rda Defined Data Types More...

Classes
union	rda_reg00
	Register 0x00. More...

union	rda_reg01
	Register 0x01 - Dummy. More...

union	rda_reg02
	Register 0x02 - Basic setup: RESET configuration;. More...

union	rda_reg03
	Register 0x03. More...

union	rda_reg04
	Register 0x04. More...

union	rda_reg05
	Register 0x05. More...

union	rda_reg06
	Register 0x06. More...

union	rda_reg07
	Register 0x07. More...

union	rda_reg08
	Register 0x08 - Direct Frequency. More...

union	rda_reg0a
	Register 0x0A - Device current status. More...

union	rda_reg0b
	Register 0x0B. More...

union	rda_reg0c
	Register 0x0C. More...

union	rda_reg0d
	Register 0x0D. More...

union	rda_reg0e
	Register 0x0E. More...

union	rda_reg0f
	Register 0x0F. More...

union	rds_blockb
	RDS Block B data type. More...

union	rds_date_time

union	word16_to_bytes
	Converts 16 bits word to two bytes. More...

class	RDA5807
	KT0915 Class. More...

struct	rda_reg00.refined

struct	rda_reg01.refined

struct	rda_reg02.refined

struct	rda_reg03.refined

struct	rda_reg04.refined

struct	rda_reg05.refined

struct	rda_reg06.refined

struct	rda_reg07.refined

struct	rda_reg08.refined

struct	rda_reg0a.refined

struct	rda_reg0b.refined

struct	rda_reg0c.refined

struct	rda_reg0d.refined

struct	rda_reg0e.refined

struct	rda_reg0f.refined

struct	rds_blockb.group0

struct	rds_blockb.group2

struct	rds_blockb.refined

struct	rds_date_time.refined

struct	word16_to_bytes.refined

Detailed Description

rda Defined Data Types

Defined Data Types is a way to represent the rda registers information

The information shown here was extracted from Datasheet:

rda stereo FM digital tuning radio documentation.

Class Documentation

◆ rda_reg00

union rda_reg00

Register 0x00.

Class Members
uint16_t	raw
struct rda_reg00.refined	refined

◆ rda_reg01

union rda_reg01

Register 0x01 - Dummy.

It is not documented by the RDA.

Class Members
uint16_t	raw
struct rda_reg01.refined	refined

◆ rda_reg02

union rda_reg02

Register 0x02 - Basic setup: RESET configuration;.

Clock type configuration; seek operation; Sterio/Mono; Bass; and Audio configuration

The RDA5807M is RESET itself when power up. You also can use soft reset by triggering SOFT_RESET bit to 1.

Seek begins in the direction specified by SEEKUP and ends when a channel is found, or the entire band has been searched.

The SEEK bit is set low and the STC bit is set high when the seek operation completes.

RCLK NON-CALIBRATE MODE. if 0=RCLK clock is always supply; if 1=RCLK clock is not always supply when FM work ( when 1, RDA5807M can’t directly support -20 °C ~70 °C temperature.

Only suppory ±20°C temperature swing from tune point).

Clock CLK_MODE table

Value	Clock
000	32.768kHz
001	12Mhz
101	24Mhz
010	13Mhz
110	26Mhz
011	19.2Mhz
111	38.4Mhz

Class Members
uint16_t	raw
struct rda_reg02.refined	refined

◆ rda_reg03

union rda_reg03

Register 0x03.

Receiver configuratio

The tune operation begins when the TUNE bit is set high. The STC bit is set high when the tune operation completes.

The tune bit is reset to low automatically when the tune operation completes

Channel space table

Value	Description
00	100KHz
01	200KHz
10	50KHz
11	25KHz

FM band table

Value	Description
00	87–108 MHz (US/Europe)
01	76–91 MHz (Japan)
10	76–108 MHz (world wide)
11	65 –76 MHz (East Europe) or 50-65MHz (see bit 9 of gegister 0x06)

Channel select table

BAND	Description
0	Frequency = Channel Spacing (kHz) x CHAN+ 87.0 MHz
1 or 2	Frequency = Channel Spacing (kHz) x CHAN + 76.0 MHz
3	Frequency = Channel Spacing (kHz) x CHAN + 65.0 MHz

IMPORTANT: CHAN is updated after a seek operation.

Class Members
uint16_t	raw
struct rda_reg03.refined	refined

◆ rda_reg04

union rda_reg04

Register 0x04.

Receiver properties

Volume scale is logarithmic When 0000, output mute and output impedance is very large

Setting STCIEN = 1 will generate a low pulse on GPIO2 when the interrupt occurs.

Class Members
uint16_t	raw
struct rda_reg04.refined	refined

◆ rda_reg05

union rda_reg05

Register 0x05.

Class Members
uint16_t	raw
struct rda_reg05.refined	refined

◆ rda_reg06

union rda_reg06

Register 0x06.

I2S_SW_CNT values table

Value	Description
0b1000	WS_STEP_48
0b0111	WS_STEP=44.1kbps
0b0110	WS_STEP=32kbps
0b0101	WS_STEP=24kbps
0b0100	WS_STEP=22.05kbps
0b0011	WS_STEP=16kbps
0b0010	WS_STEP=12kbps
0b0001	WS_STEP=11.025kbps
0b0000	WS_STEP=8kbps

Class Members
uint16_t	raw
struct rda_reg06.refined	refined

◆ rda_reg07

union rda_reg07

Register 0x07.

Class Members
uint16_t	raw
struct rda_reg07.refined	refined

◆ rda_reg08

union rda_reg08

Register 0x08 - Direct Frequency.

Valid when freq_mode = 1

Freq = 7600(or 8700) kHz + freq_direct (08H) kHz.

Value to be stores is frequency - 7600 or 8700

Class Members
uint16_t	directFrequency
struct rda_reg08.refined	refined

◆ rda_reg0a

union rda_reg0a

Register 0x0A - Device current status.

The seek fail flag (SF) is set when the seek operation fails to find a channel with an RSSI level greater than SEEKTH[5:0].

The seek/tune complete (STC) flag is set when the seek or tune operation completes.

Channel table

BAND	Description
0	Frequency = Channel Spacing (kHz) x CHAN+ 87.0 MHz
1 or 2	Frequency = Channel Spacing (kHz) x CHAN + 76.0 MHz
3	Frequency = Channel Spacing (kHz) x CHAN + 65.0 MHz

Class Members
uint16_t	raw
struct rda_reg0a.refined	refined

◆ rda_reg0b

union rda_reg0b

Register 0x0B.

Current RDS and device status

Errors Level table (Block Errors Level of RDS_DATA_0 and RDS_DATA_1. Always read as Errors Level of RDS BLOCKs A and B (in RDS mode ) or E (in RBDS mode when ABCD_E flag is 1).

Value	Description
00	0 errors requiring correction
01	1~2 errors requiring correction
10	3~5 errors requiring correction
10	6+ errors or error in checkword, correction not possible

Class Members
uint16_t	raw
struct rda_reg0b.refined	refined

◆ rda_reg0c

union rda_reg0c

Register 0x0C.

BLOCK A ( in RDS mode) or BLOCK E (in RBDS mode when ABCD_E flag is 1)

Class Members
uint16_t	RDSA	BLOCK A ( in RDS mode) or BLOCK E (in RBDS mode when ABCD_E flag is 1)
struct rda_reg0c.refined	refined

◆ rda_reg0d

union rda_reg0d

Register 0x0D.

BLOCK B ( in RDS mode) or BLOCK E (in RBDS mode when ABCD_E flag is 1)

Class Members
uint16_t	RDSB
struct rda_reg0d.refined	refined

◆ rda_reg0e

union rda_reg0e

Register 0x0E.

BLOCK C ( in RDS mode) or BLOCK E (in RBDS mode when ABCD_E flag is 1)

Class Members
uint16_t	RDSC
struct rda_reg0e.refined	refined

◆ rda_reg0f

union rda_reg0f

Register 0x0F.

BLOCK D ( in RDS mode) or BLOCK E (in RBDS mode when ABCD_E flag is 1)

Class Members
uint16_t	RDSD
struct rda_reg0f.refined	refined

◆ rds_blockb

union rds_blockb

RDS Block B data type.

For GCC on System-V ABI on 386-compatible (32-bit processors), the following stands:

1) Bit-fields are allocated from right to left (least to most significant). 2) A bit-field must entirely reside in a storage unit appropriate for its declared type. Thus a bit-field never crosses its unit boundary. 3) Bit-fields may share a storage unit with other struct/union members, including members that are not bit-fields. Of course, struct members occupy different parts of the storage unit. 4) Unnamed bit-fields' types do not affect the alignment of a structure or union, although individual bit-fields' member offsets obey the alignment constraints.

See also: also https://en.wikipedia.org/wiki/Radio_Data_System

Class Members
uint16_t	blockB
struct rds_blockb.group0	group0
struct rds_blockb.group2	group2
struct rds_blockb.refined	refined

◆ rds_date_time

union rds_date_time

Group RDS type 4A ( RDS Date and Time) When group type 4A is used by the station, it shall be transmitted every minute according to EN 50067. This Structure uses blocks 2,3 and 5 (B,C,D)

ATTENTION: To make it compatible with 8, 16 and 32 bits platforms and avoid Crossing boundary, it was necessary to split minute and hour representation.

Class Members
uint8_t	raw[6]
struct rds_date_time.refined	refined

◆ word16_to_bytes

union word16_to_bytes

Converts 16 bits word to two bytes.

Class Members
uint16_t	raw
struct word16_to_bytes.refined	refined

◆ RDA5807

class RDA5807

KT0915 Class.

This class implements all functions that will help you to control the KT0915 devices.

Author: PU2CLR - Ricardo Lima Caratti

Public Member Functions
void	setDelayAfterCrystalOn (uint8_t ms_value)
	Set the Delay After Crystal On (default 500ms)

void	setI2CBusAddrs (int directAccess, int fullAccess)
	Sets alternatives I2C bus address.

void	getStatusRegisters ()
	Gets all current device status and RDS information registers (From 0x0A to 0x0F)

word16_to_bytes	getDirectRegister (uint8_t reg)
	Gets the register content via direct access.

void *	getStatus (uint8_t reg)
	Gets the register content of a given status register (from 0x0A to 0x0F)

void	setRegister (uint8_t reg, uint16_t value)
	Sets a given value to a specific device register.

void	setGpio (uint8_t gpioPin, uint8_t gpioSetup=0, int mcuPin=-1)
	Sets the Device GPIO pins.

void	setInterruptMode (uint8_t value)
	Sets Interrupt Mode.

void	waitAndFinishTune ()
	Waits for Seek or Tune finish.

void	softReset ()
	Resets the device.

void	powerUp ()
	Powers the receiver on.

void	powerDown ()
	Power the receiver off.

void	setup (uint8_t clock_frequency=CLOCK_32K, uint8_t oscillator_type=OSCILLATOR_TYPE_PASSIVE, uint8_t rlck_no_calibrate=RLCK_NO_CALIBRATE_MODE_OFF)
	Starts the device.

void	setNewDemodulateMethod (bool value)
	Sets new demodulate method. It can improve the receiver sensitivity about 1dB.

void	setAFC (bool value)
	Sets AFC true or false.

void	setLnaIcSel (uint8_t value)
	Sets LNA_ICSEL_BIT.

void	setLnaPortSel (uint8_t value)
	Sets LNA input port selection bit.

uint8_t	getLnaIcSel ()
	Gets LNA_ICSEL_BIT current value.

uint8_t	getLnaPortSel ()
	Gets current vaue of the LNA input port selection bit.

void	setFrequency (uint16_t frequency)
	Sets the frequency.

void	setFrequencyToBeginBand ()
	Tunes the receiver at the first channel/frequency of the current band.

void	setFrequencyToEndBand ()
	Tunes the receiver at the last channel/frequency of the current band.

uint16_t	getMaximunFrequencyOfTheBand ()
	gets the maximun frequency of the current band

uint16_t	getMinimumFrequencyOfTheBand ()
	gets the minimum frequency of the current band

uint16_t	getFrequency ()
	Gets the current frequency.

void	setFrequencyUp ()
	Increments the current frequency.

void	setFrequencyDown ()
	Decrements the current frequency.

void	setDirectFrequency (uint16_t frequency)
	Sets the frequency using the reg08 (direct frequency)

void	setFrequencyMode (uint8_t value)
	Sets the frequency mode. If 1, then freq setting changed.

uint16_t	getRealFrequency ()
	Gets the current frequency bases on the current channel.

uint16_t	getRealChannel ()
	Gets the current channel stored in 0x0A status register.

void	setChannel (uint16_t channel)
	Sets the channel.

void	seek (uint8_t seek_mode, uint8_t direction)
	Seek function.

void	seek (uint8_t seek_mode, uint8_t direction, void(*showFunc)())
	Seek function.

void	setSeekThreshold (uint8_t value)
	Sets RSSI Seek Threshold.

void	setBand (uint8_t band=0)
	Sets the FM band. See table below.

uint8_t	getBand ()
	Returns the current band.

void	setSpace (uint8_t space=0)
	Sets the FM channel space.

void	setStep (uint8_t step=100)
	Sets the FM Step;.

uint8_t	getSpace ()
	Returns the current Band Space.

void	setBand3_50_65_Mode (uint8_t band3Mode)
	Sets the band 3 mode: 50 to 65 MHZ or 65 to 76 MHz.

uint8_t	getBand3Status ()
	Gets the status of the Band3.

int	getRssi ()
	Gets the current Rssi.

bool	isFmTrue ()
	Returns true if the current channel is a station.

bool	isFmReady ()
	Returns true if the FM is ready.

uint16_t	getDeviceId ()
	Gets the Device identification.

void	setSoftmute (bool value)
	Sets Soft Mute Enable or disable.

bool	isSoftmuted ()
	Gets the softmute status.

void	setMono (bool value)
	Sets audio Mono or stereo.

bool	isStereo ()
	Gets the current Stereo status.

void	setBass (bool value)
	Sets Bass Boost.

bool	getBass ()
	Gets Bass Boost.

void	setLedStereoIndicator (bool value=true)
	Sets the system to use a LED to indicate Stereo or Mono.

void	setMute (bool value)
	Sets Audio mute or unmute.

bool	isMuted ()
	Gets Audio Mute Status.

bool	getMute ()
	Gets Audio Mute Status. Same isMuted.

bool	isAudioOutputHighImpedance ()
	Gets true if the output audio impedance is high.

void	setAudioOutputHighImpedance (bool value)
	Sets audio output impedance high ow low.

void	setSoftBlendEnable (bool value)
	Sets Soft Blend.

void	setVolume (uint8_t value)
	Sets the audio volume level.

uint8_t	getVolume ()
	Gets the current audio volume level.

void	setVolumeUp ()
	Increments the audio volume.

void	setVolumeDown ()
	Decrements the audio volume.

void	setFmDeemphasis (uint8_t de)
	Sets De-emphasis.

void	setRDS (bool value)
	Sets the RDS operation.

void	setRBDS (bool value)
	Sets the RBDS operation.

void	setRdsFifo (bool value)
	Sets RDS fifo mode enable.

void	clearRdsFifo (bool value=1)
	Clear RDS fifo.

void	clearRdsBuffer ()
	Clear RDS Information (Station Name, Station Information, Program Information and Time)

bool	getRdsReady ()
	Returns true if RDS Ready.

bool	getRdsAllData (char stationName, char stationInformation, char programInformation, char utcTime)
	Gets Station Name, Station Information, Program Information and utcTime.

uint8_t	getRdsFlagAB (void)
	Returns the current Text Flag A/B.

bool	isNewRdsFlagAB (void)
	Returns true if the Text Flag A/B has changed.

uint8_t	getRdsVersionCode (void)
	Gets the version code (extracted from the Block B)

uint16_t	getRdsGroupType ()
	Return the group type.

uint8_t	getRdsProgramType (void)
	Returns the Program Type (extracted from the Block B)

uint8_t	getRdsTrafficProgramCode (void)
	Returns the Traffic Alerts given by the station.

void	getNext2Block (char *c)
	Process data received from group 2B.

void	getNext4Block (char *c)
	Process data received from group 2A.

char *	getRdsText0A (void)
	Gets the station name and other messages.

char *	getRdsStationName (void)
	Gets the Station Name.

char *	getRdsText2A (void)
	Gets the Program Information.

char *	getRdsProgramInformation (void)
	Gets the Program Information (RT - Radio Text)

char *	getRdsText2B (void)
	Gets the Station Information.

char *	getRdsStationInformation (void)
	Gets the Station Information.

char *	getRdsTime ()
	Gets the RDS UTC time and date when the Group type is 4.

char *	getRdsLocalTime ()
	Gets the RDS time converted to local time.

uint8_t	getBlockId ()
	Gets the current Block ID.

uint8_t	getErrorBlockA ()
	Gets the current Status of block A.

uint8_t	getErrorBlockB ()
	Gets the current Status of block B.

bool	hasRdsInfo ()
	Returns true when the RDS system has valid information.

bool	hasRdsInfoAB ()
	Returns true when the RDS system has valid information.

bool	getRdsSync ()
	Gets the Rds Sync.

void	setI2SOn (bool value)
	Enables I2S setup.

void	setI2SAllParameters (uint8_t R_DELY, uint8_t L_DELY, uint8_t SCLK_O_EDGE, uint8_t SW_O_EDGE, uint8_t I2S_SW_CNT, uint8_t WS_I_EDGE, uint8_t DATA_SIGNED, uint8_t SCLK_I_EDGE, uint8_t WS_LR, uint8_t SLAVE_MASTER, uint8_t OPEN_MODE)
	Configures all parameters for I2S.

void	setI2SMaster (bool value)

void	setI2SSpeed (uint8_t value)
	Sets the speed in kbps. You can use the predefined constantes: I2S_WS_STEP_48, I2S_WS_STEP_44_1, I2S_WS_STEP_32,.

void	setI2SDataSigned (bool value)
	If 0, I2S output unsigned 16-bit audio data. If 1, I2S output signed 16-bit audio data.

void	convertToChar (uint16_t value, char *strValue, uint8_t len, uint8_t dot, uint8_t separator, bool remove_leading_zeros=true)
	Converts a number to a char array.

char *	formatFrequency (uint16_t value, char *strValue, char decimalSeparator)
	Convert a numeric frequency to a formated string (char *) frequency.

char *	formatCurrentFrequency (char decimalSeparator=',')
	Convert the current frequency to a formated string (char *) frequency.

int	checkI2C (uint8_t *addressArray)
	Check the I2C bus address.

Protected Attributes
uint16_t	shadowStatusRegisters [6]
	shadow status registers

uint16_t	shadowRegisters [9]
	shadow configuration registers

rda_reg00 *	reg00 = (rda_reg00 *)&shadowRegisters[0]

rda_reg01 *	reg01 = (rda_reg01 *)&shadowRegisters[1]

rda_reg02 *	reg02 = (rda_reg02 *)&shadowRegisters[2]

rda_reg03 *	reg03 = (rda_reg03 *)&shadowRegisters[3]

rda_reg04 *	reg04 = (rda_reg04 *)&shadowRegisters[4]

rda_reg05 *	reg05 = (rda_reg05 *)&shadowRegisters[5]

rda_reg06 *	reg06 = (rda_reg06 *)&shadowRegisters[6]

rda_reg07 *	reg07 = (rda_reg07 *)&shadowRegisters[7]

rda_reg08 *	reg08 = (rda_reg08 *)&shadowRegisters[8]

rda_reg0a *	reg0a = (rda_reg0a *)&shadowStatusRegisters[0]

rda_reg0b *	reg0b = (rda_reg0b *)&shadowStatusRegisters[1]

rda_reg0c *	reg0c = (rda_reg0c *)&shadowStatusRegisters[2]

rda_reg0d *	reg0d = (rda_reg0d *)&shadowStatusRegisters[3]

rda_reg0e *	reg0e = (rda_reg0e *)&shadowStatusRegisters[4]

rda_reg0f *	reg0f = (rda_reg0f *)&shadowStatusRegisters[5]

uint16_t	startBand [4] = {8700, 7600, 7600, 6500}

uint16_t	endBand [4] = {10800, 9100, 10800, 7600}
	End FM band limit.

uint16_t	fmSpace [4] = {10, 20, 5, 1}

char	rds_buffer2A [65]
	RT - RDS Radio Text buffer - Program Information.

char	rds_buffer2B [33]
	RDS Radio Text buffer - Station Information.

char	rds_buffer0A [9]
	PS - RDS Basic tuning and switching information (Type 0 groups) - Station Name.

char	rds_time [25]
	CT - RDS date time received information - UTC Time.

uint8_t	oldTextABFlag
	Saves the latest value of the textABFlag. Useful to check chanhes.

char	strFrequency [8]

int	deviceAddressDirectAccess = I2C_ADDR_DIRECT_ACCESS

int	deviceAddressFullAccess = I2C_ADDR_FULL_ACCESS

int	resetPin

uint16_t	currentFrequency

uint8_t	currentFMBand = 0

uint8_t	currentFMSpace = 0

uint8_t	currentVolume = 0

int	gpio1Control = -1
	Can be used to add control to the system via GPIO1 pin.

int	gpio2Control = -1
	Can be used to add control to the system via GPIO2 pin.

int	gpio3Control = -1
	Can be used to add control to the system via GPIO3 pin.

uint8_t	clockFrequency = CLOCK_32K

uint8_t	oscillatorType = OSCILLATOR_TYPE_PASSIVE

uint8_t	rlckNoCalibrate = RLCK_NO_CALIBRATE_MODE_OFF
	Default is 0.

uint16_t	maxDelayAftarCrystalOn = MAX_DELAY_AFTER_OSCILLATOR

Member Data Documentation

◆ clockFrequency

uint8_t RDA5807::clockFrequency = CLOCK_32K

protected

◆ currentFMBand

uint8_t RDA5807::currentFMBand = 0

protected

◆ currentFMSpace

uint8_t RDA5807::currentFMSpace = 0

protected

◆ currentFrequency

uint16_t RDA5807::currentFrequency

protected

◆ currentVolume

uint8_t RDA5807::currentVolume = 0

protected

◆ deviceAddressDirectAccess

int RDA5807::deviceAddressDirectAccess = I2C_ADDR_DIRECT_ACCESS

protected

Referenced by setI2CBusAddrs().

◆ deviceAddressFullAccess

int RDA5807::deviceAddressFullAccess = I2C_ADDR_FULL_ACCESS

protected

Referenced by setI2CBusAddrs().

◆ endBand

uint16_t RDA5807::endBand[4] = {10800, 9100, 10800, 7600}

protected

End FM band limit.

◆ fmSpace

uint16_t RDA5807::fmSpace[4] = {10, 20, 5, 1}

protected

◆ gpio1Control

int RDA5807::gpio1Control = -1

protected

Can be used to add control to the system via GPIO1 pin.

◆ gpio2Control

int RDA5807::gpio2Control = -1

protected

Can be used to add control to the system via GPIO2 pin.

◆ gpio3Control

int RDA5807::gpio3Control = -1

protected

Can be used to add control to the system via GPIO3 pin.

◆ maxDelayAftarCrystalOn

uint16_t RDA5807::maxDelayAftarCrystalOn = MAX_DELAY_AFTER_OSCILLATOR

protected

◆ oldTextABFlag

uint8_t RDA5807::oldTextABFlag

protected

Saves the latest value of the textABFlag. Useful to check chanhes.

◆ oscillatorType

uint8_t RDA5807::oscillatorType = OSCILLATOR_TYPE_PASSIVE

protected

◆ rds_buffer0A

char RDA5807::rds_buffer0A[9]

protected

PS - RDS Basic tuning and switching information (Type 0 groups) - Station Name.

Referenced by clearRdsBuffer(), getRdsText0A(), and isNewRdsFlagAB().

◆ rds_buffer2A

char RDA5807::rds_buffer2A[65]

protected

RT - RDS Radio Text buffer - Program Information.

Referenced by clearRdsBuffer(), and getRdsText2A().

◆ rds_buffer2B

char RDA5807::rds_buffer2B[33]

protected

RDS Radio Text buffer - Station Information.

Referenced by clearRdsBuffer(), and getRdsText2B().

◆ rds_time

char RDA5807::rds_time[25]

protected

CT - RDS date time received information - UTC Time.

Referenced by clearRdsBuffer(), getRdsLocalTime(), and getRdsTime().

◆ reg00

rda_reg00* RDA5807::reg00 = (rda_reg00 *)&shadowRegisters[0]

protected

◆ reg01

rda_reg01* RDA5807::reg01 = (rda_reg01 *)&shadowRegisters[1]

protected

◆ reg02

rda_reg02* RDA5807::reg02 = (rda_reg02 *)&shadowRegisters[2]

protected

◆ reg03

rda_reg03* RDA5807::reg03 = (rda_reg03 *)&shadowRegisters[3]

protected

◆ reg04

rda_reg04* RDA5807::reg04 = (rda_reg04 *)&shadowRegisters[4]

protected

◆ reg05

rda_reg05* RDA5807::reg05 = (rda_reg05 *)&shadowRegisters[5]

protected

◆ reg06

rda_reg06* RDA5807::reg06 = (rda_reg06 *)&shadowRegisters[6]

protected

◆ reg07

rda_reg07* RDA5807::reg07 = (rda_reg07 *)&shadowRegisters[7]

protected

◆ reg08

rda_reg08* RDA5807::reg08 = (rda_reg08 *)&shadowRegisters[8]

protected

◆ reg0a

rda_reg0a* RDA5807::reg0a = (rda_reg0a *)&shadowStatusRegisters[0]

protected

◆ reg0b

rda_reg0b* RDA5807::reg0b = (rda_reg0b *)&shadowStatusRegisters[1]

protected

◆ reg0c

rda_reg0c* RDA5807::reg0c = (rda_reg0c *)&shadowStatusRegisters[2]

protected

◆ reg0d

rda_reg0d* RDA5807::reg0d = (rda_reg0d *)&shadowStatusRegisters[3]

protected

◆ reg0e

rda_reg0e* RDA5807::reg0e = (rda_reg0e *)&shadowStatusRegisters[4]

protected

◆ reg0f

rda_reg0f* RDA5807::reg0f = (rda_reg0f *)&shadowStatusRegisters[5]

protected

◆ resetPin

int RDA5807::resetPin

protected

◆ rlckNoCalibrate

uint8_t RDA5807::rlckNoCalibrate = RLCK_NO_CALIBRATE_MODE_OFF

protected

Default is 0.

◆ shadowRegisters

uint16_t RDA5807::shadowRegisters[9]

protected

shadow configuration registers

◆ shadowStatusRegisters

uint16_t RDA5807::shadowStatusRegisters[6]

protected

shadow status registers

◆ startBand

uint16_t RDA5807::startBand[4] = {8700, 7600, 7600, 6500}

protected

◆ strFrequency

char RDA5807::strFrequency[8]

protected

Referenced by formatCurrentFrequency().

◆ rda_reg00.refined

struct rda_reg00.refined

Class Members
uint8_t	HIGH_CHIP_ID: 8
uint8_t	LOW_CHIP_ID: 8	Chip ifdef.

◆ rda_reg01.refined

struct rda_reg01.refined

Class Members
uint8_t	highByte
uint8_t	lowByte

◆ rda_reg02.refined

struct rda_reg02.refined

Class Members
uint8_t	BASS: 1	Bass Boost; 0 = Disabled; 1 = Bass boost enabled.
uint8_t	CLK_MODE: 3	See table above.
uint8_t	DHIZ: 1	Audio Output High-Z Disable; 0 = High impedance; 1 = Normal operation.
uint8_t	DMUTE: 1	Mute Disable; 0 = Mute; 1 = Normal operation.
uint8_t	ENABLE: 1	Power Up Enable; 0 = Disabled; 1 = Enabled.
uint8_t	MONO: 1	Mono Select; 0 = Stereo; 1 = Force mono.
uint8_t	NEW_METHOD: 1	New Demodulate Method Enable, can improve 0 the receive sensitivity about 1dB.
uint8_t	NON_CALIBRATE: 1	0=RCLK clock is always supply; 1=RCLK clock is not always supply when FM work
uint8_t	RCLK_DIRECT_IN: 1	RCLK clock use the directly input mode. 1 = enable.
uint8_t	RDS_EN: 1	RDS/RBDS enable; If 1, rds/rbds enable.
uint8_t	SEEK: 1	Seek; 0 = Disable stop seek; 1 = Enable;.
uint8_t	SEEKUP: 1	Seek Up; 0 = Seek down; 1 = Seek up.
uint8_t	SKMODE: 1	Seek Mode; 0 = wrap at the upper or lower band limit and continue seeking; 1 = stop seeking at the upper or lower band limit.
uint8_t	SOFT_RESET: 1	Soft reset; If 0, not reset; If 1, reset.

◆ rda_reg03.refined

struct rda_reg03.refined

Class Members
uint16_t	BAND: 2	Seet band table above.
uint16_t	CHAN: 10	Channel Select.
uint16_t	DIRECT_MODE: 1	Directly Control Mode, Only used when test.
uint16_t	SPACE: 2	See Channel space table above.
uint16_t	TUNE: 1	Tune; 0 = Disable; 1 = Enable.

◆ rda_reg04.refined

struct rda_reg04.refined

Class Members
uint8_t	AFCD: 1	AFC disable; If 0, afc work; If 1, afc disabled.
uint8_t	DE: 1	De-emphasis; 0 = 75 μs; 1 = 50 μs.
uint8_t	GPIO1: 2	General Purpose I/O 1. when gpio_sel=01; 00 = High impedance; 01 = Reserved; 10 = Low; 11 = High.
uint8_t	GPIO2: 2	General Purpose I/O 2. when gpio_sel=01; 00 = High impedance; 01 = Reserved; 10 = Low; 11 = High.
uint8_t	GPIO3: 2	General Purpose I/O 1. when gpio_sel=01; 00 = High impedance; 01 = Mono/Stereo indicator (ST); 10 = Low; 11 = High.
uint8_t	I2S_ENABLE: 1	I2S enable; 0 = disabled; 1 = enabled.
uint8_t	RBDS: 1	1 = RBDS mode enable; 0 = RDS mode only
uint8_t	RDS_FIFO_CLR: 1	1 = clear RDS fifo
uint8_t	RDS_FIFO_EN: 1	1 = RDS fifo mode enable.
uint8_t	RSVD1: 1
uint8_t	RSVD2: 1
uint8_t	SOFTMUTE_EN: 1	If 1, softmute enable.
uint8_t	STCIEN: 1	Seek/Tune Complete Interrupt Enable; 0 = Disable Interrupt; 1 = Enable Interrupt;.

◆ rda_reg05.refined

struct rda_reg05.refined

Class Members
uint8_t	INT_MODE: 1	If 0, generate 5ms interrupt; If 1, interrupt last until read reg0CH action occurs.
uint8_t	LNA_ICSEL_BIT: 2	Lna working current bit: 00=1.8mA; 01=2.1mA; 10=2.5mA; 11=3.0mA.
uint8_t	LNA_PORT_SEL: 2	LNA input port selection bit: 00: no input; 01: LNAN; 10: LNAP; 11: dual port input.
uint8_t	RSVD2: 1
uint8_t	SEEK_MODE: 2	Default value is 00; When = 10, will add the RSSI seek mode.
uint8_t	SEEKTH: 4	Seek SNR Threshold value.
uint8_t	VOLUME: 4	DAC Gain Control Bits (Volume); 0000 = min volume; 1111 = max volume.

◆ rda_reg06.refined

struct rda_reg06.refined

Class Members
uint8_t	DATA_SIGNED: 1	If 0, I2S output unsigned 16-bit audio data. If 1, I2S output signed 16-bit audio data.
uint8_t	I2S_SW_CNT: 4	Only valid in master mode. See table above.
uint8_t	L_DELY: 1	If 1, L channel data delay 1T.
uint8_t	OPEN_MODE: 2	Open reserved register mode; 11=open behind registers writing function others: only open behind registers reading function.
uint8_t	R_DELY: 1	If 1, R channel data delay 1T.
uint8_t	RSVD: 1
uint8_t	SCLK_I_EDGE: 1	If 0, use normal sclk internally;If 1, inverte sclk internally.
uint8_t	SCLK_O_EDGE: 1	If 1, invert sclk output when as master.
uint8_t	SLAVE_MASTER: 1	I2S slave or master; 1 = slave; 0 = master.
uint8_t	SW_O_EDGE: 1	If 1, invert ws output when as master.
uint8_t	WS_I_EDGE: 1	If 0, use normal ws internally; If 1, inverte ws internally.
uint8_t	WS_LR: 1	Ws relation to l/r channel; If 0, ws=0 ->r, ws=1 ->l; If 1, ws=0 ->l, ws=1 ->r.

◆ rda_reg07.refined

struct rda_reg07.refined

Class Members
uint8_t	FREQ_MODE: 1	If 1, then freq setting changed. Freq = 76000(or 87000) kHz + freq_direct (08H) kHz.
uint8_t	MODE_50_60: 1	1 = 65~76 MHz; 0 = 50~76MHz
uint8_t	RSVD1: 1
uint8_t	RSVD2: 1
uint8_t	SEEK_TH_OLD: 6	Seek threshold for old seek mode, Valid when Seek_Mode=001.
uint8_t	SOFTBLEND_EN: 1	If 1, Softblend enable.
uint8_t	TH_SOFRBLEND: 5	Threshold for noise soft blend setting, unit 2dB (default 0b10000).

◆ rda_reg08.refined

struct rda_reg08.refined

Class Members
uint8_t	highByte
uint8_t	lowByte

◆ rda_reg0a.refined

struct rda_reg0a.refined

Class Members
uint16_t	BLK_E: 1	When RDS enable: 1 = Block E has been found; 0 = no Block E has been found.
uint16_t	RDSR: 1	RDS ready; 0 = No RDS/RBDS group ready(default); 1 = New RDS/RBDS group ready.
uint16_t	RDSS: 1	RDS Synchronization; 0 = RDS decoder not synchronized(default); 1 = RDS decoder synchronized; Available only in RDS Verbose mode.
uint16_t	READCHAN: 10	See Channel table . See table above.
uint16_t	SF: 1	Seek Fail. 0 = Seek successful; 1 = Seek failure;.
uint16_t	ST: 1	Stereo Indicator; 0 = Mono; 1 = Stereo.
uint16_t	STC: 1	Seek/Tune Complete. 0 = Not complete; 1 = Complete;.

◆ rda_reg0b.refined

struct rda_reg0b.refined

Class Members
uint8_t	ABCD_E: 1	1 = the block id of register 0cH,0dH,0eH,0fH is E; 0 = the block id of register 0cH, 0dH, 0eH,0fH is A, B, C, D
uint8_t	BLERA: 2	Block Errors Level of RDS_DATA_0.
uint8_t	BLERB: 2	Block Errors Level of RDS_DATA_1.
uint8_t	FM_READY: 1	1=ready; 0=not ready.
uint8_t	FM_TRUE: 1	1 = the current channel is a station; 0 = the current channel is not a station.
uint8_t	RSSI: 7	RSSI; 000000 = min; 111111 = max; RSSI scale is logarithmic.
uint8_t	RSVD1: 2

◆ rda_reg0c.refined

struct rda_reg0c.refined

Class Members
uint8_t	highByte
uint8_t	lowByte

◆ rda_reg0d.refined

struct rda_reg0d.refined

Class Members
uint8_t	highByte
uint8_t	lowByte

◆ rda_reg0e.refined

struct rda_reg0e.refined

Class Members
uint8_t	highByte
uint8_t	lowByte

◆ rda_reg0f.refined

struct rda_reg0f.refined

Class Members
uint8_t	highByte
uint8_t	lowByte

◆ rds_blockb.group0

struct rds_blockb.group0

Class Members
uint16_t	address: 2
uint16_t	DI: 1
uint16_t	groupType: 4
uint16_t	MS: 1
uint16_t	programType: 5
uint16_t	TA: 1
uint16_t	trafficProgramCode: 1
uint16_t	versionCode: 1

◆ rds_blockb.group2

struct rds_blockb.group2

Class Members
uint16_t	address: 4
uint16_t	groupType: 4
uint16_t	programType: 5
uint16_t	textABFlag: 1
uint16_t	trafficProgramCode: 1
uint16_t	versionCode: 1

◆ rds_blockb.refined

struct rds_blockb.refined

Class Members
uint16_t	content: 4
uint16_t	groupType: 4
uint16_t	programType: 5
uint16_t	textABFlag: 1
uint16_t	trafficProgramCode: 1
uint16_t	versionCode: 1

◆ rds_date_time.refined

struct rds_date_time.refined

Class Members
uint32_t	hour: 5
uint32_t	minute: 6
uint32_t	mjd: 17
uint32_t	offset: 5
uint32_t	offset_sense: 1

◆ word16_to_bytes.refined

struct word16_to_bytes.refined

Class Members
uint8_t	highByte
uint8_t	lowByte

Classes

Detailed Description

Class Documentation

◆ rda_reg00

◆ rda_reg01

◆ rda_reg02

◆ rda_reg03

◆ rda_reg04

◆ rda_reg05

◆ rda_reg06

◆ rda_reg07

◆ rda_reg08

◆ rda_reg0a

◆ rda_reg0b

◆ rda_reg0c

◆ rda_reg0d

◆ rda_reg0e

◆ rda_reg0f

◆ rds_blockb

◆ rds_date_time

◆ word16_to_bytes

◆ RDA5807

Public Member Functions

Protected Attributes

Member Data Documentation

◆ clockFrequency

◆ currentFMBand

◆ currentFMSpace

◆ currentFrequency

◆ currentVolume

◆ deviceAddressDirectAccess

◆ deviceAddressFullAccess

◆ endBand

◆ fmSpace

◆ gpio1Control

◆ gpio2Control

◆ gpio3Control

◆ maxDelayAftarCrystalOn

◆ oldTextABFlag

◆ oscillatorType

◆ rds_buffer0A

◆ rds_buffer2A

◆ rds_buffer2B

◆ rds_time

◆ reg00

◆ reg01

◆ reg02

◆ reg03

◆ reg04

◆ reg05

◆ reg06

◆ reg07

◆ reg08

◆ reg0a

◆ reg0b

◆ reg0c

◆ reg0d

◆ reg0e

◆ reg0f

◆ resetPin

◆ rlckNoCalibrate

◆ shadowRegisters

◆ shadowStatusRegisters

◆ startBand

◆ strFrequency

◆ rda_reg00.refined

◆ rda_reg01.refined

◆ rda_reg02.refined

◆ rda_reg03.refined

◆ rda_reg04.refined

◆ rda_reg05.refined

◆ rda_reg06.refined

◆ rda_reg07.refined

◆ rda_reg08.refined

◆ rda_reg0a.refined

◆ rda_reg0b.refined

◆ rda_reg0c.refined

◆ rda_reg0d.refined

◆ rda_reg0e.refined

◆ rda_reg0f.refined