Functions
fsp_err_t	RM_MOTOR_120_CONTROL_SENSORLESS_Open (motor_120_control_ctrl_t const p_ctrl, motor_120_control_cfg_t const const p_cfg)
	Opens and configures the motor sensorless 120 detection module. Implements motor_120_control_api_t::open. More...

fsp_err_t	RM_MOTOR_120_CONTROL_SENSORLESS_Close (motor_120_control_ctrl_t *const p_ctrl)
	Disables specified motor sensorless 120 detection module. Implements motor_120_control_api_t::close. More...

fsp_err_t	RM_MOTOR_120_CONTROL_SENSORLESS_Run (motor_120_control_ctrl_t *const p_ctrl)
	Run motor (Start motor rotation). Implements motor_120_control_api_t::run. More...

fsp_err_t	RM_MOTOR_120_CONTROL_SENSORLESS_Stop (motor_120_control_ctrl_t *const p_ctrl)
	Stop motor (Stop motor rotation). Implements motor_120_control_api_t::stop. More...

fsp_err_t	RM_MOTOR_120_CONTROL_SENSORLESS_Reset (motor_120_control_ctrl_t *const p_ctrl)
	Reset variables of motor sensorless 120 detection module. Implements motor_120_control_api_t::reset. More...

fsp_err_t	RM_MOTOR_120_CONTROL_SENSORLESS_SpeedSet (motor_120_control_ctrl_t *const p_ctrl, float const speed_rpm)
	Set speed[rpm]. Implements motor_120_control_api_t::speedSet. More...

fsp_err_t	RM_MOTOR_120_CONTROL_SENSORLESS_SpeedGet (motor_120_control_ctrl_t const p_ctrl, float const p_speed_rpm)
	Get speed. Implements motor_120_control_api_t::speedGet. More...

fsp_err_t	RM_MOTOR_120_CONTROL_SENSORLESS_CurrentGet (motor_120_control_ctrl_t const p_ctrl, motor_120_driver_current_status_t const p_current_status)
	Get current. Implements motor_120_control_api_t::currentGet. More...

fsp_err_t	RM_MOTOR_120_CONTROL_SENSORLESS_WaitStopFlagGet (motor_120_control_ctrl_t const p_ctrl, motor_120_control_wait_stop_flag_t const p_flag)
	Get wait stop flag. Implements motor_120_control_api_t::waitStopFlagGet. More...

fsp_err_t	RM_MOTOR_120_CONTROL_SENSORLESS_TimeoutErrorFlagGet (motor_120_control_ctrl_t const p_ctrl, motor_120_control_timeout_error_flag_t const p_timeout_error_flag)
	Get timeout error flag. Implements motor_120_control_api_t::timeoutErrorFlagGet. More...

fsp_err_t	RM_MOTOR_120_CONTROL_SENSORLESS_PatternErrorFlagGet (motor_120_control_ctrl_t const p_ctrl, motor_120_control_pattern_error_flag_t const p_pattern_error_flag)
	Get pattern error flag. Implements motor_120_control_api_t::patternErrorFlagGet. More...

fsp_err_t	RM_MOTOR_120_CONTROL_SENSORLESS_VoltageRefGet (motor_120_control_ctrl_t const p_ctrl, motor_120_control_voltage_ref_t const p_voltage_ref)
	Get voltage ref. Implements motor_120_control_api_t::voltageRefGet. More...

fsp_err_t	RM_MOTOR_120_CONTROL_SENSORLESS_ParameterUpdate (motor_120_control_ctrl_t const p_ctrl, motor_120_control_cfg_t const const p_cfg)
	Update the parameters of sensorless 120 detection module. Implements motor_120_control_api_t::parameterUpdate. More...

Detailed Description

Calculation process for the motor control on RA MCUs. This module implements the Motor 120-Degree Control Interface.

Overview

The motor current is used to control the electric current of motor rotation in an appication. This module should be called cyclically after the A/D conversion of electric current of each phase in an application. This module calculates each phase voltage with input current reference, electric current and rotor angle.

Features

The motor 120 control sensorless module has below features.

Calculate each phase(U/V/W) voltage.
Decoupling control.
Voltage error compensation.

Configuration

Build Time Configurations for rm_motor_120_control_sensorless

The following build time configurations are defined in fsp_cfg/rm_motor_120_control_sensorless_cfg.h:

Configuration	Options	Default	Description
Parameter Checking	Default (BSP) Enabled Disabled	Default (BSP)	If selected code for parameter checking is included in the build.

Configurations for Motor > 120-degree conduction control sensorless (rm_motor_120_control_sensorless)

This module can be added to the Stacks tab via New Stack > Motor > 120-degree conduction control sensorless (rm_motor_120_control_sensorless).

Configuration	Options	Default	Description
General
Name	Name must be a valid C symbol	g_motor_120_control_sensorless0	Module name.
Conduction type	First 60 degree PWM Complementary First 60 degree PWM	First 60 degree PWM	Select conduction type
Stop BEMF	Must be a valid non-negative value.	0.5	Value of stop motor BEMF (U+V+W)
Timeout counts (msec)	Must be a valid non-negative value.	2000	Undetected time
Maximum voltage for BOOT (V)	Must be a valid non-negative value.	8.0	Maximum output voltage for boot mode (V)
Maximum voltage (V)	Must be a valid non-negative value.	20.0	Maximum output voltage (V)
Minimum voltage (V)	Must be a valid non-negative value.	3.0	Minimum output voltage (V)
Carrier frequency (kHz)	Must be a valid non-negative value.	20.0	PWM carrier frequency (kHz)
Adjusting angle	Manual Entry	0	Adjusting angle
Speed PI decimation	Must be a valid non-negative value.	1	Speed PI control decimation count
Free run timer frequency (MHz)	Must be a valid non-negative value.	120	Freerun timer frequency (MHz)
Speed LPF K	Must be a valid non-negative value.	1.0	Speed LPF parameter
Step of speed change	Must be a valid non-negative value.	0.2	Speed reference change step
Boot reference voltage (V)	Must be a valid non-negative value.	3.0	Voltage reference for boot mode
Voltage lamping time	Must be a valid non-negative value.	128	Voltage lamping time
Voltage constant adjust time	Must be a valid non-negative value.	64	Voltage constant adjust time value (msec)
Open loop start speed (rpm)	Manual Entry	150	Open loop start speed (rpm)
Open loop mode2 speed (rpm)	Manual Entry	185	to mode2 change speed (rpm)
Open loop mode3 speed (rpm)	Manual Entry	1000	to mode3 change speed (rpm)
Open loop start voltage (V)	Must be a valid non-negative value.	3.0	start reference voltage (V)
Open loop mode1 speed rate	Must be a valid non-negative value.	0.25	increase rate of reference speed (rpm/control period)
Open loop mode2 voltage rate	Must be a valid non-negative value.	0.00285	increase rate of reference voltage (v/control period)
Open loop mode2 speed rate	Must be a valid non-negative value.	0.71	increase rate of reference speed (rpm/control period)
Open loop mode3 voltage rate	Must be a valid non-negative value.	0.002	increase rate of reference voltage (v/control period)
Open loop maximum voltage (V)	Must be a valid non-negative value.	6.5	openloop maximum voltage (V)
PI control KP	Must be a valid non-negative value.	0.02	PI control gain of proportional term
PI control KI	Must be a valid non-negative value.	0.004	PI control gain of integral term
PI control limit	Must be a valid non-negative value.	24.0	PI control limit of integral term
Motor Parameter
Pole pairs	Must be a valid non-negative value.	2	Pole pairs
Resistance (ohm)	Must be a valid non-negative value.	6.447	Resistance
Inductance of d-axis (H)	Must be a valid non-negative value.	0.0045	Inductance of d-axis
Inductance of q-axis (H)	Must be a valid non-negative value.	0.0045	Inductance of q-axis
Permanent magnetic flux (Wb)	Must be a valid non-negative value.	0.02159	Permanent magnetic flux
Motor Parameter > Rotor inertia (kgm^2)	Must be a valid non-negative value.	1.8	Rotor inertia
Interrupts
Callback	Name must be a valid C symbol	NULL	callback function

Clock Configuration

This module doesn't depend on clock setting, because this module is a simple calculation process.

Pin Configuration

This module does not use I/O pins.

Usage Notes

Limitations

Set the period of current control with none-negative value.
Set the reference voltage with none-negative value.

Examples

Basic Example

This is a basic example of minimal use of the motor 120 control sensorless in an application.

void motor_120_control_sensorless_basic_example (void)
{
    fsp_err_t err = FSP_SUCCESS;
    /* Initializes the module. */
    err = RM_MOTOR_120_CONTROL_SENSORLESS_Open(g_motor_120_control_sensorless0.p_ctrl,
                                               g_motor_120_control_sensorless0.p_cfg);
    assert(FSP_SUCCESS == err);
    /* Set speed reference before motor run */
    (void) RM_MOTOR_120_CONTROL_SENSORLESS_SpeedSet(g_motor_120_control_sensorless0.p_ctrl,
                                                    DEF_120_CONTROL_SENSORLESSHALL_TEST_OVSPD_LIM);
    /* Start motor rotation */
    (void) RM_MOTOR_120_CONTROL_SENSORLESS_Run(g_motor_120_control_sensorless0.p_ctrl);
    /* Get current motor speed */
    (void) RM_MOTOR_120_CONTROL_SENSORLESS_SpeedGet(g_motor_120_control_sensorless0.p_ctrl, &smpl_speed);
    /* Get current */
    (void) RM_MOTOR_120_CONTROL_SENSORLESS_CurrentGet(g_motor_120_control_sensorless0.p_ctrl, &smpl_current_status);
    /* Get wait stop flag */
    (void) RM_MOTOR_120_CONTROL_SENSORLESS_WaitStopFlagGet(g_motor_120_control_sensorless0.p_ctrl,
                                                           &smpl_wait_stop_flag);
    /* Get timeout error flag */
    (void) RM_MOTOR_120_CONTROL_SENSORLESS_TimeoutErrorFlagGet(g_motor_120_control_sensorless0.p_ctrl,
                                                               &smpl_timeout_error_flag);
    /* Get pattern error flag */
    (void) RM_MOTOR_120_CONTROL_SENSORLESS_PatternErrorFlagGet(g_motor_120_control_sensorless0.p_ctrl,
                                                               &smpl_pattern_error_flag);
    /* Get voltage ref */
    (void) RM_MOTOR_120_CONTROL_SENSORLESS_VoltageRefGet(g_motor_120_control_sensorless0.p_ctrl, &smpl_voltage_ref);
    (void) RM_MOTOR_120_CONTROL_SENSORLESS_ParameterUpdate(g_motor_120_control_sensorless0.p_ctrl,
                                                           g_motor_120_control_sensorless0.p_cfg);
    /* Stop motor rotation */
    (void) RM_MOTOR_120_CONTROL_SENSORLESS_Stop(g_motor_120_control_sensorless0.p_ctrl);
    /* Reset the process. */
    (void) RM_MOTOR_120_CONTROL_SENSORLESS_Reset(g_motor_120_control_sensorless0.p_ctrl);
    /* Close the module. */
    (void) RM_MOTOR_120_CONTROL_SENSORLESS_Close(g_motor_120_control_sensorless0.p_ctrl);
}

Data Structures
struct	motor_120_control_sensorless_extended_cfg_t

struct	motor_120_control_sensorless_instance_ctrl_t

Enumerations
enum	motor_120_control_sensorless_draw_in_position_t

enum	motor_120_control_sensorless_pattern_change_flag_t

Data Structure Documentation

◆ motor_120_control_sensorless_extended_cfg_t

struct motor_120_control_sensorless_extended_cfg_t

Extended configurations for motor 120 control sensorless

Data Fields
float	f4_stop_bemf	Value of stop motor BEMF (U+V+W)
float	f4_max_boot_v	Max output voltage for boot mode (V)
float	f4_carrier_freq	Carrier wave frequency (kHz)
int32_t	s4_angle_shift_adjust	Adjusting angle.
float	f4_boot_ref_v	Voltage reference when zero speed (V)
uint32_t	u4_v_up_time	Voltage lamping time.
uint32_t	u4_v_const_time	Voltage constant adjust time value (ms)
int32_t	s4_ol_start_rpm	Start speed (rpm)
int32_t	s4_ol_mode1_change_rpm	To mode2 change speed (rpm)
int32_t	s4_ol_mode2_change_rpm	To mode3 change speed (rpm)
float	f4_ol_start_refv	Start reference voltage (V)
float	f4_ol_mode1_rate_rpm	Increase rate of reference speed (rpm/control period)
float	f4_ol_mode2_rate_refv	Increase rate of reference voltage (v/control period)
float	f4_ol_mode2_rate_rpm	Increase rate of reference speed (rpm/control period)
float	f4_ol_mode3_rate_refv	Increase rate of reference voltage (v/control period)
float	f4_ol_mode3_max_refv	Openloop max voltage (V)
motor_120_driver_instance_t const *	p_motor_120_driver_instance	Motor 120 driver access module.
timer_instance_t const *	p_speed_cyclic_timer_instance	Cyclic process of speed control timer module.
timer_instance_t const *	p_speed_calc_timer_instance	Speed calculate timer module.

◆ motor_120_control_sensorless_instance_ctrl_t

struct motor_120_control_sensorless_instance_ctrl_t

120 control sensorless instance control block

Data Fields
uint32_t	open	Used to determine if the channel is configured.
motor_120_control_status_t	active	Flag to set active/inactive the motor 120 control.
motor_120_control_run_mode_t	run_mode	Drive mode.
motor_120_control_timeout_error_flag_t	timeout_error_flag	Timeout error status.
motor_120_control_pattern_error_flag_t	pattern_error_flag	Bemf pattern error status.
motor_120_control_rotation_direction_t	direction	Rotational direction (0:CW ,1:CCW)
float	f4_ol_pattern_set_calc	Counts to change timing of open loop pattern.
float	f4_speed_calc_base	Base counts to calculate rotation speed.
float	f_rpm2rad	Translate value to radian/second to rpm.
float	f4_v_ref	Voltage reference (output of speed PI control)
uint32_t	u4_pwm_duty	PWM duty.
float	f4_ref_speed_rad	Motor speed reference.
float	f4_ref_speed_rad_ctrl	Motor speed reference for speed PI control.
float	f4_speed_rad	Motor speed.
uint32_t	u4_cnt_speed_pi	Counter for period of speed PI control.
motor_120_control_wait_stop_flag_t	flag_wait_stop	Flag for waiting for motor stop.
float	f4_vn_ad	Neutral voltage.
uint32_t	u4_cnt_adj_v	Voltage lamping count adjustment.
motor_120_control_sensorless_draw_in_position_t	flag_draw_in	Status of draw in a initial position.
motor_120_driver_phase_pattern_t	v_pattern	Voltage pattern.
uint32_t	u4_v_pattern_num	Selecting pattern number for openloop drive.
uint32_t	u4_bemf_signal	Pattern of BEMF.
uint32_t	u4_pre_bemf_signal	Previous pattern of BEMF.
motor_120_control_sensorless_pattern_change_flag_t	flag_pattern_change	Pattern change flag.
motor_120_control_speed_ref_t	flag_speed_ref	Speed reference flag.
motor_120_control_voltage_ref_t	flag_voltage_ref	Voltage reference flag.
uint32_t	u4_ol_signal	Pattern of BEMF.
uint32_t	u4_ol_pattern_set	Openloop frequency.
uint32_t	u4_cnt_ol_pattern_set	Counter for openloop pattern change.
uint32_t	u4_cnt_timeout	Counter for timeout error.
uint32_t	u4_bemf_timer_cnt	Value of timer counter.
uint32_t	u4_pre_bemf_timer_cnt	Previous value of timer counter.
int32_t	s4_timer_cnt_ave	Counts for 360 degrees.
uint32_t	u4_timer_cnt_buf[MOTOR_120_CONTROL_SENSORLESS_TIMES]	Counts for 60 degrees.
uint32_t	u4_timer_cnt_num	Array element number before 360 degrees.
uint32_t	u4_cnt_carrier	Counter for carrier interrupt.
uint32_t	u4_pre_cnt_carrier	Previous carrier interrupt count.
uint32_t	u4_angle_shift_cnt	Shift degrees count.
float	f4_pi_ctrl_err	PI control error.
float	f4_pi_ctrl_refi	PI control buffer of integral term.
motor_120_control_cfg_t const *	p_cfg	Pointer of configuration structure.
timer_direction_t	timer_direction	Hold timer direction.
timer_callback_args_t	timer_args	For call timer callbackSet function.

Enumeration Type Documentation

◆ motor_120_control_sensorless_draw_in_position_t

enum motor_120_control_sensorless_draw_in_position_t

Draw in a initial position

Enumerator
MOTOR_120_CONTROL_SENSORLESS_DRAW_IN_POSITION_INIT	Inital parameter.
MOTOR_120_CONTROL_SENSORLESS_DRAW_IN_POSITION_1ST_TIME	Draw in a initial position of the 1st time.
MOTOR_120_CONTROL_SENSORLESS_DRAW_IN_POSITION_2ND_TIME	Draw in a initial position of the 2nd time.

◆ motor_120_control_sensorless_pattern_change_flag_t

enum motor_120_control_sensorless_pattern_change_flag_t

Pattern change

Enumerator
MOTOR_120_CONTROL_SENSORLESS_PATTERN_CHANGE_FLAG_CLEAR	Inital parameter.
MOTOR_120_CONTROL_SENSORLESS_PATTERN_CHANGE_FLAG_SET	Voltage pattern change.

Function Documentation

◆ RM_MOTOR_120_CONTROL_SENSORLESS_Open()

fsp_err_t RM_MOTOR_120_CONTROL_SENSORLESS_Open	(	motor_120_control_ctrl_t *const	p_ctrl,
		motor_120_control_cfg_t const *const	p_cfg
	)

Opens and configures the motor sensorless 120 detection module. Implements motor_120_control_api_t::open.

Example:

    /* Initializes the module. */
    err = RM_MOTOR_120_CONTROL_SENSORLESS_Open(g_motor_120_control_sensorless0.p_ctrl,
                                               g_motor_120_control_sensorless0.p_cfg);

Return values

FSP_SUCCESS	Motor driver successfully configured.
FSP_ERR_ASSERTION	Null pointer, or one or more configuration options is invalid.
FSP_ERR_ALREADY_OPEN	Module is already open. This module can only be opened once.
FSP_ERR_INVALID_ARGUMENT	Input parameter error.

◆ RM_MOTOR_120_CONTROL_SENSORLESS_Close()

fsp_err_t RM_MOTOR_120_CONTROL_SENSORLESS_Close ( motor_120_control_ctrl_t *const p_ctrl )

Disables specified motor sensorless 120 detection module. Implements motor_120_control_api_t::close.

Example:

    /* Close the module. */
    (void) RM_MOTOR_120_CONTROL_SENSORLESS_Close(g_motor_120_control_sensorless0.p_ctrl);

Return values

FSP_SUCCESS	Successfully closed.
FSP_ERR_ASSERTION	Null pointer.
FSP_ERR_NOT_OPEN	Module is not open.

◆ RM_MOTOR_120_CONTROL_SENSORLESS_Run()

fsp_err_t RM_MOTOR_120_CONTROL_SENSORLESS_Run ( motor_120_control_ctrl_t *const p_ctrl )

Run motor (Start motor rotation). Implements motor_120_control_api_t::run.

Example:

    /* Start motor rotation */
    (void) RM_MOTOR_120_CONTROL_SENSORLESS_Run(g_motor_120_control_sensorless0.p_ctrl);

Return values

FSP_SUCCESS	Successfully resetted.
FSP_ERR_ASSERTION	Null pointer.
FSP_ERR_NOT_OPEN	Module is not open.

◆ RM_MOTOR_120_CONTROL_SENSORLESS_Stop()

fsp_err_t RM_MOTOR_120_CONTROL_SENSORLESS_Stop ( motor_120_control_ctrl_t *const p_ctrl )

Stop motor (Stop motor rotation). Implements motor_120_control_api_t::stop.

Example:

    /* Stop motor rotation */
    (void) RM_MOTOR_120_CONTROL_SENSORLESS_Stop(g_motor_120_control_sensorless0.p_ctrl);

Return values

FSP_SUCCESS	Successfully resetted.
FSP_ERR_ASSERTION	Null pointer.
FSP_ERR_NOT_OPEN	Module is not open.

◆ RM_MOTOR_120_CONTROL_SENSORLESS_Reset()

fsp_err_t RM_MOTOR_120_CONTROL_SENSORLESS_Reset ( motor_120_control_ctrl_t *const p_ctrl )

Reset variables of motor sensorless 120 detection module. Implements motor_120_control_api_t::reset.

Example:

    /* Reset the process. */
    (void) RM_MOTOR_120_CONTROL_SENSORLESS_Reset(g_motor_120_control_sensorless0.p_ctrl);

Return values

FSP_SUCCESS	Successfully reset.
FSP_ERR_ASSERTION	Null pointer.
FSP_ERR_NOT_OPEN	Module is not open.

◆ RM_MOTOR_120_CONTROL_SENSORLESS_SpeedSet()

fsp_err_t RM_MOTOR_120_CONTROL_SENSORLESS_SpeedSet	(	motor_120_control_ctrl_t *const	p_ctrl,
		float const	speed_rpm
	)

Set speed[rpm]. Implements motor_120_control_api_t::speedSet.

Example:

    /* Set speed reference before motor run */
    (void) RM_MOTOR_120_CONTROL_SENSORLESS_SpeedSet(g_motor_120_control_sensorless0.p_ctrl,
                                                    DEF_120_CONTROL_SENSORLESSHALL_TEST_OVSPD_LIM);

Return values

FSP_SUCCESS	Successfully resetted.
FSP_ERR_ASSERTION	Null pointer.
FSP_ERR_NOT_OPEN	Module is not open.

◆ RM_MOTOR_120_CONTROL_SENSORLESS_SpeedGet()

fsp_err_t RM_MOTOR_120_CONTROL_SENSORLESS_SpeedGet	(	motor_120_control_ctrl_t *const	p_ctrl,
		float *const	p_speed_rpm
	)

Get speed. Implements motor_120_control_api_t::speedGet.

Example:

    /* Get current motor speed */
    (void) RM_MOTOR_120_CONTROL_SENSORLESS_SpeedGet(g_motor_120_control_sensorless0.p_ctrl, &smpl_speed);

Return values

FSP_SUCCESS	Successfully resetted.
FSP_ERR_ASSERTION	Null pointer.
FSP_ERR_NOT_OPEN	Module is not open.
FSP_ERR_INVALID_ARGUMENT	Input parameter error.

◆ RM_MOTOR_120_CONTROL_SENSORLESS_CurrentGet()

fsp_err_t RM_MOTOR_120_CONTROL_SENSORLESS_CurrentGet	(	motor_120_control_ctrl_t *const	p_ctrl,
		motor_120_driver_current_status_t *const	p_current_status
	)

Get current. Implements motor_120_control_api_t::currentGet.

Example:

    /* Get current */
    (void) RM_MOTOR_120_CONTROL_SENSORLESS_CurrentGet(g_motor_120_control_sensorless0.p_ctrl, &smpl_current_status);

Return values

FSP_SUCCESS	Successfully resetted.
FSP_ERR_ASSERTION	Null pointer.
FSP_ERR_NOT_OPEN	Module is not open.
FSP_ERR_INVALID_ARGUMENT	Input parameter error.

◆ RM_MOTOR_120_CONTROL_SENSORLESS_WaitStopFlagGet()

fsp_err_t RM_MOTOR_120_CONTROL_SENSORLESS_WaitStopFlagGet	(	motor_120_control_ctrl_t *const	p_ctrl,
		motor_120_control_wait_stop_flag_t *const	p_flag
	)

Get wait stop flag. Implements motor_120_control_api_t::waitStopFlagGet.

Example:

    /* Get wait stop flag */
    (void) RM_MOTOR_120_CONTROL_SENSORLESS_WaitStopFlagGet(g_motor_120_control_sensorless0.p_ctrl,
                                                           &smpl_wait_stop_flag);

Return values

FSP_SUCCESS	Successfully resetted.
FSP_ERR_ASSERTION	Null pointer.
FSP_ERR_NOT_OPEN	Module is not open.
FSP_ERR_INVALID_ARGUMENT	Input parameter error.

◆ RM_MOTOR_120_CONTROL_SENSORLESS_TimeoutErrorFlagGet()

fsp_err_t RM_MOTOR_120_CONTROL_SENSORLESS_TimeoutErrorFlagGet	(	motor_120_control_ctrl_t *const	p_ctrl,
		motor_120_control_timeout_error_flag_t *const	p_timeout_error_flag
	)

Get timeout error flag. Implements motor_120_control_api_t::timeoutErrorFlagGet.

Example:

    /* Get timeout error flag */
    (void) RM_MOTOR_120_CONTROL_SENSORLESS_TimeoutErrorFlagGet(g_motor_120_control_sensorless0.p_ctrl,
                                                               &smpl_timeout_error_flag);

Return values

FSP_SUCCESS	Successfully resetted.
FSP_ERR_ASSERTION	Null pointer.
FSP_ERR_NOT_OPEN	Module is not open.
FSP_ERR_INVALID_ARGUMENT	Input parameter error.

◆ RM_MOTOR_120_CONTROL_SENSORLESS_PatternErrorFlagGet()

fsp_err_t RM_MOTOR_120_CONTROL_SENSORLESS_PatternErrorFlagGet	(	motor_120_control_ctrl_t *const	p_ctrl,
		motor_120_control_pattern_error_flag_t *const	p_pattern_error_flag
	)

Get pattern error flag. Implements motor_120_control_api_t::patternErrorFlagGet.

Example:

    /* Get pattern error flag */
    (void) RM_MOTOR_120_CONTROL_SENSORLESS_PatternErrorFlagGet(g_motor_120_control_sensorless0.p_ctrl,
                                                               &smpl_pattern_error_flag);

Return values

FSP_SUCCESS	Successfully resetted.
FSP_ERR_ASSERTION	Null pointer.
FSP_ERR_NOT_OPEN	Module is not open.
FSP_ERR_INVALID_ARGUMENT	Input parameter error.

◆ RM_MOTOR_120_CONTROL_SENSORLESS_VoltageRefGet()

fsp_err_t RM_MOTOR_120_CONTROL_SENSORLESS_VoltageRefGet	(	motor_120_control_ctrl_t *const	p_ctrl,
		motor_120_control_voltage_ref_t *const	p_voltage_ref
	)

Get voltage ref. Implements motor_120_control_api_t::voltageRefGet.

Example:

    /* Get voltage ref */
    (void) RM_MOTOR_120_CONTROL_SENSORLESS_VoltageRefGet(g_motor_120_control_sensorless0.p_ctrl, &smpl_voltage_ref);

Return values

FSP_SUCCESS	Successfully resetted.
FSP_ERR_ASSERTION	Null pointer.
FSP_ERR_NOT_OPEN	Module is not open.
FSP_ERR_INVALID_ARGUMENT	Input parameter error.

◆ RM_MOTOR_120_CONTROL_SENSORLESS_ParameterUpdate()

fsp_err_t RM_MOTOR_120_CONTROL_SENSORLESS_ParameterUpdate	(	motor_120_control_ctrl_t *const	p_ctrl,
		motor_120_control_cfg_t const *const	p_cfg
	)

Update the parameters of sensorless 120 detection module. Implements motor_120_control_api_t::parameterUpdate.

Example:

    (void) RM_MOTOR_120_CONTROL_SENSORLESS_ParameterUpdate(g_motor_120_control_sensorless0.p_ctrl,
                                                           g_motor_120_control_sensorless0.p_cfg);

Return values

FSP_SUCCESS	Successfully data was updated.
FSP_ERR_ASSERTION	Null pointer.
FSP_ERR_NOT_OPEN	Module is not open.
FSP_ERR_INVALID_ARGUMENT	Input parameter error.

Functions

Detailed Description

Overview

Features

Configuration

Build Time Configurations for rm_motor_120_control_sensorless

Configurations for Motor > 120-degree conduction control sensorless (rm_motor_120_control_sensorless)

Clock Configuration

Pin Configuration

Usage Notes

Limitations

Examples

Basic Example

Data Structures

Enumerations

Data Structure Documentation

◆ motor_120_control_sensorless_extended_cfg_t

◆ motor_120_control_sensorless_instance_ctrl_t

Enumeration Type Documentation

◆ motor_120_control_sensorless_draw_in_position_t

◆ motor_120_control_sensorless_pattern_change_flag_t

Function Documentation

◆ RM_MOTOR_120_CONTROL_SENSORLESS_Open()

◆ RM_MOTOR_120_CONTROL_SENSORLESS_Close()

◆ RM_MOTOR_120_CONTROL_SENSORLESS_Run()

◆ RM_MOTOR_120_CONTROL_SENSORLESS_Stop()

◆ RM_MOTOR_120_CONTROL_SENSORLESS_Reset()

◆ RM_MOTOR_120_CONTROL_SENSORLESS_SpeedSet()

◆ RM_MOTOR_120_CONTROL_SENSORLESS_SpeedGet()

◆ RM_MOTOR_120_CONTROL_SENSORLESS_CurrentGet()

◆ RM_MOTOR_120_CONTROL_SENSORLESS_WaitStopFlagGet()

◆ RM_MOTOR_120_CONTROL_SENSORLESS_TimeoutErrorFlagGet()

◆ RM_MOTOR_120_CONTROL_SENSORLESS_PatternErrorFlagGet()

◆ RM_MOTOR_120_CONTROL_SENSORLESS_VoltageRefGet()

◆ RM_MOTOR_120_CONTROL_SENSORLESS_ParameterUpdate()