ADXL375 Class Reference

Collaboration diagram for ADXL375:

Public Member Functions
	ADXL375 (TwoWire *pipe, uint32_t freq)
	ADXL375 (byte chipSelect, SPIClass &spi, uint32_t freq)
void	begin ()
byte	who_am_i ()
uint8_t	set_spi_mode (bool enable)
uint8_t	set_INTERRUPT (int bit_num, bool set_pin, ADXL375_INTERRUPTS interrupt, bool enable)
uint8_t	set_low_DATA_RATE (ADXL375_Low_power_ODR rate)
uint8_t	set_data_rate (ADXL375_ODR rate)
uint8_t	set_measure_mode (bool enable)
uint8_t	ac_coupled_mode (bool enable)
uint8_t	set_fifo_mode (ADXL375_FIFO_MODES mode)
uint8_t	default_configuration ()
float	self_test ()
Vector< double, 3 >	get_accel ()
protocol *	get_device ()
uint8_t	reset ()

Protected Attributes
protocol *	device

Member Function Documentation

reset()

uint8_t ADXL375::reset

(

)

Write to all registers their default values.

Returns

0 if success, else error code

self_test()

float ADXL375::self_test

(

)

Run the self test procedure as described in the datasheet page 29.

Returns

The self test result (z axis). From testing this seems to range between 50-60.

set_data_rate()

uint8_t ADXL375::set_data_rate

(

ADXL375_ODR

rate

)

Set the device bandwidth and output data rate. Default is 100Hz ADXL375_ODR.

The selected output data rate must be appropriate for the communication protocol and frequency selected.

Selecting an output data rate that is too high for the communication speed may result in samples being discarded

Parameters

rate	The new Output Data Rate to set

Returns

0 if success, else error code

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

• lib/Arduino-ADXL375/src/ADXL375.h
• lib/Arduino-ADXL375/src/ADXL375.cpp