Electrical.h File Reference

Electrical limits and operating-grade profiles. More...

#include <stdint.h>
#include "Config.h"

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Namespaces
namespace	atmega328p
	Device-specific definitions for the ATmega328P.
namespace	atmega328p::electrical
	Electrical characteristics of the ATmega328P.
namespace	atmega328p::electrical::industrial_85c
	Industrial grade up to 85 degrees Celsius.
namespace	atmega328p::electrical::industrial_105c
	Industrial grade up to 105 degrees Celsius.
namespace	atmega328p::electrical::automotive_125c
	Automotive grade up to 125 degrees Celsius.
namespace	atmega328p::electrical::unspecified
	Used when no operating grade has been selected.
namespace	atmega328p::electrical::current_group
	Datasheet pin groups used for aggregate current limits.

Enumerations
enum class	atmega328p::electrical::Grade : uint8_t { atmega328p::electrical::Unspecified , atmega328p::electrical::Industrial85C , atmega328p::electrical::Industrial105C , atmega328p::electrical::Automotive125C }
	Supported operating grades. More...
enum	: int16_t { atmega328p::electrical::absolute_temperature_min_c = -55 , atmega328p::electrical::absolute_temperature_max_c = 125 , atmega328p::electrical::storage_temperature_min_c = -65 , atmega328p::electrical::storage_temperature_max_c = 150 }
enum	: uint16_t {   atmega328p::electrical::absolute_max_voltage_mv = 6000 , atmega328p::electrical::absolute_max_io_pin_current_ma = 40 , atmega328p::electrical::absolute_max_vcc_gnd_current_ma = 200 , atmega328p::electrical::absolute_max_current_per_port_ma = 30 ,   atmega328p::electrical::io_test_current_at_5v_ma = 20 , atmega328p::electrical::io_test_current_at_3v_ma = 10 , atmega328p::electrical::io_sink_group_max_current_ma = 100 , atmega328p::electrical::io_source_group_max_current_ma = 150 ,   atmega328p::electrical::avcc_max_difference_from_vcc_mv = 300 , atmega328p::electrical::internal_bandgap_min_mv = 1000 , atmega328p::electrical::internal_bandgap_typical_mv = 1100 , atmega328p::electrical::internal_bandgap_max_mv = 1200 ,   atmega328p::electrical::io_pullup_min_kohm = 20 , atmega328p::electrical::io_pullup_max_kohm = 50 , atmega328p::electrical::reset_pullup_min_kohm = 30 , atmega328p::electrical::reset_pullup_max_kohm = 60 }
enum	: uint8_t { atmega328p::electrical::absolute_max_current_is_not_a_design_target = 1 }
enum	: uint8_t { atmega328p::electrical::industrial_85c::available = 1 }
enum	: uint16_t { atmega328p::electrical::industrial_85c::min_voltage_mv = 1800 , atmega328p::electrical::industrial_85c::max_voltage_mv = 5500 }
enum	: int16_t { atmega328p::electrical::industrial_85c::min_temperature_c = -40 , atmega328p::electrical::industrial_85c::max_temperature_c = 85 }
enum	: uint32_t { atmega328p::electrical::industrial_85c::max_clock_hz_at_1v8 = 4000000UL , atmega328p::electrical::industrial_85c::max_clock_hz_at_2v7 = 10000000UL , atmega328p::electrical::industrial_85c::max_clock_hz_at_4v5 = 20000000UL }
enum	: uint8_t { atmega328p::electrical::industrial_105c::available = 1 }
enum	: uint16_t { atmega328p::electrical::industrial_105c::min_voltage_mv = 1800 , atmega328p::electrical::industrial_105c::max_voltage_mv = 5500 }
enum	: int16_t { atmega328p::electrical::industrial_105c::min_temperature_c = -40 , atmega328p::electrical::industrial_105c::max_temperature_c = 105 }
enum	: uint32_t { atmega328p::electrical::industrial_105c::max_clock_hz_at_1v8 = 4000000UL , atmega328p::electrical::industrial_105c::max_clock_hz_at_2v7 = 10000000UL , atmega328p::electrical::industrial_105c::max_clock_hz_at_4v5 = 20000000UL }
enum	: uint8_t { atmega328p::electrical::automotive_125c::available = 1 }
enum	: uint16_t { atmega328p::electrical::automotive_125c::min_voltage_mv = 2700 , atmega328p::electrical::automotive_125c::max_voltage_mv = 5500 }
enum	: int16_t { atmega328p::electrical::automotive_125c::min_temperature_c = -40 , atmega328p::electrical::automotive_125c::max_temperature_c = 125 }
enum	: uint32_t { atmega328p::electrical::automotive_125c::max_clock_hz_at_2v7 = 8000000UL , atmega328p::electrical::automotive_125c::max_clock_hz_at_4v5 = 16000000UL }
enum	: uint8_t { atmega328p::electrical::unspecified::available = 0 }
enum	: uint16_t { atmega328p::electrical::unspecified::min_voltage_mv = 0 , atmega328p::electrical::unspecified::max_voltage_mv = 0 }
enum	: int16_t { atmega328p::electrical::unspecified::min_temperature_c = 0 , atmega328p::electrical::unspecified::max_temperature_c = 0 }
enum	: uint32_t { atmega328p::electrical::unspecified::max_clock_hz_at_1v8 = 0 , atmega328p::electrical::unspecified::max_clock_hz_at_2v7 = 0 , atmega328p::electrical::unspecified::max_clock_hz_at_4v5 = 0 }
enum	: uint32_t {   atmega328p::electrical::current_group::sink_1 = 0x00003F00UL , atmega328p::electrical::current_group::sink_2 = 0x007000FFUL , atmega328p::electrical::current_group::sink_3 = 0x000F8000UL , atmega328p::electrical::current_group::source_1 = 0x000FBF00UL ,   atmega328p::electrical::current_group::source_2 = 0x007000FFUL }

Variables
static const Grade	atmega328p::electrical::selected_grade = Grade::Unspecified

Detailed Description

Electrical limits and operating-grade profiles.