Application-Specific

Configuration:

void configure_for_battery_application() {
    LowPowerModeRegulatorsConfig battery_config;
    
    // Optimize for battery life
    battery_config.lpIREF = false;  // Disable when ADC not used
    
    // Select bandgap mode based on required accuracy
    if (requires_precision_references()) {
        battery_config.bandgapMode = BandgapMode::REDUCED_POWER;
    } else {
        battery_config.bandgapMode = BandgapMode::LOW_POWER;
    }
    
    // Core LDO based on wake-up requirements
    if (requires_fast_wakeup()) {
        battery_config.coreLDOOption = LowPowerModeCoreLdoOption::STANDARD;
    } else {
        battery_config.coreLDOOption = LowPowerModeCoreLdoOption::REDUCED_DRIVE;
    }
    
    spc_configure_low_power_regulators(&battery_config);
}

參閱

BandgapMode for detailed bandgap configuration options

LowPowerModeCoreLdoOption for core LDO configuration details

System Power Controller (SPC) for complete power management

Low Power Modes documentation for mode-specific requirements

註

Integration with Power Modes: This configuration structure is typically used in conjunction with:

• Sleep mode entry/exit sequences
• Standby and deep sleep mode management
  
• Wake-up source configuration
• Clock gating and peripheral power control

Measurement and Validation:

• Use current measurement tools to verify power consumption
• Test wake-up reliability across temperature range
• Validate analog circuit performance in low power modes
• Monitor voltage regulation quality during transitions