kernel_samsung_a34x-permissive/arch/arm/boot/dts/mt6370.dtsi
2024-04-28 15:49:01 +02:00

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// SPDX-License-Identifier: GPL-2.0+
/*
* Copyright (c) 2019 MediaTek Inc.
* Author: Owen Chen <owen.chen@mediatek.com>
*/
/ {
mt6370_pmu: mt6370_pmu_dts {
interrupt-controller;
#interrupt-cells = <1>;
mt6370,intr_gpio_num = <3>; /* direct defined GPIO num */
mt6370,intr_gpio = <&pio 3 0x0>; /* GPIO */
core {
compatible = "mediatek,mt6370_pmu_core";
interrupt-names = "otp", "vdda_ovp", "vdda_uv";
/* i2cstmr_rst_en; *//* i2c safe timer reset function */
i2cstmr_rst_tmr = <0>; /* 0: 0.5s, 1: 0.75s */
/* 2: 1s, 3: 2s */
mrstb_en; /* external reset pin enable */
mrstb_tmr = <3>; /* 0: 0.75ms, 1: 1ms, 2: 1.25ms, */
/* 3: 1.5ms, 4: 1.75ms, 5: 2ms, */
/* 6: 2.25ms, 7: 2.5ms */
int_wdt = <0>; /* 0: disable, 1: 250ms */
/* 2: 500ms, 3: 1s */
int_deg = <0>; /* interrupt deglitch */
/* 0: 1ms, 1: 2ms, 2: 5ms, 3: 10ms */
};
mt6370_chg: charger {
compatible = "mediatek,mt6370_pmu_charger";
interrupt-names = "chg_mivr", "chg_aiclmeasi",
"attachi", "ovpctrl_uvp_d_evt", "chg_wdtmri",
"chg_vbusov", "chg_tmri", "chg_treg", "dcdti";
bootmode = <&chosen>;
charger_name = "primary_chg";
load_switch_name = "primary_load_switch";
ichg = <2000000>; /* uA */
aicr = <500000>; /* uA */
mivr = <4400000>; /* uV */
cv = <4350000>; /* uA */
ieoc = <150000>; /* uA */
safety_timer = <12>; /* hour */
dc_wdt = <4000000>; /* us */
ircmp_resistor = <25000>; /* uohm */
ircmp_vclamp = <32000>; /* uV */
enable_te;
enable_wdt;
enable_otg_wdt;
lbp_hys_sel = <1>; /* 0: 100mV, 1: 200mV */
lbp_dt = <1>; /* 0: 10ms, 1: 20ms */
/* 2: 40ms, 3: 500us */
/* with it: don't check 1.2v while PD/SD during BC12 */
/* disable_vlgc; */
/* with it: enable fast unknown TA detection */
/* fast_unknown_ta_dect; */
/* enable_polling; */
/* with it: do post aicl measure */
/* post_aicl; */
charger = <&mt6370_chg>;
bc12_sel = <0>;
otg_vbus: usb-otg-vbus {
regulator-compatible = "usb-otg-vbus";
regulator-name = "usb-otg-vbus";
regulator-min-microvolt = <4350000>;
regulator-max-microvolt = <5800000>;
regulator-min-microamp = <500000>;
regulator-max-microamp = <3000000>;
};
};
mt6370_pmu_fled1 {
compatible = "mediatek,mt6370_pmu_fled1";
interrupt-names = "fled_lvf", "fled2_short",
"fled1_short";
fled_enable = <1>;
torch_cur = <300000>; /* 25000 ~ 400000 uA */
strobe_cur = <1200000>; /* 100000 ~ 1500000 uA */
strobe_timeout = <2400>; /* 64 ~ 2432 ms */
};
mt6370_pmu_fled2 {
compatible = "mediatek,mt6370_pmu_fled2";
fled_enable = <1>;
torch_cur = <200000>;
strobe_cur = <1000000>;
strobe_timeout = <1200>;
};
ldo {
compatible = "mediatek,mt6370_pmu_ldo";
interrupt-names = "ldo_oc";
/* 0: floating */
/* 1: discharge to ground for off mode */
ldo_oms = <1>;
/* ldo_vrc = <0>; */ /* to assign this, a value */
/* will also set vrc_en = 1 */
/* 0: 1 step/16us */
/* 1: 2 steps/16us */
/* 2: 4 steps/16us */
/* 3: 8 steps/16us */
ldo_vrc_lt = <1>; /* 0: disable, 1: 10us */
/* 2: 20us, 3: 40us */
mt6370_ldo {
/* change name by yourself */
regulator-name = "irtx_ldo";
regulator-min-microvolt = <1600000>;
/* max == min then apply_uV = 1 */
regulator-max-microvolt = <4000000>;
/* optional */
/* regulator-microvolt-offset = <0>; */
/* optional: exist = enabled */
/* regulator-boot-on; */
/* optional: exist = enabled */
/* regulator-always-on; */
/* optional */
/* regulator-ramp-delay = <100>; */
};
};
rgbled {
compatible = "mediatek,mt6370_pmu_rgbled";
interrupt-names = "isink4_short", "isink3_short",
"isink2_short", "isink1_short",
"isink4_open", "isink3_open",
"isink2_open", "isink1_open";
/* name cnt must be 4 */
mt,led_name = "mt6370_pmu_led1", "mt6370_pmu_led2",
"mt6370_pmu_led3", "mt6370_pmu_led4";
/* trigger cnt must be 4, mode can be selected as */
/* cc_mode -> const current mode */
/* pwm_mode -> pwm dimming mode */
/* breath_mode -> as the name */
mt,led_default_trigger = "cc_mode", "cc_mode",
"cc_mode", "none";
};
bled {
compatible = "mediatek,mt6370_pmu_bled";
interrupt-names = "bled_ocp";
mt,bled_name = "mt6370_pmu_bled";
/* mt,ext_en_pin; */
mt,chan_en = <0xF>; /* bit 0 1 2 3 -> chan 1 2 3 4 */
mt,map_linear;
mt,bl_ovp_level = <3>; /* 0: 17v */
/* 1: 21v */
/* 2: 25v */
/* 3: 29v */
mt,bl_ocp_level = <2>; /* 0: 900mA */
/* 1: 1200mA */
/* 2: 1500mA */
/* 3: 1800mA */
mt,use_pwm;
mt,pwm_fsample = <2>; /* 0: 1MHz */
/* 1: 4MHz */
/* 2: or 3: 24mHz */
mt,pwm_deglitch = <1>; /* 0: no filter */
/* 1: 100ns */
/* 2: 160ns */
/* 3: 200ns */
mt,pwm_hys_en = <1>; /* PWM Input Hysteresis */
mt,pwm_hys = <0>; /* 0: 1 bit, 1: 2 bit */
/* 2: 4 bit, 3: 6 bit */
mt,pwm_avg_cycle = <0>; /* 0: disable avg */
/* 1: avg 2 cycle */
/* 2: avg 4 cycle */
/* 3: avg 8 cycle */
/* 4: avg 16 cycle */
/* 5: avg 32 cycle */
mt,bled_ramptime = <3>; /* 0, 500us, 750us, 1ms, 2ms */
/* 5ms, 10ms, 20ms, 50ms */
/* 100ms, 250ms, 800ms */
/* 1s, 2s, 4s, 8s */
mt,bled_flash_ramp = <1>; /* 0, 500us, 750us */
/* 1ms, 2ms, 5ms */
/* we have 11 bit resolution, quantize in driver */
mt,max_bled_brightness = <512>; /* maximum 2047 */
mt,bled_curr_scale = <0>; /* 0: 30mA, 1: 22.5mA */
/* 2: 20mA, 3: 17.5mA */
/* If use bled lpf,
* Set //mt,map_linear;
* pwm_lpf_coef = <2>;
* mt,pwm_lpf_en;
* mt,bled_curr_mode;
* Else
* Set mt,map_linear;
* pwm_lpf_coef = <0>;
* //mt,pwm_lpf_en;
* //mt,bled_curr_mode;
*/
mt,pwm_lpf_coef = <0>; /* 0: (1)/(2^15) */
/* 1: (2)/(2^15) */
/* 2: (3)/(2^15) */
/* 3: (4)/(2^15) */
/* with it, Alpha-LPF enable */
/* mt,pwm_lpf_en; */
/* with it, pwm duty is multiplied after
* linear/expenential mapper
*/
/* mt,bled_curr_mode; */
};
dsv {
compatible = "mediatek,mt6370_pmu_dsv";
interrupt-names = "dsv_vneg_ocp", "dsv_vpos_ocp",
"dsv_bst_ocp", "dsv_vneg_scp",
"dsv_vpos_scp";
db_ext_en = <0>; /* 0 = i2c ctrl, 1 = ext pin */
/* 1 = prevent from voltage drop when db is restarted */
db_periodic_fix = <0>;
/* 0 : VOS & VNEG are ctrled by DB_ENP & DB_ENN */
/* 1 : single pin ctrl */
db_single_pin = <0>;
/* 0 = 20Hz */
/* 1 = 33Hz, valid if db_period_mode = 1 */
db_freq_pm = <0>;
/* 0 = always on if DB is enabled */
/* 1 = DB period mode */
db_periodic_mode = <0>;
/* 0 = close loop, wait 80% */
/* 1 = open loop, go after soft-start dimming */
db_startup = <0>;
/* 1 = DB VNEG discharge 20ms when shutdown */
/* 0 = disable */
db_vneg_20ms = <1>;
/* 1 = Discharge VNEG when turn off */
/* 0 = disable */
db_vneg_disc = <0>;
/* 1 = DB VPOS discharge 20ms when shutdown */
/* 0 = disable */
db_vpos_20ms = <1>;
/* 1 = Discharge VPOS when turn off */
/* 0 = disable */
db_vpos_disc = <1>;
db_delay = <3>; /* 0 = no constraint */
/* 1 = 0ms */
/* 2 = 1ms */
/* 3 = 4ms */
db_vbst = <5700>; /* mV */
db_vpos_slew = <1>; /* 0: 8.54 V/ms */
/* 1: 5.84 V/ms */
/* 2: 4.83 V/ms */
/* 3: 3.00 V/ms */
db_vneg_slew = <1>; /* 0: -10.09 V/ms */
/* 1: -6.31 V/ms */
/* 2: -5.05 V/ms */
/* 3: -3.15 V/ms */
mt6370_dsvp {
/* change name by yourself */
regulator-name = "dsv_pos";
regulator-min-microvolt = <4000000>;
/* max == min then apply_uV = 1 */
regulator-max-microvolt = <6000000>;
/* optional */
/* regulator-microvolt-offset = <0>; */
/* optional, exist = enabled */
/* regulator-boot-on; */
/* optional, exist = enabled */
/* regulator-always-on; */
/* optional */
/* regulator-ramp-delay = <100>; */
};
mt6370_dsvn {
/* change name by yourself */
regulator-name = "dsv_neg";
regulator-min-microvolt = <4000000>;
/* max == min then apply_uV = 1 */
regulator-max-microvolt = <6000000>;
/* optional */
/* regulator-microvolt-offset = <0> */
/* optional, exist = enabled */
/* regulator-boot-on; */
/* optional, exist = enabled */
/* regulator-always-on; */
/* optional */
/* regulator-ramp-delay = <100>; */
};
};
};
};