Class that stores state and functions for interacting with PI3EQX12908A2. More...

#include <PI3EQX12908A2.h>

Public Member Functions
	init (uint8_t i2c_addr)
	Initialize the PI3EQX12908 object This function sets the I2C address and the register names.

uint8_t	getSignalDetect ()
	Gets the signal detect register This function reads the signal detect register values.

uint8_t	getSignalDetect_A ()
	Gets the signal detect of A channel This function reads the signal detect register and returns the channel A status.

uint8_t	getSignalDetect_A (uint8_t index)
	Gets the signal detect A by channel index This function reads the signal detect register value and returns the status of given channel index of A channel.

uint8_t	getSignalDetect_B ()
	Gets the signal detect of B channel This function reads the signal detect register and returns the channel B status.

uint8_t	getSignalDetect_B (uint8_t index)
	Gets the signal detect B by channel index This function reads the signal detect register value and returns the status of given channel index of B channel.

uint8_t	getRxDetect ()
	Gets the RX detect register This function reads the RX detect register values.

uint8_t	getRxDetect_A ()
	Gets the RX detect of A channel This function reads the RX detect register and returns the channel A status.

uint8_t	getRxDetect_A (uint8_t index)
	Gets the RX detect A by channel index This function reads the RX detect register value and returns the status of given channel index of A channel.

uint8_t	getRxDetect_B ()
	Gets the RX detect of B channel This function reads the RX detect register and returns the channel B status.

uint8_t	getRxDetect_B (uint8_t index)
	Gets the RX detect B by channel index This function reads the RX detect register value and returns the status of given channel index of B channel.

uint8_t	getPowerDown ()
	Gets the power down register This function reads the power down register values.

uint8_t	getPowerDown_A ()
	Gets the power down of A channel This function reads the power down register and returns the channel A status.

uint8_t	getPowerDown_A (uint8_t index)
	Gets the power down A by channel index This function reads the power down register value and returns the status of given channel index of A channel.

uint8_t	getPowerDown_B ()
	Gets the power down of B channel This function reads the power down register and returns the channel B status.

uint8_t	getPowerDown_B (uint8_t index)
	Gets the power down B by channel index This function reads the power down register value and returns the status of given channel index of B channel.

void	setPowerDown (uint8_t isDown)
	Sets the power down register. This function change the power down status of all channels.

void	setPowerDown_A (uint8_t isDown)
	Sets the power down of A channel. This function change the power down status of channel A.

void	setPowerDown_A (uint8_t index, uint8_t isDown)
	Sets the power down of a given index of A channel. This function change the power down status of the given channel A index.

void	setPowerDown_B (uint8_t isDown)
	Sets the power down of B channel. This function change the power down status of channel B.

void	setPowerDown_B (uint8_t index, uint8_t isDown)
	Sets the power down of a given index of B channel. This function change the power down status of the given channel B index.

uint8_t	getConfig_A0 ()
	Gets the configuration of the 0 index A channel. This function reads the configuration of the 0 index A channel value.

uint8_t	getEQ_A0 ()
	Gets the equalizer configuration of the 0 index A channel. This function reads the equalizer value of the 0 index A channel value.

uint8_t	getFlatGain_A0 ()
	Gets the flat gain configuration of the 0 index A channel. This function reads the flat gain value of the 0 index A channel value.

uint8_t	getSW_A0 ()
	Gets the swing configuration of the 0 index A channel. This function reads the swing value of the 0 index A channel value.

void	setConfig_A0 (uint8_t config)
	Sets the configuration of the 0 index A channel. This function sets the configuration register of A0. NOT RECOMENDED TO USE! **.

void	setEQ_A0 (uint8_t EQ)
	Sets the equalizer value of the 0 index A channel. This function sets the equalizer value of A0.

void	setFlatGain_A0 (uint8_t flat_gain)
	Sets the flat gain value of the 0 index A channel. This function sets the flat gain value of A0.

void	setSW_A0 (uint8_t swing)
	Sets the swing value of the 0 index A channel. This function sets the swing value of A0.

uint8_t	getConfig_A1 ()
	Gets the configuration of the 1 index A channel. This function reads the configuration of the 1 index A channel value.

uint8_t	getEQ_A1 ()
	Gets the equalizer configuration of the 1 index A channel. This function reads the equalizer value of the 1 index A channel value.

uint8_t	getFlatGain_A1 ()
	Gets the flat gain configuration of the 1 index A channel. This function reads the flat gain value of the 1 index A channel value.

uint8_t	getSW_A1 ()
	Gets the swing configuration of the 1 index A channel. This function reads the swing value of the 1 index A channel value.

void	setConfig_A1 (uint8_t config)
	Sets the configuration of the 1 index A channel. This function sets the configuration register of A1. NOT RECOMENDED TO USE! **.

void	setEQ_A1 (uint8_t EQ)
	Sets the equalizer value of the 1 index A channel. This function sets the equalizer value of A1.

void	setFlatGain_A1 (uint8_t flat_gain)
	Sets the flat gain value of the 1 index A channel. This function sets the flat gain value of A1.

void	setSW_A1 (uint8_t swing)
	Sets the swing value of the 1 index A channel. This function sets the swing value of A1.

uint8_t	getConfig_A2 ()
	Gets the configuration of the 2 index A channel. This function reads the configuration of the 2 index A channel value.

uint8_t	getEQ_A2 ()
	Gets the equalizer configuration of the 2 index A channel. This function reads the equalizer value of the 2 index A channel value.

uint8_t	getFlatGain_A2 ()
	Gets the flat gain configuration of the 2 index A channel. This function reads the flat gain value of the 2 index A channel value.

uint8_t	getSW_A2 ()
	Gets the swing configuration of the 2 index A channel. This function reads the swing value of the 2 index A channel value.

void	setConfig_A2 (uint8_t config)
	Sets the configuration of the 2 index A channel. This function sets the configuration register of A2. NOT RECOMENDED TO USE! **.

void	setEQ_A2 (uint8_t EQ)
	Sets the equalizer value of the 2 index A channel. This function sets the equalizer value of A2.

void	setFlatGain_A2 (uint8_t flat_gain)
	Sets the flat gain value of the 2 index A channel. This function sets the flat gain value of A2.

void	setSW_A2 (uint8_t swing)
	Sets the swing value of the 2 index A channel. This function sets the swing value of A2.

uint8_t	getConfig_A3 ()
	Gets the configuration of the 3 index A channel. This function reads the configuration of the 3 index A channel value.

uint8_t	getEQ_A3 ()
	Gets the equalizer configuration of the 3 index A channel. This function reads the equalizer value of the 3 index A channel value.

uint8_t	getFlatGain_A3 ()
	Gets the flat gain configuration of the 3 index A channel. This function reads the flat gain value of the 3 index A channel value.

uint8_t	getSW_A3 ()
	Gets the swing configuration of the 3 index A channel. This function reads the swing value of the 3 index A channel value.

void	setConfig_A3 (uint8_t config)
	Sets the configuration of the 3 index A channel. This function sets the configuration register of A3. NOT RECOMENDED TO USE! **.

void	setEQ_A3 (uint8_t EQ)
	Sets the equalizer value of the 3 index A channel. This function sets the equalizer value of A3.

void	setFlatGain_A3 (uint8_t flat_gain)
	Sets the flat gain value of the 3 index A channel. This function sets the flat gain value of A3.

void	setSW_A3 (uint8_t swing)
	Sets the swing value of the 3 index A channel. This function sets the swing value of A3.

uint8_t	getConfig_B0 ()
	Gets the configuration of the 0 index B channel. This function reads the configuration of the 0 index B channel value.

uint8_t	getEQ_B0 ()
	Gets the equalizer configuration of the 0 index B channel. This function reads the equalizer value of the 0 index B channel value.

uint8_t	getFlatGain_B0 ()
	Gets the flat gain configuration of the 0 index B channel. This function reads the flat gain value of the 0 index B channel value.

uint8_t	getSW_B0 ()
	Gets the swing configuration of the 0 index B channel. This function reads the swing value of the 0 index B channel value.

void	setConfig_B0 (uint8_t config)
	Sets the configuration of the 0 index B channel. This function sets the configuration register of B0. NOT RECOMENDED TO USE! **.

void	setEQ_B0 (uint8_t EQ)
	Sets the equalizer value of the 0 index B channel. This function sets the equalizer value of B0.

void	setFlatGain_B0 (uint8_t flat_gain)
	Sets the flat gain value of the 0 index B channel. This function sets the flat gain value of B0.

void	setSW_B0 (uint8_t swing)
	Sets the swing value of the 0 index B channel. This function sets the swing value of B0.

uint8_t	getConfig_B1 ()
	Gets the configuration of the 1 index B channel. This function reads the configuration of the 1 index B channel value.

uint8_t	getEQ_B1 ()
	Gets the equalizer configuration of the 1 index B channel. This function reads the equalizer value of the 1 index B channel value.

uint8_t	getFlatGain_B1 ()
	Gets the flat gain configuration of the 1 index B channel. This function reads the flat gain value of the 1 index B channel value.

uint8_t	getSW_B1 ()
	Gets the swing configuration of the 1 index B channel. This function reads the swing value of the 1 index B channel value.

void	setConfig_B1 (uint8_t config)
	Sets the configuration of the 1 index B channel. This function sets the configuration register of B1. NOT RECOMENDED TO USE! **.

void	setEQ_B1 (uint8_t EQ)
	Sets the equalizer value of the 1 index B channel. This function sets the equalizer value of B1.

void	setFlatGain_B1 (uint8_t flat_gain)
	Sets the flat gain value of the 1 index B channel. This function sets the flat gain value of B1.

void	setSW_B1 (uint8_t swing)
	Sets the swing value of the 1 index B channel. This function sets the swing value of B1.

uint8_t	getConfig_B2 ()
	Gets the configuration of the 2 index B channel. This function reads the configuration of the 2 index B channel value.

uint8_t	getEQ_B2 ()
	Gets the equalizer configuration of the 2 index B channel. This function reads the equalizer value of the 2 index B channel value.

uint8_t	getFlatGain_B2 ()
	Gets the flat gain configuration of the 2 index B channel. This function reads the flat gain value of the 2 index B channel value.

uint8_t	getSW_B2 ()
	Gets the swing configuration of the 2 index B channel. This function reads the swing value of the 2 index B channel value.

void	setConfig_B2 (uint8_t config)
	Sets the configuration of the 2 index B channel. This function sets the configuration register of B2. NOT RECOMENDED TO USE! **.

void	setEQ_B2 (uint8_t EQ)
	Sets the equalizer value of the 2 index B channel. This function sets the equalizer value of B2.

void	setFlatGain_B2 (uint8_t flat_gain)
	Sets the flat gain value of the 2 index B channel. This function sets the flat gain value of B2.

void	setSW_B2 (uint8_t swing)
	Sets the swing value of the 2 index B channel. This function sets the swing value of B2.

uint8_t	getConfig_B3 ()
	Gets the configuration of the 3 index B channel. This function reads the configuration of the 3 index B channel value.

uint8_t	getEQ_B3 ()
	Gets the equalizer configuration of the 3 index B channel. This function reads the equalizer value of the 3 index B channel value.

uint8_t	getFlatGain_B3 ()
	Gets the flat gain configuration of the 3 index B channel. This function reads the flat gain value of the 3 index B channel value.

uint8_t	getSW_B3 ()
	Gets the swing configuration of the 3 index B channel. This function reads the swing value of the 3 index B channel value.

void	setConfig_B3 (uint8_t config)
	Sets the configuration of the 3 index B channel. This function sets the configuration register of B3. NOT RECOMENDED TO USE! **.

void	setEQ_B3 (uint8_t EQ)
	Sets the equalizer value of the 3 index B channel. This function sets the equalizer value of B3.

void	setFlatGain_B3 (uint8_t flat_gain)
	Sets the flat gain value of the 3 index B channel. This function sets the flat gain value of B3.

void	setSW_B3 (uint8_t swing)
	Sets the swing value of the 3 index B channel. This function sets the swing value of B3.

uint8_t	getSignalDetectConfig ()
	Gets the signal detect configuration register This function reads the signal detect configuration register values.

uint8_t	getSignalDetectConfig_A ()
	Gets the signal detect configuration of A channel This function reads the signal detect configuration register and returns the channel A status.

uint8_t	getSignalDetectConfig_A (uint8_t index)
	Gets the signal detect configuration A by channel index This function reads the signal detect configuration register value.

uint8_t	getSignalDetectConfig_B ()
	Gets the signal detect configuration of B channel This function reads the signal detect configuration register and returns the channel B status.

uint8_t	getSignalDetectConfig_B (uint8_t index)
	Gets the signal detect configuration B by channel index This function reads the signal detect configuration register value.

void	setSignalDetectConfig (uint8_t isDown)
	Sets the signal detect configuration register. This function change the signal detect configuration of all channels.

void	setSignalDetectConfig_A (uint8_t isDown)
	Sets the signal detect configuration of A channel. This function change the signal detect configuration of channel A.

void	setSignalDetectConfig_A (uint8_t index, uint8_t isDown)
	Sets the signal detect configuration of a given index of A channel. This function change the signal detect configuration of the given channel A index.

void	setSignalDetectConfig_B (uint8_t isDown)
	Sets the signal detect configuration of B channel. This function change the signal detect configuration of channel B.

void	setSignalDetectConfig_B (uint8_t index, uint8_t isDown)
	Sets the signal detect configuration of a given index of B channel. This function change the signal detect configuration of the given channel B index.

uint8_t	getRxDetectConfig ()
	Gets the RX detect configuration register This function reads the RX detect configuration register values.

uint8_t	getRxDetectConfig_A ()
	Gets the RX detect configuration of A channel This function reads the RX detect configuration register and returns the channel A status.

uint8_t	getRxDetectConfig_A (uint8_t index)
	Gets the RX detect configuration A by channel index This function reads the RX detect configuration register value.

uint8_t	getRxDetectConfig_B ()
	Gets the RX detect configuration of B channel This function reads the RX detect configuration register and returns the channel B status.

uint8_t	getRxDetectConfig_B (uint8_t index)
	Gets the RX detect configuration B by channel index This function reads the RX detect configuration register value.

void	setRxDetectConfig (uint8_t isDown)
	Sets the RX detect configuration register. This function change the RX detect configuration of all channels.

void	setRxDetectConfig_A (uint8_t isDown)
	Sets the RX detect configuration of A channel. This function change the RX detect configuration of channel A.

void	setRxDetectConfig_A (uint8_t index, uint8_t isDown)
	Sets the RX detect configuration of a given index of A channel. This function change the RX detect configuration of the given channel A index.

void	setRxDetectConfig_B (uint8_t isDown)
	Sets the RX detect configuration of B channel. This function change the RX detect configuration of channel B.

void	setRxDetectConfig_B (uint8_t index, uint8_t isDown)
	Sets the RX detect configuration of a given index of B channel. This function change the RX detect configuration of the given channel B index.

uint8_t	getSDTConfig ()
	Gets the signal detect threshold of all channels. This function gets the signal detect threshold of all channels.

uint8_t	setSDTConfig (uint8_t thresh)
	Sets the signal detect threshold for all channels. This function changes the signal detect threshold of all channels.

void	setConfig_A (uint8_t config)
	Sets the configuration of the channel A This function sets the configuration of channel A. NOT RECOMENDED TO USE! **.

void	setConfig_A (uint8_t index, uint8_t config)
	Sets the configuration of the given index of channel A This function sets the configuration of the given index of channel A. This function is equal to setConfig_Ax(...) (x is channel index) NOT RECOMENDED TO USE! **.

void	setConfig_B (uint8_t config)
	Sets the configuration of the channel A This function sets the configuration of channel A. NOT RECOMENDED TO USE! **.

void	setConfig_B (uint8_t index, uint8_t config)
	Sets the configuration of the given index of channel B This function sets the configuration of the given index of channel B. This function is equal to setConfig_Bx(...) (x is channel index) NOT RECOMENDED TO USE! **.

void	setConfig (uint8_t config)
	Sets the configuration of all channels This function sets the configuration of all channels. NOT RECOMENDED TO USE! **.

void	setEQ_A (uint8_t EQ)
	Sets the equalizer of the channel A This function sets the equalizer settings of the channel A.

void	setEQ_B (uint8_t EQ)
	Sets the equalizer of the channel B This function sets the equalizer settings of the channel B.

void	setEQ (uint8_t EQ)
	Sets the equalizer of the all channels This function sets the equalizer settings of the all channels.

void	setFG_A (uint8_t flat_gain)
	Sets the flat gain of the channel A This function sets the flat gain setting of the channel A.

void	setFG_B (uint8_t flat_gain)
	Sets the flat gain of the channel B This function sets the flat gain setting of the channel B.

void	setFG (uint8_t flat_gain)
	Sets the flat gain of all channels This function sets the flat gain setting of all channels.

void	setSW_A (uint8_t swing)
	Sets the swing value of the channel A This function sets the swing value of the channel A.

void	setSW_B (uint8_t swing)
	Sets the swing value of the channel B This function sets the swing value of the channel B.

void	setSW (uint8_t swing)
	Sets the swing value of all channels This function sets the swing value of all channels.

void	print_all ()
	Prints all of the registers This function prints all of the registers of the chip over the default UART (Serial)

void	dump_all (uint8_t *data)
	Reads all of the registers This function reads all of the registers of the chip.

Detailed Description

Class that stores state and functions for interacting with PI3EQX12908A2.

Member Function Documentation

◆ init()

init ( uint8_t i2c_addr )

Initialize the PI3EQX12908 object This function sets the I2C address and the register names.

Parameters

i2c_addr The 7 bit I2C address of the redriver.

◆ getSignalDetect()

uint8_t getSignalDetect ( )

Gets the signal detect register This function reads the signal detect register values.

Returns: 8 bit value of signal detect register.

◆ getSignalDetect_A() [1/2]

uint8_t getSignalDetect_A ( )

Gets the signal detect of A channel This function reads the signal detect register and returns the channel A status.

Returns: 4 bit value of channel A signal detect.

◆ getSignalDetect_A() [2/2]

uint8_t getSignalDetect_A ( uint8_t index )

Gets the signal detect A by channel index This function reads the signal detect register value and returns the status of given channel index of A channel.

Parameters

index A reference to the channel index of A channel from 0 to 3.

Returns: return zero for not detected, otherwise for detected.

◆ getSignalDetect_B() [1/2]

uint8_t getSignalDetect_B ( )

Gets the signal detect of B channel This function reads the signal detect register and returns the channel B status.

Returns: 4 bit value of channel B signal detect.

◆ getSignalDetect_B() [2/2]

uint8_t getSignalDetect_B ( uint8_t index )

Gets the signal detect B by channel index This function reads the signal detect register value and returns the status of given channel index of B channel.

Parameters

index A reference to the channel index of B channel from 0 to 3.

Returns: return zero for not detected, otherwise for detected.

◆ getRxDetect()

uint8_t getRxDetect ( )

Gets the RX detect register This function reads the RX detect register values.

Returns: 8 bit value of RX detect register.

◆ getRxDetect_A() [1/2]

uint8_t getRxDetect_A ( )

Gets the RX detect of A channel This function reads the RX detect register and returns the channel A status.

Returns: 4 bit value of channel A RX detect.

◆ getRxDetect_A() [2/2]

uint8_t getRxDetect_A ( uint8_t index )

Gets the RX detect A by channel index This function reads the RX detect register value and returns the status of given channel index of A channel.

Parameters

index A reference to the channel index of A channel from 0 to 3.

Returns: return zero for not detected, otherwise for detected.

◆ getRxDetect_B() [1/2]

uint8_t getRxDetect_B ( )

Gets the RX detect of B channel This function reads the RX detect register and returns the channel B status.

Returns: 4 bit value of channel B RX detect.

◆ getRxDetect_B() [2/2]

uint8_t getRxDetect_B ( uint8_t index )

Gets the RX detect B by channel index This function reads the RX detect register value and returns the status of given channel index of B channel.

Parameters

index A reference to the channel index of B channel from 0 to 3.

Returns: return zero for not detected, otherwise for detected.

◆ getPowerDown()

uint8_t getPowerDown ( )

Gets the power down register This function reads the power down register values.

Returns: 8 bit value of power down register.

◆ getPowerDown_A() [1/2]

uint8_t getPowerDown_A ( )

Gets the power down of A channel This function reads the power down register and returns the channel A status.

Returns: 4 bit value of channel A power down.

◆ getPowerDown_A() [2/2]

uint8_t getPowerDown_A ( uint8_t index )

Gets the power down A by channel index This function reads the power down register value and returns the status of given channel index of A channel.

Parameters

index A reference to the channel index of A channel from 0 to 3.

Returns: return zero for not detected, otherwise for detected.

◆ getPowerDown_B() [1/2]

uint8_t getPowerDown_B ( )

Gets the power down of B channel This function reads the power down register and returns the channel B status.

Returns: 4 bit value of channel B power down.

◆ getPowerDown_B() [2/2]

uint8_t getPowerDown_B ( uint8_t index )

Gets the power down B by channel index This function reads the power down register value and returns the status of given channel index of B channel.

Parameters

index A reference to the channel index of B channel from 0 to 3.

Returns: return zero for not detected, otherwise for detected.

◆ setPowerDown()

void setPowerDown ( uint8_t isDown )

Sets the power down register. This function change the power down status of all channels.

Parameters

isDown

CFG_ON for power up
CFG_OFF for power down

◆ setPowerDown_A() [1/2]

void setPowerDown_A ( uint8_t isDown )

Sets the power down of A channel. This function change the power down status of channel A.

Parameters

isDown

CFG_ON for power up
CFG_OFF for power down

◆ setPowerDown_A() [2/2]

void setPowerDown_A	(	uint8_t	index,
		uint8_t	isDown )

Sets the power down of a given index of A channel. This function change the power down status of the given channel A index.

Parameters

index	A reference to the channel index of A channel from 0 to 3.
isDown	CFG_ON for power up CFG_OFF for power down

◆ setPowerDown_B() [1/2]

void setPowerDown_B ( uint8_t isDown )

Sets the power down of B channel. This function change the power down status of channel B.

Parameters

isDown

CFG_ON for power up
CFG_OFF for power down

◆ setPowerDown_B() [2/2]

void setPowerDown_B	(	uint8_t	index,
		uint8_t	isDown )

Sets the power down of a given index of B channel. This function change the power down status of the given channel B index.

Parameters

index	A reference to the channel index of B channel from 0 to 3.
isDown	CFG_ON for power up CFG_OFF for power down

◆ getConfig_A0()

uint8_t getConfig_A0 ( )

Gets the configuration of the 0 index A channel. This function reads the configuration of the 0 index A channel value.

Returns: 8 bit value of A0 config register.

◆ getEQ_A0()

uint8_t getEQ_A0 ( )

Gets the equalizer configuration of the 0 index A channel. This function reads the equalizer value of the 0 index A channel value.

Returns: 4 bit value of A0 equalizer.

◆ getFlatGain_A0()

uint8_t getFlatGain_A0 ( )

Gets the flat gain configuration of the 0 index A channel. This function reads the flat gain value of the 0 index A channel value.

Returns

2 bit value of A0 flat gain:

FLAT_GAIN_M4db -> -4 db
FLAT_GAIN_M2db -> -2 db
FLAT_GAIN_00db -> 0 db
FLAT_GAIN_P2db -> +2 db

◆ getSW_A0()

uint8_t getSW_A0 ( )

Gets the swing configuration of the 0 index A channel. This function reads the swing value of the 0 index A channel value.

Returns

1 bit value of A0 swing:

SWING_900mVpp -> 900 mVpp
SWING_1000mVpp -> 1000 mVpp

◆ setConfig_A0()

void setConfig_A0 ( uint8_t config )

Sets the configuration of the 0 index A channel. This function sets the configuration register of A0. NOT RECOMENDED TO USE! **.

Parameters

config 8 bit value of the config register

◆ setEQ_A0()

void setEQ_A0 ( uint8_t EQ )

Sets the equalizer value of the 0 index A channel. This function sets the equalizer value of A0.

Parameters

EQ	4 bit value of the equalizer index

◆ setFlatGain_A0()

void setFlatGain_A0 ( uint8_t flat_gain )

Sets the flat gain value of the 0 index A channel. This function sets the flat gain value of A0.

Parameters

flat_gain

2 bit value of the flat gain:

FLAT_GAIN_M4db -> -4 db
FLAT_GAIN_M2db -> -2 db
FLAT_GAIN_00db -> 0 db
FLAT_GAIN_P2db -> +2 db

◆ setSW_A0()

void setSW_A0 ( uint8_t swing )

Sets the swing value of the 0 index A channel. This function sets the swing value of A0.

Parameters

swing

1 bit value of the swing:

SWING_900mVpp -> 900 mVpp
SWING_1000mVpp -> 1000 mVpp

◆ getConfig_A1()

uint8_t getConfig_A1 ( )

Gets the configuration of the 1 index A channel. This function reads the configuration of the 1 index A channel value.

Returns: 8 bit value of A1 config register.

◆ getEQ_A1()

uint8_t getEQ_A1 ( )

Gets the equalizer configuration of the 1 index A channel. This function reads the equalizer value of the 1 index A channel value.

Returns: 4 bit value of A1 equalizer.

◆ getFlatGain_A1()

uint8_t getFlatGain_A1 ( )

Gets the flat gain configuration of the 1 index A channel. This function reads the flat gain value of the 1 index A channel value.

Returns

2 bit value of A1 flat gain:

FLAT_GAIN_M4db -> -4 db
FLAT_GAIN_M2db -> -2 db
FLAT_GAIN_00db -> 0 db
FLAT_GAIN_P2db -> +2 db

◆ getSW_A1()

uint8_t getSW_A1 ( )

Gets the swing configuration of the 1 index A channel. This function reads the swing value of the 1 index A channel value.

Returns

1 bit value of A1 swing:

SWING_900mVpp -> 900 mVpp
SWING_1000mVpp -> 1000 mVpp

◆ setConfig_A1()

void setConfig_A1 ( uint8_t config )

Sets the configuration of the 1 index A channel. This function sets the configuration register of A1. NOT RECOMENDED TO USE! **.

Parameters

config 8 bit value of the config register

◆ setEQ_A1()

void setEQ_A1 ( uint8_t EQ )

Sets the equalizer value of the 1 index A channel. This function sets the equalizer value of A1.

Parameters

EQ	4 bit value of the equalizer index

◆ setFlatGain_A1()

void setFlatGain_A1 ( uint8_t flat_gain )

Sets the flat gain value of the 1 index A channel. This function sets the flat gain value of A1.

Parameters

flat_gain

2 bit value of the flat gain:

FLAT_GAIN_M4db -> -4 db
FLAT_GAIN_M2db -> -2 db
FLAT_GAIN_00db -> 0 db
FLAT_GAIN_P2db -> +2 db

◆ setSW_A1()

void setSW_A1 ( uint8_t swing )

Sets the swing value of the 1 index A channel. This function sets the swing value of A1.

Parameters

swing

1 bit value of the swing:

SWING_900mVpp -> 900 mVpp
SWING_1000mVpp -> 1000 mVpp

◆ getConfig_A2()

uint8_t getConfig_A2 ( )

Gets the configuration of the 2 index A channel. This function reads the configuration of the 2 index A channel value.

Returns: 8 bit value of A2 config register.

◆ getEQ_A2()

uint8_t getEQ_A2 ( )

Gets the equalizer configuration of the 2 index A channel. This function reads the equalizer value of the 2 index A channel value.

Returns: 4 bit value of A2 equalizer.

◆ getFlatGain_A2()

uint8_t getFlatGain_A2 ( )

Gets the flat gain configuration of the 2 index A channel. This function reads the flat gain value of the 2 index A channel value.

Returns

2 bit value of A2 flat gain:

FLAT_GAIN_M4db -> -4 db
FLAT_GAIN_M2db -> -2 db
FLAT_GAIN_00db -> 0 db
FLAT_GAIN_P2db -> +2 db

◆ getSW_A2()

uint8_t getSW_A2 ( )

Gets the swing configuration of the 2 index A channel. This function reads the swing value of the 2 index A channel value.

Returns

1 bit value of A2 swing:

SWING_900mVpp -> 900 mVpp
SWING_1000mVpp -> 1000 mVpp

◆ setConfig_A2()

void setConfig_A2 ( uint8_t config )

Sets the configuration of the 2 index A channel. This function sets the configuration register of A2. NOT RECOMENDED TO USE! **.

Parameters

config 8 bit value of the config register

◆ setEQ_A2()

void setEQ_A2 ( uint8_t EQ )

Sets the equalizer value of the 2 index A channel. This function sets the equalizer value of A2.

Parameters

EQ	4 bit value of the equalizer index

◆ setFlatGain_A2()

void setFlatGain_A2 ( uint8_t flat_gain )

Sets the flat gain value of the 2 index A channel. This function sets the flat gain value of A2.

Parameters

flat_gain

2 bit value of the flat gain:

FLAT_GAIN_M4db -> -4 db
FLAT_GAIN_M2db -> -2 db
FLAT_GAIN_00db -> 0 db
FLAT_GAIN_P2db -> +2 db

◆ setSW_A2()

void setSW_A2 ( uint8_t swing )

Sets the swing value of the 2 index A channel. This function sets the swing value of A2.

Parameters

swing

1 bit value of the swing:

SWING_900mVpp -> 900 mVpp
SWING_1000mVpp -> 1000 mVpp

◆ getConfig_A3()

uint8_t getConfig_A3 ( )

Gets the configuration of the 3 index A channel. This function reads the configuration of the 3 index A channel value.

Returns: 8 bit value of A3 config register.

◆ getEQ_A3()

uint8_t getEQ_A3 ( )

Gets the equalizer configuration of the 3 index A channel. This function reads the equalizer value of the 3 index A channel value.

Returns: 4 bit value of A3 equalizer.

◆ getFlatGain_A3()

uint8_t getFlatGain_A3 ( )

Gets the flat gain configuration of the 3 index A channel. This function reads the flat gain value of the 3 index A channel value.

Returns

2 bit value of A3 flat gain:

FLAT_GAIN_M4db -> -4 db
FLAT_GAIN_M2db -> -2 db
FLAT_GAIN_00db -> 0 db
FLAT_GAIN_P2db -> +2 db

◆ getSW_A3()

uint8_t getSW_A3 ( )

Gets the swing configuration of the 3 index A channel. This function reads the swing value of the 3 index A channel value.

Returns

1 bit value of A3 swing:

SWING_900mVpp -> 900 mVpp
SWING_1000mVpp -> 1000 mVpp

◆ setConfig_A3()

void setConfig_A3 ( uint8_t config )

Sets the configuration of the 3 index A channel. This function sets the configuration register of A3. NOT RECOMENDED TO USE! **.

Parameters

config 8 bit value of the config register

◆ setEQ_A3()

void setEQ_A3 ( uint8_t EQ )

Sets the equalizer value of the 3 index A channel. This function sets the equalizer value of A3.

Parameters

EQ	4 bit value of the equalizer index

◆ setFlatGain_A3()

void setFlatGain_A3 ( uint8_t flat_gain )

Sets the flat gain value of the 3 index A channel. This function sets the flat gain value of A3.

Parameters

flat_gain

2 bit value of the flat gain:

FLAT_GAIN_M4db -> -4 db
FLAT_GAIN_M2db -> -2 db
FLAT_GAIN_00db -> 0 db
FLAT_GAIN_P2db -> +2 db

◆ setSW_A3()

void setSW_A3 ( uint8_t swing )

Sets the swing value of the 3 index A channel. This function sets the swing value of A3.

Parameters

swing

1 bit value of the swing:

SWING_900mVpp -> 900 mVpp
SWING_1000mVpp -> 1000 mVpp

◆ getConfig_B0()

uint8_t getConfig_B0 ( )

Gets the configuration of the 0 index B channel. This function reads the configuration of the 0 index B channel value.

Returns: 8 bit value of B0 config register.

◆ getEQ_B0()

uint8_t getEQ_B0 ( )

Gets the equalizer configuration of the 0 index B channel. This function reads the equalizer value of the 0 index B channel value.

Returns: 4 bit value of B0 equalizer.

◆ getFlatGain_B0()

uint8_t getFlatGain_B0 ( )

Gets the flat gain configuration of the 0 index B channel. This function reads the flat gain value of the 0 index B channel value.

Returns

2 bit value of B0 flat gain:

FLAT_GAIN_M4db -> -4 db
FLAT_GAIN_M2db -> -2 db
FLAT_GAIN_00db -> 0 db
FLAT_GAIN_P2db -> +2 db

◆ getSW_B0()

uint8_t getSW_B0 ( )

Gets the swing configuration of the 0 index B channel. This function reads the swing value of the 0 index B channel value.

Returns

1 bit value of B0 swing:

SWING_900mVpp -> 900 mVpp
SWING_1000mVpp -> 1000 mVpp

◆ setConfig_B0()

void setConfig_B0 ( uint8_t config )

Sets the configuration of the 0 index B channel. This function sets the configuration register of B0. NOT RECOMENDED TO USE! **.

Parameters

config 8 bit value of the config register

◆ setEQ_B0()

void setEQ_B0 ( uint8_t EQ )

Sets the equalizer value of the 0 index B channel. This function sets the equalizer value of B0.

Parameters

EQ	4 bit value of the equalizer index

◆ setFlatGain_B0()

void setFlatGain_B0 ( uint8_t flat_gain )

Sets the flat gain value of the 0 index B channel. This function sets the flat gain value of B0.

Parameters

flat_gain

2 bit value of the flat gain:

FLAT_GAIN_M4db -> -4 db
FLAT_GAIN_M2db -> -2 db
FLAT_GAIN_00db -> 0 db
FLAT_GAIN_P2db -> +2 db

◆ setSW_B0()

void setSW_B0 ( uint8_t swing )

Sets the swing value of the 0 index B channel. This function sets the swing value of B0.

Parameters

swing

1 bit value of the swing:

SWING_900mVpp -> 900 mVpp
SWING_1000mVpp -> 1000 mVpp

◆ getConfig_B1()

uint8_t getConfig_B1 ( )

Gets the configuration of the 1 index B channel. This function reads the configuration of the 1 index B channel value.

Returns: 8 bit value of B1 config register.

◆ getEQ_B1()

uint8_t getEQ_B1 ( )

Gets the equalizer configuration of the 1 index B channel. This function reads the equalizer value of the 1 index B channel value.

Returns: 4 bit value of B1 equalizer.

◆ getFlatGain_B1()

uint8_t getFlatGain_B1 ( )

Gets the flat gain configuration of the 1 index B channel. This function reads the flat gain value of the 1 index B channel value.

Returns

2 bit value of B1 flat gain:

FLAT_GAIN_M4db -> -4 db
FLAT_GAIN_M2db -> -2 db
FLAT_GAIN_00db -> 0 db
FLAT_GAIN_P2db -> +2 db

◆ getSW_B1()

uint8_t getSW_B1 ( )

Gets the swing configuration of the 1 index B channel. This function reads the swing value of the 1 index B channel value.

Returns

1 bit value of B1 swing:

SWING_900mVpp -> 900 mVpp
SWING_1000mVpp -> 1000 mVpp

◆ setConfig_B1()

void setConfig_B1 ( uint8_t config )

Sets the configuration of the 1 index B channel. This function sets the configuration register of B1. NOT RECOMENDED TO USE! **.

Parameters

config 8 bit value of the config register

◆ setEQ_B1()

void setEQ_B1 ( uint8_t EQ )

Sets the equalizer value of the 1 index B channel. This function sets the equalizer value of B1.

Parameters

EQ	4 bit value of the equalizer index

◆ setFlatGain_B1()

void setFlatGain_B1 ( uint8_t flat_gain )

Sets the flat gain value of the 1 index B channel. This function sets the flat gain value of B1.

Parameters

flat_gain

2 bit value of the flat gain:

FLAT_GAIN_M4db -> -4 db
FLAT_GAIN_M2db -> -2 db
FLAT_GAIN_00db -> 0 db
FLAT_GAIN_P2db -> +2 db

◆ setSW_B1()

void setSW_B1 ( uint8_t swing )

Sets the swing value of the 1 index B channel. This function sets the swing value of B1.

Parameters

swing

1 bit value of the swing:

SWING_900mVpp -> 900 mVpp
SWING_1000mVpp -> 1000 mVpp

◆ getConfig_B2()

uint8_t getConfig_B2 ( )

Gets the configuration of the 2 index B channel. This function reads the configuration of the 2 index B channel value.

Returns: 8 bit value of B2 config register.

◆ getEQ_B2()

uint8_t getEQ_B2 ( )

Gets the equalizer configuration of the 2 index B channel. This function reads the equalizer value of the 2 index B channel value.

Returns: 4 bit value of B2 equalizer.

◆ getFlatGain_B2()

uint8_t getFlatGain_B2 ( )

Gets the flat gain configuration of the 2 index B channel. This function reads the flat gain value of the 2 index B channel value.

Returns

2 bit value of B2 flat gain:

FLAT_GAIN_M4db -> -4 db
FLAT_GAIN_M2db -> -2 db
FLAT_GAIN_00db -> 0 db
FLAT_GAIN_P2db -> +2 db

◆ getSW_B2()

uint8_t getSW_B2 ( )

Gets the swing configuration of the 2 index B channel. This function reads the swing value of the 2 index B channel value.

Returns

1 bit value of B2 swing:

SWING_900mVpp -> 900 mVpp
SWING_1000mVpp -> 1000 mVpp

◆ setConfig_B2()

void setConfig_B2 ( uint8_t config )

Sets the configuration of the 2 index B channel. This function sets the configuration register of B2. NOT RECOMENDED TO USE! **.

Parameters

config 8 bit value of the config register

◆ setEQ_B2()

void setEQ_B2 ( uint8_t EQ )

Sets the equalizer value of the 2 index B channel. This function sets the equalizer value of B2.

Parameters

EQ	4 bit value of the equalizer index

◆ setFlatGain_B2()

void setFlatGain_B2 ( uint8_t flat_gain )

Sets the flat gain value of the 2 index B channel. This function sets the flat gain value of B2.

Parameters

flat_gain

2 bit value of the flat gain:

FLAT_GAIN_M4db -> -4 db
FLAT_GAIN_M2db -> -2 db
FLAT_GAIN_00db -> 0 db
FLAT_GAIN_P2db -> +2 db

◆ setSW_B2()

void setSW_B2 ( uint8_t swing )

Sets the swing value of the 2 index B channel. This function sets the swing value of B2.

Parameters

swing

1 bit value of the swing:

SWING_900mVpp -> 900 mVpp
SWING_1000mVpp -> 1000 mVpp

◆ getConfig_B3()

uint8_t getConfig_B3 ( )

Gets the configuration of the 3 index B channel. This function reads the configuration of the 3 index B channel value.

Returns: 8 bit value of B3 config register.

◆ getEQ_B3()

uint8_t getEQ_B3 ( )

Gets the equalizer configuration of the 3 index B channel. This function reads the equalizer value of the 3 index B channel value.

Returns: 4 bit value of B3 equalizer.

◆ getFlatGain_B3()

uint8_t getFlatGain_B3 ( )

Gets the flat gain configuration of the 3 index B channel. This function reads the flat gain value of the 3 index B channel value.

Returns

2 bit value of B3 flat gain:

FLAT_GAIN_M4db -> -4 db
FLAT_GAIN_M2db -> -2 db
FLAT_GAIN_00db -> 0 db
FLAT_GAIN_P2db -> +2 db

◆ getSW_B3()

uint8_t getSW_B3 ( )

Gets the swing configuration of the 3 index B channel. This function reads the swing value of the 3 index B channel value.

Returns

1 bit value of B3 swing:

SWING_900mVpp -> 900 mVpp
SWING_1000mVpp -> 1000 mVpp

◆ setConfig_B3()

void setConfig_B3 ( uint8_t config )

Sets the configuration of the 3 index B channel. This function sets the configuration register of B3. NOT RECOMENDED TO USE! **.

Parameters

config 8 bit value of the config register

◆ setEQ_B3()

void setEQ_B3 ( uint8_t EQ )

Sets the equalizer value of the 3 index B channel. This function sets the equalizer value of B3.

Parameters

EQ	4 bit value of the equalizer index

◆ setFlatGain_B3()

void setFlatGain_B3 ( uint8_t flat_gain )

Sets the flat gain value of the 3 index B channel. This function sets the flat gain value of B3.

Parameters

flat_gain

2 bit value of the flat gain:

FLAT_GAIN_M4db -> -4 db
FLAT_GAIN_M2db -> -2 db
FLAT_GAIN_00db -> 0 db
FLAT_GAIN_P2db -> +2 db

◆ setSW_B3()

void setSW_B3 ( uint8_t swing )

Sets the swing value of the 3 index B channel. This function sets the swing value of B3.

Parameters

swing

1 bit value of the swing:

SWING_900mVpp -> 900 mVpp
SWING_1000mVpp -> 1000 mVpp

◆ getSignalDetectConfig()

uint8_t getSignalDetectConfig ( )

Gets the signal detect configuration register This function reads the signal detect configuration register values.

Returns: 8 bit value of signal detect configuration register.

◆ getSignalDetectConfig_A() [1/2]

uint8_t getSignalDetectConfig_A ( )

Gets the signal detect configuration of A channel This function reads the signal detect configuration register and returns the channel A status.

Returns: 4 bit value of channel A signal detect configuration.

◆ getSignalDetectConfig_A() [2/2]

uint8_t getSignalDetectConfig_A ( uint8_t index )

Gets the signal detect configuration A by channel index This function reads the signal detect configuration register value.

Parameters

index A reference to the channel index of A channel from 0 to 3.

Returns: return zero for enabled, otherwise for disabled.

◆ getSignalDetectConfig_B() [1/2]

uint8_t getSignalDetectConfig_B ( )

Gets the signal detect configuration of B channel This function reads the signal detect configuration register and returns the channel B status.

Returns: 4 bit value of channel B signal detect configuration.

◆ getSignalDetectConfig_B() [2/2]

uint8_t getSignalDetectConfig_B ( uint8_t index )

Gets the signal detect configuration B by channel index This function reads the signal detect configuration register value.

Parameters

index A reference to the channel index of B channel from 0 to 3.

Returns: return zero for enabled, otherwise for disabled.

◆ setSignalDetectConfig()

void setSignalDetectConfig ( uint8_t isDown )

Sets the signal detect configuration register. This function change the signal detect configuration of all channels.

Parameters

isDown

CFG_ON for enable
CFG_OFF for disable

◆ setSignalDetectConfig_A() [1/2]

void setSignalDetectConfig_A ( uint8_t isDown )

Sets the signal detect configuration of A channel. This function change the signal detect configuration of channel A.

Parameters

isDown

CFG_ON for enable
CFG_OFF for disable

◆ setSignalDetectConfig_A() [2/2]

void setSignalDetectConfig_A	(	uint8_t	index,
		uint8_t	isDown )

Sets the signal detect configuration of a given index of A channel. This function change the signal detect configuration of the given channel A index.

Parameters

index	A reference to the channel index of A channel from 0 to 3.
isDown	CFG_ON for enable CFG_OFF for disable

◆ setSignalDetectConfig_B() [1/2]

void setSignalDetectConfig_B ( uint8_t isDown )

Sets the signal detect configuration of B channel. This function change the signal detect configuration of channel B.

Parameters

isDown

CFG_ON for enable
CFG_OFF for disable

◆ setSignalDetectConfig_B() [2/2]

void setSignalDetectConfig_B	(	uint8_t	index,
		uint8_t	isDown )

Sets the signal detect configuration of a given index of B channel. This function change the signal detect configuration of the given channel B index.

Parameters

index	A reference to the channel index of B channel from 0 to 3.
isDown	CFG_ON for enable CFG_OFF for disable

◆ getRxDetectConfig()

uint8_t getRxDetectConfig ( )

Gets the RX detect configuration register This function reads the RX detect configuration register values.

Returns: 8 bit value of RX detect configuration register.

◆ getRxDetectConfig_A() [1/2]

uint8_t getRxDetectConfig_A ( )

Gets the RX detect configuration of A channel This function reads the RX detect configuration register and returns the channel A status.

Returns: 4 bit value of channel A RX detect configuration.

◆ getRxDetectConfig_A() [2/2]

uint8_t getRxDetectConfig_A ( uint8_t index )

Gets the RX detect configuration A by channel index This function reads the RX detect configuration register value.

Parameters

index A reference to the channel index of A channel from 0 to 3.

Returns: return zero for enabled, otherwise for disabled.

◆ getRxDetectConfig_B() [1/2]

uint8_t getRxDetectConfig_B ( )

Gets the RX detect configuration of B channel This function reads the RX detect configuration register and returns the channel B status.

Returns: 4 bit value of channel B RX detect configuration.

◆ getRxDetectConfig_B() [2/2]

uint8_t getRxDetectConfig_B ( uint8_t index )

Gets the RX detect configuration B by channel index This function reads the RX detect configuration register value.

Parameters

index A reference to the channel index of B channel from 0 to 3.

Returns: return zero for enabled, otherwise for disabled.

◆ setRxDetectConfig()

void setRxDetectConfig ( uint8_t isDown )

Sets the RX detect configuration register. This function change the RX detect configuration of all channels.

Parameters

isDown

CFG_ON for enable
CFG_OFF for disable

◆ setRxDetectConfig_A() [1/2]

void setRxDetectConfig_A ( uint8_t isDown )

Sets the RX detect configuration of A channel. This function change the RX detect configuration of channel A.

Parameters

isDown

CFG_ON for enable
CFG_OFF for disable

◆ setRxDetectConfig_A() [2/2]

void setRxDetectConfig_A	(	uint8_t	index,
		uint8_t	isDown )

Sets the RX detect configuration of a given index of A channel. This function change the RX detect configuration of the given channel A index.

Parameters

index	A reference to the channel index of A channel from 0 to 3.
isDown	CFG_ON for enable CFG_OFF for disable

◆ setRxDetectConfig_B() [1/2]

void setRxDetectConfig_B ( uint8_t isDown )

Sets the RX detect configuration of B channel. This function change the RX detect configuration of channel B.

Parameters

isDown

CFG_ON for enable
CFG_OFF for disable

◆ setRxDetectConfig_B() [2/2]

void setRxDetectConfig_B	(	uint8_t	index,
		uint8_t	isDown )

Sets the RX detect configuration of a given index of B channel. This function change the RX detect configuration of the given channel B index.

Parameters

index	A reference to the channel index of A channel from 0 to 3.
isDown	CFG_ON for enable CFG_OFF for disable

◆ getSDTConfig()

uint8_t getSDTConfig ( )

Gets the signal detect threshold of all channels. This function gets the signal detect threshold of all channels.

Returns

2 bit value of the signal detect threshold:

SDT_OFF_30_ON_130_mVpp -> 30 mVpp for off and 130 mVpp for on
SDT_OFF_50_ON_150_mVpp -> 50 mVpp for off and 150 mVpp for on
SDT_OFF_70_ON_170_mVpp -> 70 mVpp for off and 170 mVpp for on
SDT_OFF_110_ON_210_mVpp -> 110 mVpp for off and 210 mVpp for on

◆ setSDTConfig()

uint8_t setSDTConfig ( uint8_t thresh )

Sets the signal detect threshold for all channels. This function changes the signal detect threshold of all channels.

Parameters

thresh

2 bit value of the threshold:

SDT_OFF_30_ON_130_mVpp -> 30 mVpp for off and 130 mVpp for on
SDT_OFF_50_ON_150_mVpp -> 50 mVpp for off and 150 mVpp for on
SDT_OFF_70_ON_170_mVpp -> 70 mVpp for off and 170 mVpp for on
SDT_OFF_110_ON_210_mVpp -> 110 mVpp for off and 210 mVpp for on

◆ setConfig_A() [1/2]

void setConfig_A ( uint8_t config )

Sets the configuration of the channel A This function sets the configuration of channel A. NOT RECOMENDED TO USE! **.

Parameters

config 8 bit value of the config register

◆ setConfig_A() [2/2]

void setConfig_A	(	uint8_t	index,
		uint8_t	config )

Sets the configuration of the given index of channel A This function sets the configuration of the given index of channel A. This function is equal to setConfig_Ax(...) (x is channel index) NOT RECOMENDED TO USE! **.

Parameters

config 8 bit value of the config register

◆ setConfig_B() [1/2]

void setConfig_B ( uint8_t config )

Sets the configuration of the channel A This function sets the configuration of channel A. NOT RECOMENDED TO USE! **.

Parameters

config 8 bit value of the config register

◆ setConfig_B() [2/2]

void setConfig_B	(	uint8_t	index,
		uint8_t	config )

Sets the configuration of the given index of channel B This function sets the configuration of the given index of channel B. This function is equal to setConfig_Bx(...) (x is channel index) NOT RECOMENDED TO USE! **.

Parameters

config 8 bit value of the config register

◆ setConfig()

void setConfig ( uint8_t config )

Sets the configuration of all channels This function sets the configuration of all channels. NOT RECOMENDED TO USE! **.

Parameters

config 8 bit value of the config register

◆ setEQ_A()

void setEQ_A ( uint8_t EQ )

Sets the equalizer of the channel A This function sets the equalizer settings of the channel A.

Parameters

EQ	4 bit value of the equalizer index

◆ setEQ_B()

void setEQ_B ( uint8_t EQ )

Sets the equalizer of the channel B This function sets the equalizer settings of the channel B.

Parameters

EQ	4 bit value of the equalizer index

◆ setEQ()

void setEQ ( uint8_t EQ )

Sets the equalizer of the all channels This function sets the equalizer settings of the all channels.

Parameters

EQ	4 bit value of the equalizer index

◆ setFG_A()

void setFG_A ( uint8_t flat_gain )

Sets the flat gain of the channel A This function sets the flat gain setting of the channel A.

Parameters

flat_gain

2 bit value of the flat gain:

FLAT_GAIN_M4db -> -4 db
FLAT_GAIN_M2db -> -2 db
FLAT_GAIN_00db -> 0 db
FLAT_GAIN_P2db -> +2 db

◆ setFG_B()

void setFG_B ( uint8_t flat_gain )

Sets the flat gain of the channel B This function sets the flat gain setting of the channel B.

Parameters

flat_gain

2 bit value of the flat gain:

FLAT_GAIN_M4db -> -4 db
FLAT_GAIN_M2db -> -2 db
FLAT_GAIN_00db -> 0 db
FLAT_GAIN_P2db -> +2 db

◆ setFG()

void setFG ( uint8_t flat_gain )

Sets the flat gain of all channels This function sets the flat gain setting of all channels.

Parameters

flat_gain

2 bit value of the flat gain:

FLAT_GAIN_M4db -> -4 db
FLAT_GAIN_M2db -> -2 db
FLAT_GAIN_00db -> 0 db
FLAT_GAIN_P2db -> +2 db

◆ setSW_A()

void setSW_A ( uint8_t swing )

Sets the swing value of the channel A This function sets the swing value of the channel A.

Parameters

swing

1 bit value of the flat gain:

SWING_900mVpp -> 900 mVpp
SWING_1000mVpp -> 1000 mVpp

◆ setSW_B()

void setSW_B ( uint8_t swing )

Sets the swing value of the channel B This function sets the swing value of the channel B.

Parameters

swing

1 bit value of the flat gain:

SWING_900mVpp -> 900 mVpp
SWING_1000mVpp -> 1000 mVpp

◆ setSW()

void setSW ( uint8_t swing )

Sets the swing value of all channels This function sets the swing value of all channels.

Parameters

swing

1 bit value of the flat gain:

SWING_900mVpp -> 900 mVpp
SWING_1000mVpp -> 1000 mVpp

◆ dump_all()

void dump_all ( uint8_t * data )

Reads all of the registers This function reads all of the registers of the chip.

Parameters

data	A pointer to an array of 16 bytes to store the values.

The documentation for this class was generated from the following files:

Public Member Functions

Detailed Description

Member Function Documentation

◆ init()

◆ getSignalDetect()

◆ getSignalDetect_A() [1/2]

◆ getSignalDetect_A() [2/2]

◆ getSignalDetect_B() [1/2]

◆ getSignalDetect_B() [2/2]

◆ getRxDetect()

◆ getRxDetect_A() [1/2]

◆ getRxDetect_A() [2/2]

◆ getRxDetect_B() [1/2]

◆ getRxDetect_B() [2/2]

◆ getPowerDown()

◆ getPowerDown_A() [1/2]

◆ getPowerDown_A() [2/2]

◆ getPowerDown_B() [1/2]

◆ getPowerDown_B() [2/2]

◆ setPowerDown()

◆ setPowerDown_A() [1/2]

◆ setPowerDown_A() [2/2]

◆ setPowerDown_B() [1/2]

◆ setPowerDown_B() [2/2]

◆ getConfig_A0()

◆ getEQ_A0()

◆ getFlatGain_A0()

◆ getSW_A0()

◆ setConfig_A0()

◆ setEQ_A0()

◆ setFlatGain_A0()

◆ setSW_A0()

◆ getConfig_A1()

◆ getEQ_A1()

◆ getFlatGain_A1()

◆ getSW_A1()

◆ setConfig_A1()

◆ setEQ_A1()

◆ setFlatGain_A1()

◆ setSW_A1()

◆ getConfig_A2()

◆ getEQ_A2()

◆ getFlatGain_A2()

◆ getSW_A2()

◆ setConfig_A2()

◆ setEQ_A2()

◆ setFlatGain_A2()

◆ setSW_A2()

◆ getConfig_A3()

◆ getEQ_A3()

◆ getFlatGain_A3()

◆ getSW_A3()

◆ setConfig_A3()

◆ setEQ_A3()

◆ setFlatGain_A3()

◆ setSW_A3()

◆ getConfig_B0()

◆ getEQ_B0()

◆ getFlatGain_B0()

◆ getSW_B0()

◆ setConfig_B0()

◆ setEQ_B0()

◆ setFlatGain_B0()

◆ setSW_B0()

◆ getConfig_B1()

◆ getEQ_B1()

◆ getFlatGain_B1()

◆ getSW_B1()

◆ setConfig_B1()

◆ setEQ_B1()

◆ setFlatGain_B1()

◆ setSW_B1()

◆ getConfig_B2()

◆ getEQ_B2()

◆ getFlatGain_B2()

◆ getSW_B2()

◆ setConfig_B2()

◆ setEQ_B2()

◆ setFlatGain_B2()

◆ setSW_B2()