ACMP initialization structure.

Public Attributes#

uint32_t
bias_prog

Controls the bias current.

uint32_t
vref_div

Controls the VDD division factor. VREFOUT = VREFIN * (VREFDIV / 63).

sl_hal_acmp_input_range_t
input_range

Selects the input range.

sl_hal_acmp_accuracy_t
accuracy

Selects the ACMP accuracy mode.

sl_hal_acmp_hysteresis_t
hysteresis_rise

Selects the hysteresis level on rising edge.

sl_hal_acmp_hysteresis_t
hysteresis_fall

Selects the hysteresis level on falling edge.

bool
inactive_value

Inactive value emitted by ACMP during warmup.

Public Attribute Documentation#

bias_prog#

uint32_t sl_hal_acmp_init_t::bias_prog

Controls the bias current.


vref_div#

uint32_t sl_hal_acmp_init_t::vref_div

Controls the VDD division factor. VREFOUT = VREFIN * (VREFDIV / 63).


input_range#

sl_hal_acmp_input_range_t sl_hal_acmp_init_t::input_range

Selects the input range.


accuracy#

sl_hal_acmp_accuracy_t sl_hal_acmp_init_t::accuracy

Selects the ACMP accuracy mode.


hysteresis_rise#

sl_hal_acmp_hysteresis_t sl_hal_acmp_init_t::hysteresis_rise

Selects the hysteresis level on rising edge.


hysteresis_fall#

sl_hal_acmp_hysteresis_t sl_hal_acmp_init_t::hysteresis_fall

Selects the hysteresis level on falling edge.


inactive_value#

bool sl_hal_acmp_init_t::inactive_value

Inactive value emitted by ACMP during warmup.