maxim,max20335-charger

Note

An implementation of a driver matching this compatible is available in drivers/charger/charger_max20335.c.

Description

Maxim MAX20335 battery charger

Properties

Properties not inherited from the base binding file.

Name	Type	Details
`constant-charge-voltage-max-microvolt`	`int`	maximum constant input voltage This property is required. Legal values: `4050000`, `4100000`, `4150000`, `4200000`, `4250000`, `4300000`, `4350000`, `4400000`, `4450000`, `4500000`, `4550000`, `4600000`
`chgin-to-sys-current-limit-microamp`	`int`	CHGIN to SYS path current limitter configuration. Refer to ILimCntl register description for details. This property is required. Legal values: `0`, `100000`, `500000`, `1000000`
`system-voltage-min-threshold-microvolt`	`int`	System voltage minimum threshold. When SYS path voltage drops to this level, the charger current is reduced to prevent battery damage. This property is required. Legal values: `3600000`, `3700000`, `3800000`, `3900000`, `4000000`, `4100000`, `4200000`, `4300000`
`re-charge-threshold-microvolt`	`int`	Recharge threshold in relation to BatReg. Refer to ChgCntlA register description for details. This property is required. Legal values: `70000`, `120000`, `170000`, `220000`
`thermistor-monitoring-mode`	`string`	Thermistor monitoring mode. Refer to ThrmCfg register description and Table 2 for details. This property is required. Legal values: `'disabled'`, `'thermistor'`, `'JEITA-1'`, `'JEITA-2'`
`int-gpios`	`phandle-array`	Interrupt pin This property is required.
`device-chemistry`	`string`	This describes the chemical technology of the battery. The "lithium-ion" value is a blanket type for all lithium-ion batteries. If the specific chemistry is unknown, this value can be used instead of the precise "lithium-ion-X" options. Legal values: `'nickel-cadmium'`, `'nickel-metal-hydride'`, `'lithium-ion'`, `'lithium-ion-polymer'`, `'lithium-ion-iron-phosphate'`, `'lithium-ion-manganese-oxide'`
`ocv-capacity-table-0`	`array`	An array providing the open circuit voltage (OCV) , which is used to look up battery capacity according to current OCV value. The OCV unit is microvolts. Unlike the linux equivalent this array is required to be 11 elements long, representing the voltages for 0-100% charge in 10% steps.
`charge-full-design-microamp-hours`	`int`	battery design capacity
`re-charge-voltage-microvolt`	`int`	limit to automatically start charging again
`precharge-current-microamp`	`int`	current for pre-charge phase
`charge-term-current-microamp`	`int`	current for charge termination phase
`constant-charge-current-max-microamp`	`int`	maximum constant input current