Struct StandardPowerRangeDataObject 

pub struct StandardPowerRangeDataObject { /* private fields */ }

Represents the standard power range for the AP33772S. Many Power supplies will support various objects that implement the StandardPowerRange. This contains all the necessary information to select or query what the power range capabilities are.

Implementations

impl StandardPowerRangeDataObject

pub const ZERO: Self

Creates a new instance with a raw value of 0. Equivalent to [Self::new_with_raw_value(0)].

pub const DEFAULT: Self

An instance that uses the default value 0x00

pub const fn new() -> Self

👎Deprecated:

Use StandardPowerRangeDataObject::Default (or StandardPowerRangeDataObject::DEFAULT in const context) instead

Creates a new instance of this struct using the default value

pub const fn raw_value(&self) -> u16

Returns the underlying raw value of this bitfield

pub const fn new_with_raw_value(value: u16) -> StandardPowerRangeDataObject

Creates a new instance of this bitfield with the given raw value.

No checks are performed on the value, so it is possible to set bits that don’t have any accessors specified.

pub const fn builder() -> PartialStandardPowerRangeDataObject

Creates a builder for this bitfield which ensures that all writable fields are initialized.

pub const fn raw_max_voltage(&self) -> u8

pub const fn minimum_voltage_or_peak_current(&self) -> u2

pub const fn max_current(&self) -> SourceMaximumCurrent

pub const fn source_power_type(&self) -> PowerType

pub const fn is_detected(&self) -> bool

impl StandardPowerRangeDataObject

Maximum Voltage of 21 (21000 mV) with 100mV resolution U16 can hold values up to 65535 0 = 0mV 1 = 100mV 2 = 200mV … 210 = 21000mV (21V) This means the maximum raw value is 210 210 * 100 = 21000mV Therefore the voltage should be checked multiplied and stored in a U16

pub const VOLTAGE_RESOLUTION: u16 = 100

The Voltage Resolution defined in mV per LSB

pub const ABSOLUTE_MAXIMUM_VOLTAGE: u16 = 21000

The Maximum Voltage that can be requested using this data object, this is not the max_voltage that the data object can provide, but rather the Absolute Maximum Voltage that the Standard rage profile can support. Use max_voltage function to find out what value is supported. It is is defined in mV

pub fn max_voltage(&self) -> Result<ElectricPotential, Ap33772sError>

Returns the maximum voltage that can be requested using this data object.

pub fn peak_current(&self) -> Option<PeakCurrent>

Returns the peak current that can be requested using this data object.

pub fn minimum_voltage(&self) -> Option<MinimumVoltage>

Returns the minimum voltage that can be requested using this data object.

Trait Implementations

impl Clone for StandardPowerRangeDataObject

fn clone(&self) -> StandardPowerRangeDataObject

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Copy for StandardPowerRangeDataObject

impl Debug for StandardPowerRangeDataObject

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl Default for StandardPowerRangeDataObject

fn default() -> Self

Returns the “default value” for a type.

impl Display for StandardPowerRangeDataObject

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl Format for StandardPowerRangeDataObject

Available on crate feature defmt only.

fn format(&self, fmt: Formatter<'_>)

Writes the defmt representation of self to fmt.

impl PartialEq for StandardPowerRangeDataObject

fn eq(&self, other: &StandardPowerRangeDataObject) -> bool

Equality operator ==.

fn ne(&self, other: &Rhs) -> bool

Inequality operator !=.

impl StructuralPartialEq for StandardPowerRangeDataObject