ScEpTIC.emulator.energy.voltage_regulator package

Submodules

class ScEpTIC.emulator.energy.voltage_regulator.MAX20361.MAX20361

class ScEpTIC.emulator.energy.voltage_regulator.TPS61322.TPS61322

Model of the TPS61322 step up regulator from Texas Instruments. Datasheet: https://www.ti.com/lit/ds/symlink/tps61322.pdf

class ScEpTIC.emulator.energy.voltage_regulator.TPS62740x.TPS62740x

Model of the TPS62740x step down regulator from Texas Instruments. Datasheet: https://www.ti.com/lit/ds/slvsb02b/slvsb02b.pdf

class ScEpTIC.emulator.energy.voltage_regulator.ideal_regulator.IdealStepDownRegulator

Model of an ideal step-up voltage regulator

class ScEpTIC.emulator.energy.voltage_regulator.ideal_regulator.IdealStepUpRegulator

Model of an ideal step-up voltage regulator

class ScEpTIC.emulator.energy.voltage_regulator.NoRegulator

Dummy regulator to use when no regulator is present

get_voltage()

class ScEpTIC.emulator.energy.voltage_regulator.StepDownVoltageRegulatorModel

Model of a step down voltage regulator

get_voltage()

class ScEpTIC.emulator.energy.voltage_regulator.StepUpVoltageRegulatorModel

Model of a step up voltage regulator

get_voltage()

class ScEpTIC.emulator.energy.voltage_regulator.VoltageRegulatorModel

Model of a voltage regulator.

get_drained_energy(energy_output, t): Calculates the energy consumption of the system, accounting for the efficiency of the voltage regulator :param energy_output: energy drained from this voltage regulator :param t: elapsed time (or, 1 / mcu clock frequency) :return: the drained energy

get_supplied_energy(energy_input, t): Calculates the energy supplied by the voltage regulator :param t: elapsed time (or, 1 / mcu clock frequency) :return: the supplied energy