DBM_AT_10_2_MA = 0xC0,
CC2500_2_4_GHZ_MINUS_24DBM_AT_10_1_MA = 0x84,
CC2500_2_4_GHZ_MINUS_22DBM_AT_10_0_MA = 0x81,
CC2500_2_4_GHZ_MINUS_20DBM_AT_10_1_MA = 0x46,
CC2500_2_4_GHZ_MINUS_18DBM_AT_11_7_MA = 0x93,
CC2500_2_4_GHZ_MINUS_16DBM_AT_10_8_MA = 0x55,
CC2500_2_4_GHZ_MINUS_14DBM_AT_12_2_MA = 0x8D,
CC2500_2_4_GHZ_MINUS_12DBM_AT_11_1_MA = 0xC6,
CC2500_2_4_GHZ_MINUS_10DBM_AT_12_2_MA = 0x97,
CC2500_2_4_GHZ_MINUS_8DBM_AT_14_1_MA = 0x6E,
CC2500_2_4_GHZ_MINUS_6DBM_AT_15_0_MA = 0x7F,
CC2500_2_4_GHZ_MINUS_4DBM_AT_16_2_MA = 0xA9,
CC2500_2_4_GHZ_MINUS_2DBM_AT_17_7_MA = 0xBB,
CC2500_2_4_GHz_0DBM_AT_21_2_MA = 0xFE,
CC2500_2_4_GHZ_PLUS_1DBM_AT_21_5_MA = 0xFF,
CC2550_2_4_GHZ_MINUS_12DBM_AT_11_2_MA = 0xC6,
CC2550_2_4_GHZ_MINUS_6DBM_AT_14_7_MA = 0x7F,
CC2550_2_4_GHZ_0DBM_AT_19_4_MA = 0xEE,
CC2550_2_4_GHZ_1DBM_AT_21_3_MA = 0xFF,
CC1100_315_MHZ_MINUS_30DBM_AT_10_6_MA = 0x04,
CC1100_315_MHZ_MINUS_20DBM_AT_11_1_MA = 0x17,
CC1100_315_MHZ_MINUS_15DBM_AT_11_8_MA = 0x1D,
CC1100_315_MHZ_MINUS_10DBM_AT_13_0_MA = 0x26,
CC1100_315_MHZ_MINUS_5DBM_AT_12_9_MA = 0x57,
CC1100_315_MHZ_0DBM_AT_14_8_MA = 0x60,
CC1100_315_MHZ_PLUS_5DBM_AT_18_1_MA = 0x85,
CC1100_315_MHZ_PLUS_7DBM_AT_22_1_MA = 0xC2,
CC1100_315_MHZ_PLUS_10DBM_AT_27_1_MA = 0xCB,
CC1100_433_MHZ_MINUS_30DBM_AT_11_5_MA = 0x04,
CC1100_433_MHZ_MINUS_20DBM_AT_12_1_MA = 0x17,
CC1100_433_MHZ_MINUS_15DBM_AT_12_7_MA = 0x1C,
CC1100_433_MHZ_MINUS_10DBM_AT_14_0_MA = 0x26,
CC1100_433_MHZ_MINUS_5DBM_AT_13_7_MA = 0x57,
CC1100_433_MHZ_0DBM_AT_15_6_MA = 0x60,
CC1100_433_MHZ_PLUS_5DBM_AT_19_1_MA = 0x85,
CC1100_433_MHZ_PLUS_7DBM_AT_24_2_MA = 0xC0,
CC1100_433_MHZ_PLUS_10DBM_AT_29_2_MA = 0xC8,
CC1100_915_MHZ_MINUS_30DBM_AT_11_5_MA = 0x11,
CC1100_915_MHZ_MINUS_20DBM_AT_12_1_MA = 0x0D,
CC1100_915_MHZ_MINUS_15DBM_AT_12_7_MA = 0x1C,
CC1100_915_MHZ_MINUS_10DBM_AT_14_0_MA = 0x26,
CC1100_915_MHZ_MINUS_5DBM_AT_13_7_MA = 0x57,
CC1100_915_MHZ_0DBM_AT_15_6_MA = 0x83,
CC1100_915_MHZ_PLUS_5DBM_AT_19_1_MA = 0x8E,
CC1100_915_MHZ_PLUS_7DBM_AT_24_2_MA = 0xC0,
CC1100_915_MHZ_PLUS_10DBM_AT_29_2_MA = 0xC9,
CC1101_915_MHZ_MINUS_30DBM_AT_11_5_MA = 0x03,
CC1101_915_MHZ_MINUS_20DBM_AT_12_1_MA = 0x0F,
CC1101_915_MHZ_MINUS_15DBM_AT_12_7_MA = 0x1E,
CC1101_915_MHZ_MINUS_10DBM_AT_14_0_MA = 0x27,
CC1101_915_MHZ_MINUS_5DBM_AT_13_7_MA = 0x67,
CC1101_915_MHZ_0DBM_AT_15_6_MA = 0x50,
CC1101_915_MHZ_PLUS_5DBM_AT_19_1_MA = 0x81,
CC1101_915_MHZ_PLUS_7DBM_AT_24_2_MA = 0xCB,
CC1101_915_MHZ_PLUS_10DBM_AT_29_2_MA = 0xC2,
CC430F5137_915_MHZ_PLUS_12DBM_AT_34_8_MA = 0xC0,
CC430F5137_915_MHZ_PLUS_10DBM_AT_32_1_MA = 0xC3,
CC430F5137_915_MHZ_PLUS_8_8DBM = 0xC6,
CC430F5137_915_MHZ_0DBM_AT_17_6_MA = 0x8D,
CC430F5137_915_MHZ_MINUS_6DBM_AT_17_6_MA = 0x2D,
CC430F5137_915_MHZ_MINUS_12DBM = 0x25,
CC430F5137_915_MHZ_MINUS_30DBM = 0x03
} |
| enum | Radio_Type { RECEIVING_RADIO = 0,
TRANSMITTING_RADIO = 1,
TRANSCEIVING_RADIO = 2
} |
| enum | Radio_Error_Trap_Sub_type { ERROR_RADIO_COMMAND_NOT_SUPPORTED = 30,
INVALID_RADIO_CONFIGURATION = 31
} |
| enum | Radio_Part_Number_type { CC1120_PART_NUMBER = 0x48,
CC2500_PART_NUMBER = 0x80,
CC2550_PART_NUMBER = 0x82,
CC1100_PART_NUMBER = 0x00
} |
| enum | Radio_Version_Number_type {
CC1120_VERSION_NUMBER = 0x21,
CC2500_VERSION_NUMBER = 0x03,
CC2550_VERSION_NUMBER = 0x02,
CC1100_VERSION_NUMBER = 0x03,
CC1101_VERSION_NUMBER = 0x04,
CC430_VERSION_NUMBER = 0x06
} |
Functions |
| unsigned char | mvk_Init_CC_Radio (unsigned char device_slot, volatile CC_Device_Radio_Status_Flags_type *CC_Device_Radio_Status_Flags) |
| | Perform a search of the part number and revision number of the device in the RF slot followed by an initialization of the registers in the device.
|
| void | mvk_Init_CC_Device_Via_Constant_Table (unsigned char device_slot, unsigned char *constant_pointer, unsigned char table_size) |
| | Perform a Address/Value programming of the TI CC Radio's with a constants table generated by Smart RF Studio.
|
| void | mvk_Init_CC_Device_Via_Constant_Table_Extended (unsigned char device_slot, unsigned int *constant_pointer, unsigned int table_size) |
| | Perform a Address/Value programming of the TI CC Radio's with a constants table generated by Smart RF Studio This function can handle extended register assignment (present in radio devices such as CC1120).
|
| unsigned char | mvk_Verify_CC_Device_Registers_Extended (unsigned char device_slot, unsigned int *constant_pointer, unsigned int table_size) |
| | Perform a read comparison in Address/Value format programmed by mvk_Init_CC_Radio.
|
| unsigned char | mvk_Verify_CC_Device_Registers (unsigned char device_slot, unsigned char *constant_pointer, unsigned char table_size) |
| | Perform a read comparison in Address/Value format programmed by mvk_Init_CC_Radio.
|
| unsigned char | mvk_Set_PA_Table_Multiple_Values (unsigned char device_slot, unsigned char *power_number) |
| | This updates the entire PA Table with a single value. Mainly used for the initialization of the entire table with a max or min value of the application.
|
| void | mvk_Init_MAVRK_RF_Device_Slot_for_CC_Radios (unsigned char device_slot) |
| unsigned char | mvk_POR_CC_Device (unsigned char device_slot) |
| | Forces a reset to the indicated CC2500 device.
|
| void | mvk_Reset_Radio (unsigned char device_slot) |
| | Performs a software reset on the radio.
|
| void | mvk_Reset_Radio_Timeout (unsigned char device_slot) |
| | Performs a software reset on the radio.
|
| void | mvk_Set_GDO_Function_Flags (unsigned char device_slot, unsigned char function) |
| | This routine sets the flags used by the Pin ISRs to signal what function the interrupt is signalling.
|
| unsigned char | mvk_Init_GDO_0 (unsigned char device_slot, unsigned char function) |
| | Initializes GDO_0 on the indicated CC2500 device.
|
| unsigned char | mvk_Set_GDO_0_Function (unsigned char device_slot, unsigned char function) |
| | Configures the function for GD0_0 on the indicated Radio device.
|
| void | mvk_Enable_GDO_0 (unsigned char device_slot) |
| | Enables the GD0_0 function on the indicated CC2500 device.
|
| void | mvk_Reset_GDO_0_Interrupt_Edge (unsigned char device_slot) |
| | Resets the pin edge interrupt used by the GD0_0 function on the indicated CC2500 device.
|
| void | mvk_Disable_GDO_0 (unsigned char device_slot) |
| | Disables the GD0_0 function on the indicated CC2500 device.
|
| void | mvk_Save_GDO_0_Function (unsigned char device_slot) |
| | Saves the current function of the GDO_0 interrupt to be restored later.
|
| unsigned char | mvk_Restore_GDO_0_Function (unsigned char device_slot) |
| | Restores the previously saved function of the GDO_0 interrupt to be restored later.
|
| unsigned char | mvk_Init_GDO_2 (unsigned char device_slot, unsigned char function) |
| | Initializes GD0_2 on the indicated CC2500 device.
|
| unsigned char | mvk_Set_GDO_2_Function (unsigned char device_slot, unsigned char function) |
| | Configures the function for GD0_2 on the indicated CC2500 device.
|
| unsigned char | mvk_check_GDO_2 (unsigned char device_slot) |
| | Enables the GD0_2 function on the indicated CC430F5137 device.
|
| void | mvk_Save_GDO_2_Function (unsigned char device_slot) |
| | Saves the current function of the GDO_2 interrupt to be restored later.
|
| unsigned char | mvk_Restore_GDO_2_Function (unsigned char device_slot) |
| | Restores the previously saved function of the GDO_2 interrupt to be restored later.
|
| void | mvk_Sync_Word_Rx_Tx_GDO_Function (unsigned char pin_level, unsigned char device_slot, volatile CC_Device_Radio_Status_Flags_type *CC_Device_Radio_Status_Flags) |
| | CC Device Sync Word Rx/TX Routine.
|
| void | mvk_Sync_Word_High () |
| | Starts the frequency hopping timer if gated by a open request.
|
| void | mvk_Init_CC_SPI_CS_IO (unsigned char device_slot) |
| | Initializes the GPIO and Chip Select pins for the ChipCon RF slots on the MAVRK boards.
|
| unsigned char | mvk_Process_Radio_Packet (unsigned char device_slot, unsigned char pin_level) |
| | Used by the user_ISR to process the incomeing packet.
|
| void | mvk_Initialize_Transmit_Radio (unsigned char device_slot) |
| | Routine used to initialize the CC radio in a transmit mode.
|
| void | mvk_Initialize_Receive_Radio (unsigned char device_slot) |
| | Routine used to initialize the CC radio in a receive mode.
|
| void | mvk_Initialize_Transceiver_Radio (unsigned char device_slot) |
| | Routine used to initialize the CC radio in a transmit and receive mode.
|
| void | mvk_Clear_Bad_Receive_Packet (void) |
| | Used to clear a bad or runt packet.
|
| unsigned char | mvk_Set_Diversity_Antenna (unsigned char device_slot, unsigned char antenna) |
| | Sets the Diversity Antenna.
|
| void | mvk_Toggle_Transmit_Diversity_Antenna (void) |
| | Switches the Diversity Antenna.
|
| void | mvk_Toggle_Receive_Diversity_Antenna (void) |
| | Switches the Diversity Antenna.
|
| unsigned char | mvk_Check_for_Packet_Errors (void) |
| | Checks for a Runt Packet Error. If present, the routine handles the error by clearing the FIFO and resetting the radio. Runt Packet occurs if the radio is receiving and the full payload hasn't arrived when the payload timer expires.
|
| unsigned char | mvk_Wait_Clear_To_Transmit () |
| | Waits until it is possible to transmit using the radio.
|
| void | mvk_Read_Status (unsigned char device_slot) |
| | Read the status of the TI CC radio. Writing the Status gives info on the Tx Buffer. Reading the Status gives info on the Rx Buffer.
|
| void | mvk_Write_Status (unsigned char device_slot) |
| | Read the status of the TI CC radio. Writing the Status gives info on the Tx Buffer. Reading the Status gives info on the Rx Buffer.
|
| unsigned char | mvk_Read_Rx_FIFO_Status (unsigned char device_slot) |
| | Read the levels of the Transmit/Receive Buffers.
|
| unsigned char | mvk_Read_Tx_FIFO_Status (unsigned char device_slot) |
| | Read the levels of the Transmit/Receive Buffers.
|
| unsigned char | mvk_Read_Version_and_Part_Number_CC_Radio (unsigned char device_slot) |
| | Reads the version and part number of the TI Chipcon radio. Used in the discovery process of the RF Slot.
|
| void | mvk_Read_MARC_State (unsigned char device_slot) |
| | Reads the MARC state of the TI CC Radio.
|
| void | mvk_Read_Packet_Status (unsigned char device_slot) |
| | Reads the Packet state of the TI CC Radio.
|
| void | mvk_Read_Wake_On_Radio_Time (unsigned char device_slot) |
| | Reads the Time on the Wake on Radio Timer.
|
| void | mvk_Read_Frequency_Offset (unsigned char device_slot) |
| | Reads the Frequency Offset Register on the TI CC Radio.
|
| void | mvk_Read_RSSI (unsigned char device_slot) |
| | Reads the Received Signal Strength Register on the TI CC Radio.
|
| void | mvk_Read_Link_Quality (unsigned char device_slot) |
| | Reads the Link Quality Register on the TI CC Radio.
|
| void | mvk_Read_Current_PLL_Setting (unsigned char device_slot) |
| | Reads the PLL Register on the TI CC Radio.
|
| void | mvk_Read_RC_Oscillator_Calibration_Result (unsigned char device_slot) |
| | Reads the PLL Register on the TI CC Radio.
|
| void | mvk_Read_FSCAL1 (unsigned char device_slot) |
| void | mvk_Read_PTEST (unsigned char device_slot) |
| | Reads the PLL Register on the TI CC Radio.
|
| unsigned char | mvk_Read_Receive_FIFO (unsigned char device_slot, char *Rx_Pointer, volatile CC_Device_Radio_Status_Flags_type *CC_Device_Radio_Status_Flags) |
| | Perform a Read operation from the Receive FIFO on the TI CC Radios.
|
| unsigned char | mvk_Write_To_Transmit_FIFO (unsigned char device_slot, char *string, unsigned char num_write_bytes, unsigned char slave_address, volatile CC_Device_Radio_Status_Flags_type *CC_Device_Radio_Status_Flags) |
| | Perform a write operation to the Transmit FIFO on the TI CC Radios.
|
| void | mvk_Flush_Tx_Fifo (unsigned char device_slot) |
| | Perform a Flush of the Tx FIFO.
|
| void | mvk_Flush_Rx_Fifo (unsigned char device_slot) |
| | Perform a Flush of the Rx FIFO.
|
| unsigned char | mvk_Set_Packet_Length (unsigned char device_slot, unsigned char packet_size) |
| | Sets the Packet Length Register on TI CC Radio as well as setting the Packet Mode to Fixed. Advantages: Saves one byte in the payload. Disadvantages: Always have to seen a full packet. Use case: Streaming applications.
|
| unsigned char | mvk_Set_Variable_Length (unsigned char device_slot) |
| | Sets the payload length to variable. Advantages: Do not have to Pad the TX data saving power and packet errors. Disadvantages: Lose a byte of the payload. Use case: Most general applications with small payloads.
|
| unsigned char | mvk_Enable_Address_Check (unsigned char device_slot, unsigned char mode) |
| | Enable an Address Byte to be used to filter the payload to data intended for the node Advantages: Radio maintains Rx Mode unless packet is intended for the device which requires less interaction with the host processor. Disadvantages: Uses 1 payload Byte. Use case: Most applications with small payloads and small STAR or point to point networks.
|
| unsigned char | mvk_Set_Device_Slave_Address (unsigned char device_slot, unsigned char address) |
| | Set's this devices address for use in Address checking by mvk_Enable_Address_Check.
|
| unsigned char | mvk_Disable_Address_Check (unsigned char device_slot) |
| | Disables the Address Byte saving a Byte Advantages: Saves 1 Byte in the payload Disadvantages: Radio is more active in receive mode forcing fast inspection of the packet (so that it can be returned to the RX state) Use case: Streaming applications. Applications that are monitoring network packet activity.
|
| unsigned char | mvk_Enable_Append_Status (unsigned char device_slot) |
| | Enables the Append Status Register allowing a snapshot of the received packets RSSI and LST to be incapsulated in the packet Advantages: Quickly able to assess intermittent nodes with packet errors without having to continuously monitoring the packet. Disadvantages: Uses two bytes in the Payload. Use case: Most small payload applications. Radio Diversity applications.
|
| unsigned char | mvk_Disable_Append_Status (unsigned char device_slot) |
| | Disables the Append Status Registers Advantages: Saves 2 Byte in the payload. Disadvantages: Continuous monitoring of the RSSI and LQI registers will need to be done on each packet. Use case: Streaming applications. Antenna Diversity Applications.
|
| unsigned char | mvk_Set_PA_Table_Single_Value (unsigned char device_slot, unsigned char power_number) |
| | This updates the entire PA Table with a single value. Mainly used for the initialization of the entire table with a max or min value of the application.
|
| unsigned char | mvk_Set_PA_Output_Level (unsigned char device_slot, unsigned char power_table_pointer) |
| | This function points to the 8 positions on the PA Table. Commonly used to scale the output power of the radio to save power and to control near radio interference.
|
| unsigned char | mvk_Set_PA_Table (unsigned char device_slot, unsigned char *power_table) |
| | This function points to the 8 positions on the PA Table. Commonly used to scale the output power of the radio to save power and to control near radio interference.
|
| unsigned char | mvk_Change_Channel (unsigned char channel_number, unsigned char device_slot, volatile CC_Device_Radio_Status_Flags_type *CC_Device_Radio_Status_Flags) |
| | This function changes the channel (carrier frequency) the Radio uses to transmit and receive Commonly used to avoid collisions or channel frequency with high noise levels. The initial channel is set by Smart RF studio in init_CC_Device The radio is set to IDLE mode after the end of this function.
|
| unsigned char | mvk_Set_Mode_After_TX_RX_to_IDLE (unsigned char device_slot) |
| | This function sets the Radio to go into IDLE mode after a successful Transmit or Receive.
|
| unsigned char | mvk_Set_Mode_After_Tx_Complete (unsigned char device_slot, unsigned char mode) |
| | This function defines what mode the radio goes into after a packet is transmitted.
|
| unsigned char | mvk_Set_Mode_After_Rx_Complete (unsigned char device_slot, unsigned char mode) |
| | This function defines what mode the radio goes into after a packet is received.
|
| unsigned char | mvk_Check_PLL_Lock (unsigned char device_slot) |
| | Checks whether the radio has PLL lock.
|
| unsigned char | mvk_Check_Radio_Calibration_Complete (unsigned char device_slot) |
| | Checks whether the radio has completed calibration.
|
| void | mvk_Set_Default_Radio_Settings (unsigned char device_slot) |
| | Sets some default radio settings.
|
| void | mvk_Set_Radio_Power_Level (unsigned char device_slot, signed char power_level) |
| | Sets the radio power level.
|
| void | mvk_Idle_Radio (unsigned char device_slot, volatile CC_Device_Radio_Status_Flags_type *CC_Device_Radio_Status_Flags) |
| | Puts the radio in IDLE mode, the device is neither transmitting or receiving Advantages: Saves power compared to Rx Mode. Disadvantages: Uses more power than sleep mode. Use case: Clearing the FIFO's, Moving the Radio from RX to TX states.
|
| void | mvk_Enable_Radio_Rx (unsigned char device_slot, volatile CC_Device_Radio_Status_Flags_type *CC_Device_Radio_Flags) |
| | Puts the radio in Receive mode.
|
| unsigned char | mvk_Enable_Radio_Tx (unsigned char device_slot, volatile CC_Device_Radio_Status_Flags_type *CC_Device_Radio_Status_Flags) |
| | Puts the radio in Transmit mode.
|
| void | mvk_Enable_Frequency_Synth (unsigned char device_slot) |
| | Enables the internal frequency synthesizer in the radio Advantages: Saves blanking interval time due to oscillator calibration and PLL Stabilization. Disadvantages: Uses more power Use case: Streaming applications. Applications with very short sleep intervals.
|
| void | mvk_Cal_Freq_Synth (unsigned char device_slot) |
| | Starts a calibration of the internal frequency synthesizer in the radio. Advantages: Power is saved if the interval of the calibration is less than the interval of the autocalibration. Disadvantages: If the frequency synthesizer drifts packet error rate will increase. Use case: Very low power applications done by network experienced designers.
|
| void | mvk_Power_Down_Radio (unsigned char device_slot) |
| | Places the Radio in its lowest power setting.
|
| void | mvk_Wake_Radio (unsigned char device_slot, volatile CC_Device_Radio_Status_Flags_type *CC_Device_Radio_Status_Flags) |
| | Wakes the Radio and places it in the IDLE state.
|
| unsigned int | mvk_Calculate_Radio_Packet_Time (unsigned char data_rate_in_kHz, unsigned char payload_size) |
| | Calculate the Packet Time for a Transmit or a Receive of the Chipcon Radio assuming a 64 byte payload.
|
| void | mvk_update_Radio_Packet_Time (unsigned char reset_timer) |
| | updates the Packet Time count and checks for a timed out packet
|
| void | mvk_Clear_Radio_Packet (unsigned char device_slot, volatile CC_Device_Radio_Status_Flags_type *CC_Device_Radio_Status_Flags, unsigned char error_level) |
| | The function clears the RX FIFO. Usually called on an error packet.
|
| void | mvk_Set_Packet_Receive_Timer (unsigned char data_rate, unsigned char payload_size) |
| | Calculate the Packet Time for a Transmit or a Receive of the Chipcon Radio using the provided data rate.
|
| void | mvk_Set_Power_CC112X_2442_Radio (unsigned char device_slot, unsigned char set) |
| | Function powers the PA on the CC1120-2442.
|
| void | mvk_Set_RX_TX_CC112X_2442_Radio (unsigned char device_slot, unsigned char set) |
| | Function sets up power amplifier in the CC1120-2442.
|
| unsigned char | mvk_Write_Single_CC_Radio (unsigned char device_slot, unsigned char write_mode, unsigned char radio_register_address, unsigned char radio_write_data) |
| unsigned char | mvk_Write_Extended_CC_Radio (unsigned char device_slot, unsigned char write_mode, unsigned int radio_extended_address, unsigned char radio_write_data) |
| | Writes a command and a address register to a CC1120 (or similar) type of radios. Then writes the data.
|
| unsigned char | mvk_Read_Single_CC_Radio (unsigned char device_slot, unsigned char read_mode, unsigned char radio_register_address) |
| unsigned char | mvk_Read_Burst_CC_Radio (unsigned char device_slot, unsigned char read_mode, unsigned char radio_register_address, unsigned char cs_gate) |
| unsigned char | mvk_Read_Extended_CC_Radio (unsigned char device_slot, unsigned char read_mode, unsigned int radio_extended_address) |
| | Writes a command and a address register to a CC1120 (or similar) type of radios. Then writes the data.
|
| void | mvk_Write_Burst_CC_Radio (unsigned char device_slot, unsigned char write_mode, unsigned char radio_register_address, unsigned char radio_write_data, unsigned char cs_gate) |
| unsigned char | mvk_Send_Command_Strobe_CC_Radio (unsigned char device_slot, unsigned char radio_register_address) |
| unsigned char | mvk_POR_CC_Device_CC_Radio (unsigned char device_slot) |
| unsigned char | mvk_Power_Down_Radio_CC_Radio (unsigned char device_slot, volatile CC_Device_Radio_Status_Flags_type *CC_Device_Radio_Status_Flags) |
| unsigned char | mvk_Init_GDO_CC_Radio (unsigned char device_slot) |
| void | mvk_Enable_GDO_0_CC_Radio (unsigned char device_slot) |
| void | mvk_Disable_GDO_0_CC_Radio (unsigned char device_slot) |
| void | mvk_Clear_TX_Radio_Packet (unsigned char device_slot, volatile CC_Device_Radio_Status_Flags_type *CC_Device_Radio_Status_Flags, unsigned char error_level) |
| | The function clears the RX FIFO. Usually called on an error packet.
|
| void | mvk_Set_Radio_Mode_Registers (unsigned char mode, unsigned radio_slot) |
| | Allows settings different radio modes.
|
| unsigned char | mvk_Get_Current_Radio_Status (unsigned char device_slot) |
| | Gets the current radio state.
|
volatile
CC_Device_Radio_Status_Flags_type * | mvk_Get_Radio_Status_Flags (unsigned char device_slot) |
| | Returns the radio status flags of the radio in the passed device slot.
|
| void | mvk_After_Receive_Complete (unsigned char device_slot) |
| | Function is called after a reception has ended.
|
| void | mvk_Set_Receive_Mode (unsigned char device_slot) |
| | Function sets up the radio for receive mode.
|
| void | mvk_Set_Transmit_Mode (unsigned char device_slot) |
| | Function sets up teh radio for transmit mode.
|
| void | mvk_After_Transmit_Complete (unsigned char device_slot) |
| | Function is called after a transmit has ended.
|
| void | mvk_Set_Idle_Mode (unsigned char device_slot) |
| | Function sets up the radio for idle mode.
|
| void | mvk_Flush_RX_TX_Buffers (unsigned char device_slot, volatile CC_Device_Radio_Status_Flags_type *CC_Device_Radio_Status_Flags, unsigned char error_level) |
| | The function clears the RX FIFO. Usually called on an error packet.
|
| signed char | mvk_Assess_RSSI (unsigned char channel_number, unsigned char device_slot, volatile CC_Device_Radio_Status_Flags_type *CC_Device_Radio_Status_Flags) |
| | Determines the RSSI data from the TI CC radio.
|
| signed char | mvk_Convert_2_s_Complement_RSSI (unsigned char raw_rssi, unsigned char device_slot) |
| | Converts the Raw RSSI data from the TI CC radio to 2's complement signed.
|
| unsigned char | mvk_Enable_PLL_Calibration (unsigned char device_slot, unsigned char settings) |
| | This settings enables automatic PLL calibration when changing to or from IDLE state.
|
Variables |
| const unsigned char | CC2500_radio_table [70] |
| const unsigned char | CC2550_radio_table [50] |
| const unsigned char | CC1100_radio_table [70] |
| const unsigned char | CC1101_radio_table [70] |
| const unsigned int | CC1120_radio_table [340] |
| const unsigned char | CC430F5137_radio_table [70] |
| unsigned char | Transmit_Radio_Slot |
| unsigned char | Receive_Radio_Slot |
| unsigned char | Transceiver_Radio_Slot |
volatile
CC_Device_Radio_Status_Flags_type | Transmitting_Device_Chip_Status_Flags |
volatile
CC_Device_Radio_Status_Flags_type | Receiving_Device_Chip_Status_Flags |
volatile
CC_Device_Radio_Status_Flags_type | Transceiving_Device_Chip_Status_Flags |
| char | Receive_Packet_Data [] |
| char | Transmit_Packet_Data [] |
| char | Receive_AckPacket_Data [] |
| char | Transmit_AckPacket_Data [] |
| volatile unsigned char | Bytes_in_Tx_FIFO |
| volatile Tx_FIFO_type * | Tx_FIFO |
| volatile unsigned char | Bytes_in_Rx_FIFO |
| volatile Rx_FIFO_type * | Rx_FIFO |
| unsigned char | Radio_runt_packet |
| unsigned char | CC_Part_Number |
| unsigned char | CC_Version_Number |
| volatile unsigned char | CC_Device_Chip_Status |
volatile
CC_Device_Status_Register_type * | CC_Device_Status_Register |
| volatile unsigned char | Main_Radio_Control_State_Machine_Status |
| volatile unsigned char | Frequency_Synth_Calibration_Result |
| volatile unsigned char | Link_Quality_CRC_Status |
| volatile signed char | Received_Signal_Strength |
| volatile unsigned char | Packet_Status |
volatile
Packet_Status_Register_type * | Packet_Status_Register |
| volatile unsigned char | Frequency_Offset_Estimate |
| volatile unsigned char | Wake_On_Radio_Time_High_Byte |
| volatile unsigned char | Wake_On_Radio_Time_Low_Byte |
| volatile unsigned char | Current_PLL_Setting |
| volatile unsigned char | Last_RC_Oscillator_Calibration_Result_1 |
| volatile unsigned char | Last_RC_Oscillator_Calibration_Result_0 |
| volatile unsigned char | PTEST_Setting |
| volatile unsigned char | Frequency_Synth_Calibration_Result_0 |
| volatile unsigned char | Frequency_Synth_Calibration_Result_1 |
| volatile unsigned char | Frequency_Synth_Calibration_Result_2 |
| volatile unsigned char | Packet_Automation_Control_0 |
volatile
Packet_Automation_Control_0_register_type * | Packet_Automation_Control_0_register |
| volatile unsigned char | Packet_Automation_Control_1 |
volatile
Packet_Automation_Control_1_register_type * | Packet_Automation_Control_1_register |
| volatile unsigned char | Tx_Front_End_Configuration |
volatile
Tx_Front_End_Configuration_Register_type * | Tx_Front_End_Configuration_Register |
| volatile unsigned char | Main_Radio_Control_State_Machine |
volatile
Main_Radio_Control_State_Machine_register_type * | Main_Radio_Control_State_Machine_register |
| volatile unsigned char | This_Device_s_Address |
| volatile unsigned char | Main_Radio_State_Machine_1 |
volatile
Main_Radio_Control_State_Machine_1_type * | Main_Radio_Control_State_Machine_1 |
volatile
CC112X_Settling_Configuration_register_type * | CC112X_Settling_Configuration_register |
| volatile unsigned char | GDO_0_Function_Context |
| volatile unsigned char | GDO_2_Function_Context |
| unsigned char | This_Device_s_Channel |
| unsigned long int | CC112X_Freq_Base |
| unsigned long int | CC112X_Freq_Mult |
| unsigned long int | CC112X_Freq_Max |
| unsigned char | CC5137_PA_Ramping [8] |
| unsigned char | CC1101_PA_Ramping [8] |
| const unsigned char | Frequency_Hopping_List [] |
| const unsigned char | Number_Of_Channels |
1.7.3