1. Install SpecDevice
2. Run and decode your specs
3. Get your link (read more...)
| General Specifications | |
|---|---|
| Manufacturer | alps |
| Model | e958 |
| Firmware | 4.1.1; eng.sw01.1365564678; SDK15 |
| CPU | 2 cores; ARMv7 Processor rev 0 (v7l); Max: 1001,0 MHz; Min: 250,2 MHz |
| Display | 800 x 480; DPI: 240; Evaluated Size: 3,9" |
| Touch screen | Multitouch 2 points |
| GPU | PowerVR SGX 531; Imagination Technologies; OpenGL ES-CM 1.1; OpenGL ES 2.0 build 1.8@905891 |
| RAM | 512 MB (486 MB available) |
| Flash | 4 GB (3.666 GB actual); 8 GB (7.501 GB actual) (see memory map tab) |
| Communications | |
| Phone | GSM; Net: EDGE |
| WiFi | wlan_mt6628; IEEE 802.11 b/g/n; MediaTek MT6628; AP Mode |
| USB Host | No |
| Bluetooth | Bluetooth 3.0+HS, 4.0 |
| GPS | Yes |
| Advanced Features | |
| Front camera | Photo: 1.9 MP; Max: 1600x1200; Focus: infinity; Flash modes: on off torch |
| Back camera | Photo: 4.9 MP; Max size: 2560x1920; Focus: infinity; No flash |
| Sensors | yamaha530 3-axis Magnetic Field sensor (Aichi Steel); range: 0...600; resolution: 0,002 (0%); power: 0,25mA; |
| bma222 3-axis Accelerometer (The Android Open Source Project); range: 0...32; resolution: 0,004 (0,012%); power: 0,13mA; | |
| tmd2771 Proximity Sensor (Capella); range: 0...1; resolution: 1 (100%); power: 0,13mA; | |
| tmd2771 Light Sensor (Capella); range: 0...10240; resolution: 1 (0,01%); power: 0,13mA; | |
| Vibrator | Yes |
| Supported languages | 43; Arabic; Bulgarian; Bengali; Catalan; Czech; Danish; German; Greek; English; Spanish; Persian; Finnish; Filipino; French; Hebrew; Hindi; Croatian; Hungarian; Indonesian; Italian; Japanese; Korean; Lithuanian; Latvian; Malay; Norwegian; Dutch; Polish; Pashto; Portuguese; Romansh; Romanian; Russian; Slovak; Slovenian; Serbian; Swedish; Thai; Turkish; Ukrainian; Urdu; Vietnamese; Chinese |
| Battery | Technology: Li-ion; Voltage: 3910 |
| FM radio | Supported by chipset |
| Owner's comment: | Uain e958 |
| SD Version: | 1.1 5 |
KERNEL: Linux version 3.0.13 (sw01@work01-pc) (gcc version 4.4.3 (GCC) ) #1 SMP PREEMPT Wed Apr 10 11:31:07 CST 2013
CODENAME: REL
Mainboard: e958
BRAND: alps
CPU_ABI: armeabi-v7a
CPU_ABI2: armeabi
DEVICE: e958
DISPLAY: ALPS.ICS2.MP.V1.3
FINGERPRINT: alps/e958/e958:4.1.1/IMM76D/1365564678:user/test-keys
HARDWARE: mt6577
ID: IMM76D
TAGS: test-keys
Processor : ARMv7 Processor rev 0 (v7l)
processor : 0
BogoMIPS : 1993.93
processor : 1
BogoMIPS : 2000.48
Features : swp half thumb fastmult vfp edsp thumbee neon vfpv3
CPU implementer : 0x41
CPU architecture: 7
CPU variant : 0x3
CPU part : 0xc09
CPU revision : 0
Hardware : MT6577
Revision : 65fb8a00
Serial : 0000000000000000
GL_OES_rgb8_rgba8
GL_OES_depth24
GL_OES_vertex_half_float
GL_OES_texture_float
GL_OES_texture_half_float
GL_OES_element_index_uint
GL_OES_mapbuffer
GL_OES_fragment_precision_high
GL_OES_compressed_ETC1_RGB8_texture
GL_OES_EGL_image
GL_OES_EGL_image_external
GL_OES_required_internalformat
GL_OES_depth_texture
GL_OES_get_program_binary
GL_OES_packed_depth_stencil
GL_OES_standard_derivatives
GL_OES_vertex_array_object
GL_OES_egl_sync
GL_EXT_multi_draw_arrays
GL_EXT_texture_format_BGRA8888
GL_EXT_discard_framebuffer
GL_EXT_shader_texture_lod
GL_IMG_shader_binary
GL_IMG_texture_compression_pvrtc
GL_IMG_texture_npot
GL_IMG_texture_format_BGRA8888
GL_IMG_read_format
GL_IMG_program_binary
GL_IMG_multisampled_render_to_texture
<7>[ 9133.476568] (0)[13237:dmesg] exit
<7>[ 9133.477207] (0)[13237:dmesg] sig 17 to [13218:AsyncTask #2]
<7>[ 9133.523247] (1)[297:WifiStateMachin] fork [13239:WifiStateMachin]
<7>[ 9133.524210] (0)[13239:WifiStateMachin] set proc[13239] name: ->[loadDriverThrea]
<6>[ 9133.535647] (1)[WLAN] rfkill_set_block(blocked 0)
<6>[ 9133.535659] (1)[WLAN] Power on
<3>[ 9133.535675] (1)[WMT-EXP][I]mtk_wcn_wmt_func_ctrl:OPID(3) type(3) start
<6>[ 9133.535695] (1)[STP] mtk_wcn_stp_psm_disable:[W] STP Not Ready, Dont do Sleep/Wakeup
<3>[ 9133.535745] (1)[WMT-PLAT][I]wmt_plat_dump_pin_conf:[WMT-PLAT]=>dump wmt pin configuration start<=
<3>[ 9133.535758] (1)[WMT-PLAT][I]wmt_plat_dump_pin_conf:LDO(not defined)
<3>[ 9133.535769] (1)[WMT-PLAT][I]wmt_plat_dump_pin_conf:PMU(GPIO122)
<3>[ 9133.535778] (1)[WMT-PLAT][I]wmt_plat_dump_pin_conf:PMUV28(not defined)
<3>[ 9133.535789] (1)[WMT-PLAT][I]wmt_plat_dump_pin_conf:RST(GPIO59)
<3>[ 9133.535799] (1)[WMT-PLAT][I]wmt_plat_dump_pin_conf:BGF_EINT(GPIO15)
<3>[ 9133.535809] (1)[WMT-PLAT][I]wmt_plat_dump_pin_conf:BGF_EINT_NUM(18)
<3>[ 9133.535819] (1)[WMT-PLAT][I]wmt_plat_dump_pin_conf:WIFI_EINT(GPIO17)
<3>[ 9133.535829] (1)[WMT-PLAT][I]wmt_plat_dump_pin_conf:WIFI_EINT_NUM(17)
<3>[ 9133.535840] (1)[WMT-PLAT][I]wmt_plat_dump_pin_conf:UART_RX(GPIO79)
<3>[ 9133.535849] (1)[WMT-PLAT][I]wmt_plat_dump_pin_conf:UART_TX(GPIO71)
<3>[ 9133.535859] (1)[WMT-PLAT][I]wmt_plat_dump_pin_conf:DAICLK(GPIO63)
<3>[ 9133.535869] (1)[WMT-PLAT][I]wmt_plat_dump_pin_conf:PCMOUT(GPIO62)
<3>[ 9133.535879] (1)[WMT-PLAT][I]wmt_plat_dump_pin_conf:PCMIN(GPIO64)
<3>[ 9133.535890] (1)[WMT-PLAT][I]wmt_plat_dump_pin_conf:PCMSYNC(GPIO65)
<3>[ 9133.535910] (1)[WMT-PLAT][I]wmt_plat_dump_pin_conf:I2S_CK(GPIO56)
<3>[ 9133.535921] (1)[WMT-PLAT][I]wmt_plat_dump_pin_conf:I2S_WS(GPIO57)
<3>[ 9133.535931] (1)[WMT-PLAT][I]wmt_plat_dump_pin_conf:I2S_DAT(GPIO58)
<3>[ 9133.535941] (1)[WMT-PLAT][I]wmt_plat_dump_pin_conf:GPS_SYNC(GPIO206)
<3>[ 9133.535952] (1)[WMT-PLAT][I]wmt_plat_dump_pin_conf:GPS_LNA(GPIO112)
<3>[ 9133.535961] (1)[WMT-PLAT][I]wmt_plat_dump_pin_conf:[WMT-PLAT]=>dump wmt pin configuration emds<=
<3>[ 9133.535973] (1)[WMT-CMB-HW][I]mtk_wcn_cmb_hw_pwr_on:CMB-HW, hw_pwr_on start
<3>[ 9133.535986] (1)[WMT-PLAT][I]wmt_plat_eirq_ctrl:WMT-PLAT:ALL EINT not defined
<3>[ 9133.535997] (1)[WMT-PLAT][I]wmt_plat_ldo_ctrl:WMT-PLAT:LDO is not used
<3>[ 9133.536014] (1)[WMT-PLAT][I]wmt_plat_all_eint_ctrl:WMT-PLAT:ALL EINT not defined
<3>[ 9133.536027] (1)[WMT-PLAT][I]wmt_plat_ldo_ctrl:WMT-PLAT:LDO is not used
<7>[ 9133.541066] (1)[255:er.ServerThread] fork [13240:er.ServerThread]
<7>[ 9133.545463] (0)[13240:er.ServerThread] set proc[13240] name: ->[Thread-614]
<7>[ 9133.548505] (0)[13240:Thread-614] exit
<6>[ 9133.638773] (0)[Power/Battery] ******** MT6577 battery : bat_thread_wakeup : 1 ********
<6>[ 9133.638804] (0)[Power/Battery] ******** MT6577 battery : bat_thread_wakeup : 2 ********
<6>[ 9133.638829] (0)[Power/Battery] ******** MT6577 battery : bat_thread_kthread : 2 ********
<6>[ 9133.639157] (0)[Power/Battery] [fg_get_data_ready_status] Reg[0x6a]=0x2
<6>[ 9133.639239] (0)[Power/Battery] [fg_get_data_ready_status] Reg[0x6a]=0x6
<6>[ 9133.639380] (0)[Power/Battery] [FGADC] fgauge_read_current : FG_CURRENT = fffe
<6>[ 9133.639569] (0)[Power/Battery] [fg_get_data_ready_status] Reg[0x6a]=0xc
<6>[ 9133.639646] (0)[Power/Battery] [fg_get_data_ready_status] Reg[0x6a]=0x8
<6>[ 9133.639772] (0)[Power/Battery] [FGADC] fgauge_read_current : current(discharging) = 1 mA
<6>[ 9133.639787] (0)[Power/Battery] ori current=1
<5>[ 9133.639798] (0)[Power/Battery] [use_chip_trim_value] 0 -> 0
<6>[ 9133.639812] (0)[Power/Battery] final current=0 (ratio=94)
<6>[ 9133.639955] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.639970] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.640268] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.640453] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.640662] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=828 (9_8=3,7_0=3c)
<6>[ 9133.640678] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 828
<6>[ 9133.640817] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=829
<6>[ 9133.640832] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.641017] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.641217] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.641439] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=828 (9_8=3,7_0=3c)
<6>[ 9133.641457] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 828
<6>[ 9133.641596] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=829
<6>[ 9133.641610] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.641795] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.641978] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.642180] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=829 (9_8=3,7_0=3d)
<6>[ 9133.642196] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 829
<6>[ 9133.642332] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=830
<6>[ 9133.642346] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.642532] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.642721] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.642921] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=828 (9_8=3,7_0=3c)
<6>[ 9133.642937] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 828
<6>[ 9133.643075] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=829
<6>[ 9133.643088] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.643272] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.643457] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.643661] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=829 (9_8=3,7_0=3d)
<6>[ 9133.643678] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 829
<6>[ 9133.643817] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=830
<6>[ 9133.643830] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.644015] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.644198] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.644395] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=829 (9_8=3,7_0=3d)
<6>[ 9133.644410] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 829
<6>[ 9133.644638] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=830
<6>[ 9133.644653] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.644874] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.645079] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.645296] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=828 (9_8=3,7_0=3c)
<6>[ 9133.645312] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 828
<6>[ 9133.645459] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=829
<6>[ 9133.645472] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.645674] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.645876] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.646091] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=828 (9_8=3,7_0=3c)
<6>[ 9133.646107] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 828
<6>[ 9133.646261] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=829
<6>[ 9133.646279] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.646489] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.646694] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.646909] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=828 (9_8=3,7_0=3c)
<6>[ 9133.646925] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 828
<6>[ 9133.647073] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=829
<6>[ 9133.647086] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.647287] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.647508] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.647736] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=828 (9_8=3,7_0=3c)
<6>[ 9133.647753] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 828
<6>[ 9133.647909] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=829
<6>[ 9133.647923] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.648126] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.648329] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.648543] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=828 (9_8=3,7_0=3c)
<6>[ 9133.648559] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 828
<6>[ 9133.648705] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=829
<6>[ 9133.648719] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.648922] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.649138] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.649352] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=828 (9_8=3,7_0=3c)
<6>[ 9133.649368] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 828
<6>[ 9133.649522] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=829
<6>[ 9133.649536] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.649740] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.649956] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.650181] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=828 (9_8=3,7_0=3c)
<6>[ 9133.650197] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 828
<6>[ 9133.650350] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=829
<6>[ 9133.650364] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.650574] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.650786] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.651010] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=827 (9_8=3,7_0=3b)
<6>[ 9133.651028] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 827
<6>[ 9133.651248] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=828
<6>[ 9133.651331] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.651623] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.651847] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.652082] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=825 (9_8=3,7_0=39)
<6>[ 9133.652101] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 825
<6>[ 9133.652257] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=826
<6>[ 9133.652271] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.652285] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=827, adc_result=3876, r_val_temp=4
<7>[ 9133.652447] (0)[Power/Battery] [fgauge_compensate_battery_voltage_recursion] 3876,3876,196,0
<7>[ 9133.652464] (0)[Power/Battery] [fgauge_compensate_battery_voltage_recursion] 3876,3876,196,0
<7>[ 9133.652478] (0)[Power/Battery] [fgauge_compensate_battery_voltage_recursion] 3876,3876,196,0
<7>[ 9133.652492] (0)[Power/Battery] [fgauge_compensate_battery_voltage_recursion] 3876,3876,196,0
<7>[ 9133.652506] (0)[Power/Battery] [fgauge_compensate_battery_voltage_recursion] 3876,3876,196,0
<6>[ 9133.652520] (0)[Power/Battery] [fgauge_compensate_battery_voltage_recursion] 3876,3876,196,0
<6>[ 9133.652973] (0)[Power/Battery] [fg_get_data_ready_status] Reg[0x6a]=0x6
<6>[ 9133.653188] (0)[Power/Battery] [FGADC] fgauge_read_current : FG_CURRENT = ffff
<6>[ 9133.653409] (0)[Power/Battery] [fg_get_data_ready_status] Reg[0x6a]=0xc
<6>[ 9133.653495] (0)[Power/Battery] [fg_get_data_ready_status] Reg[0x6a]=0x8
<6>[ 9133.653637] (0)[Power/Battery] [FGADC] fgauge_read_current : current(discharging) = 0 mA
<6>[ 9133.653652] (0)[Power/Battery] ori current=0
<5>[ 9133.653663] (0)[Power/Battery] [use_chip_trim_value] 0 -> 0
<6>[ 9133.653679] (0)[Power/Battery] final current=0 (ratio=94)
<6>[ 9133.654036] (0)[Power/Battery] [fg_get_data_ready_status] Reg[0x6a]=0x2
<6>[ 9133.654131] (0)[Power/Battery] [fg_get_data_ready_status] Reg[0x6a]=0x6
<6>[ 9133.654441] (0)[Power/Battery] [FGADC] fgauge_read_columb : FG_CAR = 0xfff7
<6>[ 9133.654457] (0)[Power/Battery] [FGADC] fgauge_read_columb : uvalue32_CAR_MSB = 0x1
<6>[ 9133.654680] (0)[Power/Battery] [fg_get_data_ready_status] Reg[0x6a]=0xc
<6>[ 9133.654769] (0)[Power/Battery] [fg_get_data_ready_status] Reg[0x6a]=0x8
<6>[ 9133.654909] (0)[Power/Battery] [FGADC] fgauge_read_columb : dvalue_CAR = -2
<5>[ 9133.654923] (0)[Power/Battery] [use_chip_trim_value] -1 -> -1
<6>[ 9133.654937] (0)[Power/Battery] [FGADC] fgauge_read_columb : final dvalue_CAR = -1
<6>[ 9133.655019] (0)[Power/Battery] [dump_nter] nter_29_24 = 0x0
<6>[ 9133.655103] (0)[Power/Battery] [dump_nter] nter_23_16 = 0x1
<6>[ 9133.655184] (0)[Power/Battery] [dump_nter] nter_15_08 = 0x5a
<6>[ 9133.655265] (0)[Power/Battery] [dump_nter] nter_07_00 = 0x3d
<6>[ 9133.655345] (0)[Power/Battery] [dump_car] upmu_fgadc_car_35_32 = 0xf
<6>[ 9133.655425] (0)[Power/Battery] [dump_car] upmu_fgadc_car_31_24 = 0xff
<6>[ 9133.655505] (0)[Power/Battery] [dump_car] upmu_fgadc_car_23_16 = 0xfd
<6>[ 9133.655586] (0)[Power/Battery] [dump_car] upmu_fgadc_car_15_08 = 0xfc
<6>[ 9133.655668] (0)[Power/Battery] [dump_car] upmu_fgadc_car_07_00 = 0x7
<6>[ 9133.655682] (0)[Power/Battery] [FG_BUFFER]
<6>[ 9133.655691] (0)[Power/Battery] 3876,
<6>[ 9133.655701] (0)[Power/Battery] 3979,
<6>[ 9133.655710] (0)[Power/Battery] 3979,
<6>[ 9133.655719] (0)[Power/Battery] 3979,
<6>[ 9133.655728] (0)[Power/Battery] 3979,
<6>[ 9133.655737] (0)[Power/Battery] 3975,
<6>[ 9133.655746] (0)[Power/Battery] 3979,
<6>[ 9133.655755] (0)[Power/Battery] 3984,
<6>[ 9133.655764] (0)[Power/Battery] 3970,
<6>[ 9133.655773] (0)[Power/Battery] 3979,
<6>[ 9133.655782] (0)[Power/Battery] 3975,
<6>[ 9133.655791] (0)[Power/Battery] 3984,
<6>[ 9133.655800] (0)[Power/Battery] 3970,
<6>[ 9133.655808] (0)[Power/Battery] 3975,
<6>[ 9133.655817] (0)[Power/Battery] 3965,
<6>[ 9133.655826] (0)[Power/Battery] 3979,
<6>[ 9133.655835] (0)[Power/Battery] 3984,
<6>[ 9133.655844] (0)[Power/Battery] 3979,
<6>[ 9133.655853] (0)[Power/Battery] 3979,
<6>[ 9133.655862] (0)[Power/Battery] 3979,
<6>[ 9133.655871] (0)[Power/Battery] 3984,
<6>[ 9133.655880] (0)[Power/Battery] 3984,
<6>[ 9133.655889] (0)[Power/Battery] 3979,
<6>[ 9133.655898] (0)[Power/Battery] 3970,
<6>[ 9133.655907] (0)[Power/Battery] 3904,
<6>[ 9133.655915] (0)[Power/Battery] 3900,
<6>[ 9133.655925] (0)[Power/Battery] 3942,
<6>[ 9133.655934] (0)[Power/Battery] 3932,
<6>[ 9133.655943] (0)[Power/Battery] 3918,
<6>[ 9133.655951] (0)[Power/Battery] 3937,
<6>[ 9133.655960] (0)[Power/Battery] 3942,
<6>[ 9133.655969] (0)[Power/Battery] 3928,
<6>[ 9133.655978] (0)[Power/Battery] 3900,
<6>[ 9133.655987] (0)[Power/Battery] 3914,
<6>[ 9133.655996] (0)[Power/Battery] 3932,
<6>[ 9133.656005] (0)[Power/Battery] 3918,
<6>[ 9133.656014] (0)[Power/Battery]
<6>[ 9133.656026] (0)[Power/Battery] [fgauge_update_dod] FG_dod_1=0, adjust_coulomb_counter=94, gFG_columb=-1, gFG_DOD0=0, gFG_temp=0, gFG_BATT_CAPACITY=2561
<6>[ 9133.656046] (0)[Power/Battery] [fgauge_get_Q_max] Q_max = 2561
<6>[ 9133.656057] (0)[Power/Battery] [fgauge_get_Q_max_high_current] Q_max = 2534
<6>[ 9133.656070] (0)[Power/Battery] [fgauge_read_capacity] 0,2561,2534,0,100,D1=0,D0=0
<5>[ 9133.656086] (0)[Power/Battery] [FGADC] 0,0,0,-1,3956,74,100,77,2561,2561,0,0,0,1000,0,3876,1000,0,0,0,94,103
<6>[ 9133.656257] (0)[Power/Battery] [BATTERY_TOP] LOG. 12,220,4110,0,3700----------------------------
<0>[ 9133.656354] (0)[MUSB]mt_usb_disconnect 296: [MUSB] USB is ready for disconnect
<6>[ 9133.656681] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.656698] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.657048] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.657260] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.657495] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=827 (9_8=3,7_0=3b)
<6>[ 9133.657512] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 827
<6>[ 9133.657663] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=828
<6>[ 9133.657677] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.657689] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=827, adc_result=3876, r_val_temp=4
<6>[ 9133.657978] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.657993] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.658443] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x22
<6>[ 9133.658665] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x23
<6>[ 9133.658885] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.659089] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x22
<6>[ 9133.659308] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x23
<6>[ 9133.659526] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_2] ret_data=0 (9_8=0,7_0=0)
<6>[ 9133.659541] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_2] 0
<6>[ 9133.659561] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.659778] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x22
<6>[ 9133.659996] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x23
<6>[ 9133.660220] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_2] ret_data=0 (9_8=0,7_0=0)
<6>[ 9133.660235] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_2] 0
<6>[ 9133.660255] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.660472] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x22
<6>[ 9133.660678] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x23
<6>[ 9133.660908] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_2] ret_data=0 (9_8=0,7_0=0)
<6>[ 9133.660924] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_2] 0
<6>[ 9133.660935] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.661145] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x22
<6>[ 9133.661359] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x23
<6>[ 9133.661574] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_2] ret_data=0 (9_8=0,7_0=0)
<6>[ 9133.661597] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_2] 0
<6>[ 9133.661611] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.661877] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=5, adc_result=5542, r_val_temp=946
<6>[ 9133.662160] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.662174] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.662510] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.662713] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.662942] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=828 (9_8=3,7_0=3c)
<6>[ 9133.662965] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 828
<6>[ 9133.663118] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=829
<6>[ 9133.663131] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.663144] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=828, adc_result=3881, r_val_temp=4
<6>[ 9133.663434] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.663449] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.663782] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x12
<6>[ 9133.663991] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x13
<6>[ 9133.664217] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] ret_data=825 (9_8=3,7_0=39)
<6>[ 9133.664233] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] 825
<6>[ 9133.664244] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.664257] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=824, adc_result=3862, r_val_temp=4
<6>[ 9133.664536] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.664551] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.664875] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.665076] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.665288] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=827 (9_8=3,7_0=3b)
<6>[ 9133.665303] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 827
<6>[ 9133.665449] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=828
<6>[ 9133.665462] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.665474] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=827, adc_result=3876, r_val_temp=4
<6>[ 9133.665747] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.665762] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.666098] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x12
<6>[ 9133.666311] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x13
<6>[ 9133.666527] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] ret_data=825 (9_8=3,7_0=39)
<6>[ 9133.666543] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] 825
<6>[ 9133.666555] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.666567] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=824, adc_result=3862, r_val_temp=4
<6>[ 9133.666855] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.666870] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.667197] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.667397] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.667612] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=827 (9_8=3,7_0=3b)
<6>[ 9133.667628] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 827
<6>[ 9133.667776] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=828
<6>[ 9133.667790] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.667802] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=827, adc_result=3876, r_val_temp=4
<6>[ 9133.668073] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.668088] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.668408] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x12
<6>[ 9133.668609] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x13
<6>[ 9133.668848] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] ret_data=825 (9_8=3,7_0=39)
<6>[ 9133.668865] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] 825
<6>[ 9133.668877] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.668888] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=824, adc_result=3862, r_val_temp=4
<6>[ 9133.669162] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.669176] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.669500] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.669700] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.669914] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=828 (9_8=3,7_0=3c)
<6>[ 9133.669930] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 828
<6>[ 9133.670077] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=829
<6>[ 9133.670090] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.670102] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=828, adc_result=3881, r_val_temp=4
<6>[ 9133.670372] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.670386] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.670709] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x12
<6>[ 9133.670910] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x13
<6>[ 9133.671126] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] ret_data=824 (9_8=3,7_0=38)
<6>[ 9133.671142] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] 824
<6>[ 9133.671154] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.671166] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=823, adc_result=3857, r_val_temp=4
<6>[ 9133.671438] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.671453] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.671775] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.671974] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.672188] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=827 (9_8=3,7_0=3b)
<6>[ 9133.672203] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 827
<6>[ 9133.672349] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=828
<6>[ 9133.672362] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.672374] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=827, adc_result=3876, r_val_temp=4
<6>[ 9133.672642] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.672656] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.672977] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x12
<6>[ 9133.673195] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x13
<6>[ 9133.673424] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] ret_data=824 (9_8=3,7_0=38)
<6>[ 9133.673441] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] 824
<6>[ 9133.673452] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.673464] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=823, adc_result=3857, r_val_temp=4
<6>[ 9133.673735] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.673749] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.674076] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.674284] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.674502] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=827 (9_8=3,7_0=3b)
<6>[ 9133.674603] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 827
<6>[ 9133.674753] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=828
<6>[ 9133.674767] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.674779] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=827, adc_result=3876, r_val_temp=4
<6>[ 9133.675050] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.675065] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.675377] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x12
<6>[ 9133.675573] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x13
<6>[ 9133.675790] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] ret_data=826 (9_8=3,7_0=3a)
<6>[ 9133.675808] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] 826
<6>[ 9133.675819] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.675831] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=825, adc_result=3867, r_val_temp=4
<6>[ 9133.676102] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.676117] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.676429] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.676624] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.676830] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=828 (9_8=3,7_0=3c)
<6>[ 9133.676845] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 828
<6>[ 9133.676990] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=829
<6>[ 9133.677004] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.677016] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=828, adc_result=3881, r_val_temp=4
<6>[ 9133.677304] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.677319] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.677633] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x12
<6>[ 9133.677828] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x13
<6>[ 9133.678034] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] ret_data=825 (9_8=3,7_0=39)
<6>[ 9133.678050] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] 825
<6>[ 9133.678062] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.678074] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=824, adc_result=3862, r_val_temp=4
<6>[ 9133.678335] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.678350] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.678660] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.678855] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.679063] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=827 (9_8=3,7_0=3b)
<6>[ 9133.679078] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 827
<6>[ 9133.679220] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=828
<6>[ 9133.679234] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.679246] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=827, adc_result=3876, r_val_temp=4
<6>[ 9133.679506] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.679520] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.679830] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x12
<6>[ 9133.680036] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x13
<6>[ 9133.680267] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] ret_data=825 (9_8=3,7_0=39)
<6>[ 9133.680291] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] 825
<6>[ 9133.680305] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.680317] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=824, adc_result=3862, r_val_temp=4
<6>[ 9133.680852] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.680869] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.681211] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.681422] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.681647] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=827 (9_8=3,7_0=3b)
<6>[ 9133.681664] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 827
<6>[ 9133.681838] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=828
<6>[ 9133.681853] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.681865] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=827, adc_result=3876, r_val_temp=4
<6>[ 9133.682151] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.682166] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.682500] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x12
<6>[ 9133.682708] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x13
<6>[ 9133.682929] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] ret_data=825 (9_8=3,7_0=39)
<6>[ 9133.682945] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] 825
<6>[ 9133.682956] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.682968] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=824, adc_result=3862, r_val_temp=4
<6>[ 9133.683248] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.683262] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.683594] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.683800] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.684020] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=828 (9_8=3,7_0=3c)
<6>[ 9133.684036] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 828
<6>[ 9133.684187] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=829
<6>[ 9133.684201] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.684213] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=828, adc_result=3881, r_val_temp=4
<6>[ 9133.684505] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.684556] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.684913] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x12
<6>[ 9133.685244] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x13
<6>[ 9133.685552] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] ret_data=823 (9_8=3,7_0=37)
<6>[ 9133.685572] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] 823
<6>[ 9133.685584] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.685597] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=822, adc_result=3853, r_val_temp=4
<6>[ 9133.685903] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.685920] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.686288] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.686503] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.686830] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=826 (9_8=3,7_0=3a)
<6>[ 9133.686847] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 826
<6>[ 9133.687046] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=827
<6>[ 9133.687060] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.687072] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=826, adc_result=3871, r_val_temp=4
<6>[ 9133.687382] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.687399] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.687748] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x12
<6>[ 9133.687959] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x13
<6>[ 9133.688194] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] ret_data=821 (9_8=3,7_0=35)
<6>[ 9133.688211] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] 821
<6>[ 9133.688223] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.688235] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=820, adc_result=3843, r_val_temp=4
<6>[ 9133.688537] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.688553] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.688895] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.689104] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.689324] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=823 (9_8=3,7_0=37)
<6>[ 9133.689340] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 823
<6>[ 9133.689491] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=824
<6>[ 9133.689505] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.689517] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=823, adc_result=3857, r_val_temp=4
<6>[ 9133.689807] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.689822] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.690188] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x12
<6>[ 9133.690547] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x13
<6>[ 9133.690783] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] ret_data=824 (9_8=3,7_0=38)
<6>[ 9133.690800] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] 824
<6>[ 9133.690812] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.690824] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=823, adc_result=3857, r_val_temp=4
<6>[ 9133.691131] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.691146] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.691492] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.691701] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.691921] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=827 (9_8=3,7_0=3b)
<6>[ 9133.691937] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 827
<6>[ 9133.692095] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=828
<6>[ 9133.692109] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.692122] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=827, adc_result=3876, r_val_temp=4
<6>[ 9133.692402] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.692417] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.692749] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x12
<6>[ 9133.692958] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x13
<6>[ 9133.693195] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] ret_data=825 (9_8=3,7_0=39)
<6>[ 9133.693211] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] 825
<6>[ 9133.693223] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.693234] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=824, adc_result=3862, r_val_temp=4
<6>[ 9133.693528] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.693543] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.693894] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.694105] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.694335] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=827 (9_8=3,7_0=3b)
<6>[ 9133.694352] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 827
<6>[ 9133.694512] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=828
<6>[ 9133.694560] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.694573] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=827, adc_result=3876, r_val_temp=4
<6>[ 9133.694858] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.694873] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.695205] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x12
<6>[ 9133.695418] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x13
<6>[ 9133.695645] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] ret_data=825 (9_8=3,7_0=39)
<6>[ 9133.695661] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] 825
<6>[ 9133.695673] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.695685] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=824, adc_result=3862, r_val_temp=4
<6>[ 9133.695977] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.695992] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.696333] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.696543] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.696766] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=827 (9_8=3,7_0=3b)
<6>[ 9133.696782] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 827
<6>[ 9133.696946] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=828
<6>[ 9133.696962] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.696974] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=827, adc_result=3876, r_val_temp=4
<6>[ 9133.697269] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.697284] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.697629] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x12
<6>[ 9133.697845] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x13
<6>[ 9133.698072] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] ret_data=824 (9_8=3,7_0=38)
<6>[ 9133.698089] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] 824
<6>[ 9133.698101] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.698113] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=823, adc_result=3857, r_val_temp=4
<6>[ 9133.698396] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.698411] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.698744] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.698951] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.699170] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=833 (9_8=3,7_0=41)
<6>[ 9133.699185] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 833
<6>[ 9133.699335] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=835
<6>[ 9133.699349] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.699361] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=833, adc_result=3904, r_val_temp=4
<6>[ 9133.699637] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.699650] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.699981] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x12
<6>[ 9133.700187] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x13
<6>[ 9133.700405] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] ret_data=832 (9_8=3,7_0=40)
<6>[ 9133.700421] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] 832
<6>[ 9133.700432] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.700444] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=831, adc_result=3895, r_val_temp=4
<6>[ 9133.700720] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.700734] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.701064] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.701269] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.701486] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=833 (9_8=3,7_0=41)
<6>[ 9133.701502] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 833
<6>[ 9133.701652] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=835
<6>[ 9133.701665] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.701677] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=833, adc_result=3904, r_val_temp=4
<6>[ 9133.701952] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.701966] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.702295] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x12
<6>[ 9133.702500] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x13
<6>[ 9133.702718] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] ret_data=831 (9_8=3,7_0=3f)
<6>[ 9133.702733] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] 831
<6>[ 9133.702745] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.702757] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=830, adc_result=3890, r_val_temp=4
<6>[ 9133.703033] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.703047] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.703378] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.703583] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.703801] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=833 (9_8=3,7_0=41)
<6>[ 9133.703816] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 833
<6>[ 9133.703966] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=835
<6>[ 9133.703979] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.703991] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=833, adc_result=3904, r_val_temp=4
<6>[ 9133.704266] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.704280] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.704620] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x12
<6>[ 9133.704826] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x13
<6>[ 9133.705045] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] ret_data=831 (9_8=3,7_0=3f)
<6>[ 9133.705061] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] 831
<6>[ 9133.705072] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.705084] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=830, adc_result=3890, r_val_temp=4
<6>[ 9133.705359] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.705373] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.705702] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.705907] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.706124] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=833 (9_8=3,7_0=41)
<6>[ 9133.706139] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 833
<6>[ 9133.706289] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=835
<6>[ 9133.706302] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.706314] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=833, adc_result=3904, r_val_temp=4
<6>[ 9133.706590] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.706603] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.706933] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x12
<6>[ 9133.707139] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x13
<6>[ 9133.707358] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] ret_data=832 (9_8=3,7_0=40)
<6>[ 9133.707373] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] 832
<6>[ 9133.707385] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.707396] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=831, adc_result=3895, r_val_temp=4
<6>[ 9133.707671] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.707685] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.708016] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.708227] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.708447] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=833 (9_8=3,7_0=41)
<6>[ 9133.708463] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 833
<6>[ 9133.708628] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=835
<6>[ 9133.708645] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.708657] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=833, adc_result=3904, r_val_temp=4
<6>[ 9133.708967] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.708983] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.709323] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x12
<6>[ 9133.709534] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x13
<6>[ 9133.709758] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] ret_data=825 (9_8=3,7_0=39)
<6>[ 9133.709776] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] 825
<6>[ 9133.709788] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.709801] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=824, adc_result=3862, r_val_temp=4
<6>[ 9133.709959] (0)[Power/Battery] [g_Get_I_Charging:BAT_SENSE]
<6>[ 9133.709973] (0)[Power/Battery] 3857,
<6>[ 9133.709983] (0)[Power/Battery] 3871,
<6>[ 9133.709993] (0)[Power/Battery] 3876,
<6>[ 9133.710002] (0)[Power/Battery] 3876,
<6>[ 9133.710011] (0)[Power/Battery] 3876,
<6>[ 9133.710020] (0)[Power/Battery] 3876,
<6>[ 9133.710029] (0)[Power/Battery] 3876,
<6>[ 9133.710038] (0)[Power/Battery] 3876,
<6>[ 9133.710047] (0)[Power/Battery] 3876,
<6>[ 9133.710056] (0)[Power/Battery] 3876,
<6>[ 9133.710064] (0)[Power/Battery] 3876,
<6>[ 9133.710073] (0)[Power/Battery] 3881,
<6>[ 9133.710082] (0)[Power/Battery] 3881,
<6>[ 9133.710091] (0)[Power/Battery] 3881,
<6>[ 9133.710100] (0)[Power/Battery] 3881,
<6>[ 9133.710109] (0)[Power/Battery] 3904,
<6>[ 9133.710118] (0)[Power/Battery] 3904,
<6>[ 9133.710127] (0)[Power/Battery] 3904,
<6>[ 9133.710135] (0)[Power/Battery] 3904,
<6>[ 9133.710144] (0)[Power/Battery] 3904,
<6>[ 9133.710153] (0)[Power/Battery]
<6>[ 9133.710165] (0)[Power/Battery] [g_Get_I_Charging:I_SENSE]
<6>[ 9133.710175] (0)[Power/Battery] 3843,
<6>[ 9133.710184] (0)[Power/Battery] 3853,
<6>[ 9133.710193] (0)[Power/Battery] 3857,
<6>[ 9133.710202] (0)[Power/Battery] 3857,
<6>[ 9133.710210] (0)[Power/Battery] 3857,
<6>[ 9133.710220] (0)[Power/Battery] 3857,
<6>[ 9133.710229] (0)[Power/Battery] 3862,
<6>[ 9133.710238] (0)[Power/Battery] 3862,
<6>[ 9133.710247] (0)[Power/Battery] 3862,
<6>[ 9133.710256] (0)[Power/Battery] 3862,
<6>[ 9133.710265] (0)[Power/Battery] 3862,
<6>[ 9133.710274] (0)[Power/Battery] 3862,
<6>[ 9133.710282] (0)[Power/Battery] 3862,
<6>[ 9133.710291] (0)[Power/Battery] 3862,
<6>[ 9133.710300] (0)[Power/Battery] 3862,
<6>[ 9133.710309] (0)[Power/Battery] 3867,
<6>[ 9133.710318] (0)[Power/Battery] 3890,
<6>[ 9133.710327] (0)[Power/Battery] 3890,
<6>[ 9133.710336] (0)[Power/Battery] 3895,
<6>[ 9133.710345] (0)[Power/Battery] 3895,
<6>[ 9133.710354] (0)[Power/Battery]
<6>[ 9133.710363] (0)[Power/Battery] [g_Get_I_Charging] ADC_BAT_SENSE=3882
<6>[ 9133.710374] (0)[Power/Battery] [g_Get_I_Charging] ADC_I_SENSE(Before)=3864
<6>[ 9133.710386] (0)[Power/Battery] [g_Get_I_Charging] ADC_I_SENSE(After)=3873
<5>[ 9133.710398] (0)[Power/Battery] [BATTERY:ADC] VCHR:55 BAT_SENSE:3882 I_SENSE:3873 Current:0 CAL:0 BatTT:3
<6>[ 9133.710574] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.710590] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.710935] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.711151] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.711378] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=826 (9_8=3,7_0=3a)
<6>[ 9133.711394] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 826
<6>[ 9133.711550] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=827
<6>[ 9133.711564] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.711577] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=826, adc_result=3871, r_val_temp=4
<6>[ 9133.711938] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.711953] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.712295] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.712504] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.712729] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=826 (9_8=3,7_0=3a)
<6>[ 9133.712746] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 826
<6>[ 9133.712900] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=827
<6>[ 9133.712914] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.712927] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=826, adc_result=3871, r_val_temp=4
<6>[ 9133.713213] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.713227] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.713566] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x12
<6>[ 9133.713778] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x13
<6>[ 9133.714000] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] ret_data=823 (9_8=3,7_0=37)
<6>[ 9133.714016] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] 823
<6>[ 9133.714028] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.714040] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=822, adc_result=3853, r_val_temp=4
<6>[ 9133.714322] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.714337] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.714670] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.714857] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.715054] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=828 (9_8=3,7_0=3c)
<6>[ 9133.715070] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 828
<6>[ 9133.715205] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=829
<6>[ 9133.715218] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.715231] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=828, adc_result=3881, r_val_temp=4
<6>[ 9133.715495] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.715511] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.715807] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x12
<6>[ 9133.715992] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x13
<6>[ 9133.716189] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] ret_data=827 (9_8=3,7_0=3b)
<6>[ 9133.716204] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] 827
<6>[ 9133.716216] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.716228] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=826, adc_result=3871, r_val_temp=4
<6>[ 9133.716476] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.716490] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.716791] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.716980] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.717181] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=828 (9_8=3,7_0=3c)
<6>[ 9133.717197] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 828
<6>[ 9133.717333] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=829
<6>[ 9133.717346] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.717358] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=828, adc_result=3881, r_val_temp=4
<6>[ 9133.717605] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.717619] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.717941] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x12
<6>[ 9133.718133] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x13
<6>[ 9133.718592] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] ret_data=825 (9_8=3,7_0=39)
<6>[ 9133.718612] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] 825
<6>[ 9133.718624] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.718704] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=824, adc_result=3862, r_val_temp=4
<6>[ 9133.719082] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.719099] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.719410] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.719613] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.719817] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=825 (9_8=3,7_0=39)
<6>[ 9133.719833] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 825
<6>[ 9133.719986] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=826
<6>[ 9133.720001] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.720014] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=825, adc_result=3867, r_val_temp=4
<6>[ 9133.720333] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.720348] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.720692] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x12
<6>[ 9133.720887] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x13
<6>[ 9133.721093] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] ret_data=822 (9_8=3,7_0=36)
<6>[ 9133.721111] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] 822
<6>[ 9133.721123] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.721135] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=821, adc_result=3848, r_val_temp=4
<6>[ 9133.721394] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.721410] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.721713] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x2
<6>[ 9133.721900] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x3
<6>[ 9133.722104] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] ret_data=824 (9_8=3,7_0=38)
<6>[ 9133.722121] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] 824
<6>[ 9133.722261] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_0] not trim=825
<6>[ 9133.722275] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.722288] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=824, adc_result=3862, r_val_temp=4
<6>[ 9133.722543] (0)[Power/Battery] [PMIC_ADC] data_55_48=0xf8, data_63_56=0x82
<6>[ 9133.722557] (0)[Power/Battery] [PMIC_ADC] otp_gain_trim_data=-8, otp_offset_trim_data=5
<6>[ 9133.722857] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x12
<6>[ 9133.723046] (0)[Power/Battery] [BATTERY_0] Bank0[0xE8]=0x13
<6>[ 9133.723247] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] ret_data=822 (9_8=3,7_0=36)
<6>[ 9133.723263] (0)[Power/Battery] [IMM_GetOneChannelValue_PMIC_1] 822
<6>[ 9133.723274] (0)[Power/Battery] /-------------------------------------------------
<6>[ 9133.723287] (0)[Power/Battery] [PMIC_ADC] adc_result_temp=821, adc_result=3848, r_val_temp=4
<6>[ 9133.723415] (0)[Power/Battery] [BATTERY] gADC_BAT_SENSE_temp=3862, gADC_I_SENSE_temp=3848
<4>[ 9133.723427] (0)
<6>[ 9133.723439] (0)[Power/Battery] ###### 100 <-> voltage : 4189 ######
<5>[ 9133.723587] (0)[Power/Battery] [BATTERY:AVG] BatTemp:20 Vbat:3908 VBatSen:3871 SOC:82 ChrDet:0 Vchrin:55 Icharging:0 ChrType:1 USBstate:1 gADC_I_SENSE_offset:14
<6>[ 9133.723681] (0)[Power/Battery] [BATTERY:FG] 20,3908,3871,82,0,55,0,1,100,70,12
<6>[ 9133.723829] (0)[Power/Battery] [PMIC_ADC] Bank0[0x31]=0x0, Bank0[0x38]=0xb4
<6>[ 9133.723908] (0)[Power/Battery] [BATTERY] mt_battery_notify_check
<5>[ 9133.723921] (0)[Power/Battery] [BATTERY] BATTERY_NOTIFY_CASE_0001 (0)
<5>[ 9133.723935] (0)[Power/Battery] [BATTERY] BATTERY_NOTIFY_CASE_0003 (0)
<5>[ 9133.723949] (0)[Power/Battery] [BATTERY] BATTERY_NOTIFY_CASE_0004 (0)
<4>[ 9133.723961] (0)[TestMode] Disable Safty Timer : no UI display
<5>[ 9133.723972] (0)[Power/Battery] [BATTERY] BATTERY_NOTIFY_CASE_0005 (0)
<5>[ 9133.727850] (0)[Power/Battery] [BATTERY:IntegrationFG:point,per_C,per_V,count,vbat_charger,CSDAC_DAT] 82,82,70,12,3908,ADC_Solution=1
<5>[ 9133.731444] (0)[Power/Battery] [BATTERY] BAD Battery status... Charging Stop !!
<4>[ 9133.731460] (0)
<6>[ 9133.731470] (0)[Power/Battery] [BATTERY] pchr_turn_off_charging !
<6>[ 9133.732170] (0)[Power/Battery] ******** MT6577 battery : bat_thread_kthread : 1 ********
<3>[ 9133.744584] (1)[WMT-PLAT][I]wmt_plat_audio_ctrl:PCM/I2S pin seperate
<3>[ 9133.744606] (1)[WMT-PLAT][I]wmt_plat_audio_ctrl:skip chip aif setting
<3>[ 9133.744785] (1)[WMT-CMB-HW][I]mtk_wcn_cmb_hw_pwr_on:CMB-HW, BGF_EINT IRQ registered and disabled
<3>[ 9133.744797] (1)[WMT-PLAT][I]wmt_plat_all_eint_ctrl:WMT-PLAT:ALL EINT not defined
<3>[ 9133.744809] (1)[WMT-CMB-HW][I]mtk_wcn_cmb_hw_pwr_on:CMB-HW, hw_pwr_on finish (0)
<4>[ 9133.745003] (0)mtk_get_bus_freq() return 260000
<3>[ 9133.745147] (1)[WMT-CTRL][I]wmt_ctrl_ul_cmd:str(open_stp) result(0)
<4>[ 9133.745159] (1)Flush type = 4 Rx Queue
<3>[ 9133.745291] (1)[WMT-CTRL][I]wmt_ctrl_ul_cmd:str(baud_115200_0) result(0)
<6>[ 9133.745306] (1)[STP] mtk_wcn_stp_enable:[I] mtk_wcn_stp_enable: set the current enable = (0)
<4>[ 9133.745319] (1)[STP-PSM] [I]_stp_psm_reset: _stp_psm_reset
<4>[ 9133.745328] (1)[STP-PSM] [I]_stp_psm_reset: reset-wake_lock(0)
<4>[ 9133.745340] (1)[STP-PSM] [I]_stp_psm_reset: reset-wake_lock(0)
<6>[ 9133.745354] (1)[STP] mtk_wcn_stp_ready:[I] set ready (0)
<6>[ 9133.745365] (1)[STP] mtk_wcn_stp_set_mode:[I] STP_SUPPORT_PROTOCOL = 00000002
<6>[ 9133.745376] (1)[STP] mtk_wcn_stp_enable:[I] mtk_wcn_stp_enable: set the current enable = (1)
<6>[ 9133.745387] (1)[STP] mtk_wcn_stp_coredump_start_ctrl:[I] set f/w assert (0)
<3>[ 9133.751024] (0)[WMT-CORE][I]wmt_core_hw_check:get hwcode (chip id) (0x6628)
<3>[ 9133.756692] (0)[WMT-IC][I]mt6628_ver_check:MT6628: read hw_ver (hw version) (0x8b10)
<3>[ 9133.762334] (0)[WMT-IC][I]mt6628_ver_check:MT6628: read fw_ver (rom version) (0x8b10)
<3>[ 9133.762352] (0)[WMT-IC][I]mt6628_find_wmt_ic_info:found ic info(0x8b10) by full match! index:2
<3>[ 9133.762366] (0)[WMT-IC][I]mt6628_ver_check:MT6628: wmt ic info: MT6628.E3 (0x8b10, WMTHWVER:2, patch_ext:_e2)
<3>[ 9133.762381] (0)[WMT-CORE][I]wmt_core_hw_check:chip id(0x6628) ver_check ok
<3>[ 9133.773363] (0)[WMT-CTRL][I]wmt_ctrl_ul_cmd:str(baud_4000000_0) result(0)
<3>[ 9133.773380] (0)[WMT-IC][I]mt6628_sw_init:WMT-CORE: change baudrate(4000000) ok
<3>[ 9133.781595] (0)[WMT-CTRL][I]wmt_ctrl_ul_cmd:str(srh_patch) result(0)
<3>[ 9133.781613] (0)[WMT-IC][I]mt6628_patch_dwn:valid patch found: (/system/etc/firmware//mt6628_patch_e2_hdr.bin)
<3>[ 9133.782156] (0)[WMT-IC][I]mt6628_patch_dwn:===========================================
<3>[ 9133.782171] (0)[WMT-IC][I]mt6628_patch_dwn:[Combo Patch] Built Time = 20120727130622a
<3>[ 9133.782183] (0)[WMT-IC][I]mt6628_patch_dwn:[Combo Patch] Hw Ver = 0x8a10
<3>[ 9133.782194] (0)[WMT-IC][I]mt6628_patch_dwn:[Combo Patch] Sw Ver = 0x8a10
<3>[ 9133.782205] (0)[WMT-IC][I]mt6628_patch_dwn:[Combo Patch] Ph Ver = 0x0010
<3>[ 9133.782216] (0)[WMT-IC][I]mt6628_patch_dwn:[Combo Patch] Platform = 1226
<3>[ 9133.782226] (0)[WMT-IC][I]mt6628_patch_dwn:===========================================
<3>[ 9133.915899] (0)[WMT-IC][I]mt6628_patch_dwn:wmt_core: patch dwn:0 frag(21, 472) ok
<3>[ 9133.916626] (0)[WMT-IC][I]wmt_stp_init_coex:ctrl GET_WMT_CONF ok(0xbf14aa80)
<3>[ 9133.917621] (0)[WMT-IC][I]mt6628_sw_init:init_coex ok
<6>[ 9133.918385] (0)[STP] mtk_wcn_stp_set_mode:[I] STP_SUPPORT_PROTOCOL = 00000001
<6>[ 9133.918399] (0)[STP] mtk_wcn_stp_enable:[I] mtk_wcn_stp_enable: set the current enable = (1)
<6>[ 9133.918411] (0)[STP] mtk_wcn_stp_coredump_start_ctrl:[I] set f/w assert (0)
<3>[ 9133.918422] (0)[WMT-IC][I]mt6628_sw_init:enable host STP-UART-FULL mode
<3>[ 9133.936493] (0)[WMT-IC][I]mt6628_sw_init:co-clock disabled.
<3>[ 9133.937570] (0)[WMT-IC][I]mt6628_sw_init:set fm mode (2) ok
<3>[ 9133.937583] (0)[WMT-IC][I]mt6628_sw_init:disable mt662x firmware coredump
<6>[ 9133.937597] (0)[STP] mtk_wcn_stp_psm_enable:[W] STP Not Ready, Dont do Sleep/Wakeup
<6>[ 9133.937610] (0)[STP] mtk_wcn_stp_ready:[I] set ready (1)
<4>[ 9133.937623] (0)mt_combo_sdio_ctrl: force set sdio port to (3)
<6>[ 9133.937631] (0)board_sdio_ctrl force off before on
<6>[ 9133.937639] (0)mtk_wcn_cmb_sdio_off (3)
<5>[ 9133.937758] (0)[Power/clkmgr] [freq_meter] data = 15495, freq = 196 MHz
<5>[ 9133.937858] (0)[Power/clkmgr] [freq_meter] data = 15494, freq = 196 MHz
<6>[ 9133.937876] (0)mtk_wcn_cmb_sdio_on (3)
<5>[ 9133.937988] (0)[Power/clkmgr] [freq_meter] data = 15494, freq = 196 MHz
<3>[ 9133.938005] (0)msdc3 -> USR Resume <- msdc_pm() : L<1691> PID
<3>[ 9133.954769] (1)msdc3 -> ================ <- msdc_set_mclk() : L<948> PID
<3>[ 9133.954791] (1)msdc3 -> !!! Set<400KHz> Source<197000KHz> -> sclk<397KHz> DDR<0> mode<0> div<124> <- msdc_set_mclk() : L<950> PID
<3>[ 9133.954807] (1)msdc3 -> ================ <- msdc_set_mclk() : L<951> PID
<3>[ 9133.980192] (1)msdc3 -> select card<0x00010000> <- msdc_command_start() : L<1761> PID
<3>[ 9133.993751] (0)msdc3 -> SD latch data<1> cmd<1> <- msdc_ops
# begin build properties
# autogenerated by buildinfo.sh
ro.build.id=IMM76D
ro.build.display.id=ALPS.ICS2.MP.V1.3
ro.build.version.incremental=eng.sw01.1365564678
ro.custom.build.version=V3G.13.04.10
ro.build.version.sdk=15
ro.build.version.codename=REL
ro.build.version.release=4.1.1
ro.build.date=Wed Apr 10 11:54:06 CST 2013
ro.build.date.utc=1365566046
ro.build.type=user
ro.build.user=sw01
ro.build.host=work01-pc
ro.build.tags=test-keys
ro.product.model=e958
ro.product.brand=alps
ro.product.name=e958
ro.product.device=e958
ro.product.board=e958
ro.product.cpu.abi=armeabi-v7a
ro.product.cpu.abi2=armeabi
ro.product.manufacturer=alps
ro.product.locale.language=zh
ro.product.locale.region=CN
ro.wifi.channels=
ro.board.platform=
# ro.build.product is obsolete; use ro.product.device
ro.build.product=e958
# Do not try to parse ro.build.description or .fingerprint
ro.build.description=e958-user 4.1.1 IMM76D eng.sw01.1365564678 test-keys
ro.build.fingerprint=alps/e958/e958:4.1.1/IMM76D/1365564678:user/test-keys
ro.build.flavor=
ro.build.characteristics=default
# end build properties
# begin mediatek build properties
ro.mediatek.version.release=ALPS.ICS2.MP.V1.3
ro.mediatek.platform=MT6577
ro.mediatek.chip_ver=S01
ro.mediatek.version.branch=ALPS.ICS2.MP
# end mediatek build properties
#
# system.prop for generic sdk
#
rild.libpath=/system/lib/mtk-ril.so
rild.libargs=-d /dev/ttyC0
# MTK, Infinity, 20090720 {
wifi.interface=wlan0
# MTK, Infinity, 20090720 }
# MTK, mtk03034, 20101210 {
ro.mediatek.wlan.wsc=1
# MTK, mtk03034 20101210}
# MTK, mtk03034, 20110318 {
ro.mediatek.wlan.p2p=1
# MTK, mtk03034 20110318}
# MTK, mtk03034, 20101213 {
mediatek.wlan.ctia=0
# MTK, mtk03034 20101213}
# MTK, TeChien {
ro.media.enc.hprof.file.format=3gp
ro.media.enc.hprof.codec.vid=m4v
ro.media.enc.hprof.vid.width=720
ro.media.enc.hprof.vid.height=480
ro.media.enc.hprof.vid.fps=30
ro.media.enc.hprof.vid.bps=3400000
ro.media.enc.hprof.codec.aud=amrnb
ro.media.enc.hprof.aud.bps=12200
ro.media.enc.hprof.aud.ch=1
ro.media.enc.hprof.aud.hz=8000
ro.media.enc.mprof.file.format=3gp
ro.media.enc.mprof.codec.vid=m4v
ro.media.enc.mprof.vid.width=352
ro.media.enc.mprof.vid.height=288
ro.media.enc.mprof.vid.fps=30
ro.media.enc.mprof.vid.bps=990000
ro.media.enc.mprof.codec.aud=amrnb
ro.media.enc.mprof.aud.bps=12200
ro.media.enc.mprof.aud.ch=1
ro.media.enc.mprof.aud.hz=8000
ro.media.enc.lprof.file.format=3gp
ro.media.enc.lprof.codec.vid=h263
ro.media.enc.lprof.vid.width=176
ro.media.enc.lprof.vid.height=144
ro.media.enc.lprof.vid.fps=30
ro.media.enc.lprof.vid.bps=384000
ro.media.enc.lprof.codec.aud=amrnb
ro.media.enc.lprof.aud.bps=12200
ro.media.enc.lprof.aud.ch=1
ro.media.enc.lprof.aud.hz=8000
# MTK, TeChien }
#
wifi.tethering.interface=ap0
#
ro.opengles.version=131072
wifi.direct.interface=p2p0
dalvik.vm.heapgrowthlimit=48m
dalvik.vm.heapsize=128m
# Encrypt phone function
ro.crypto.tmpfs_options=mode=0771,uid=1000,gid=1000
ro.crypto.fs_type=ext4
ro.crypto.fs_real_blkdev=/emmc@usrdata
ro.crypto.fs_mnt_point=/data
ro.crypto.fs_options=noauto_da_alloc
ro.crypto.fs_flags=0x00000406
# USB MTP WHQL
ro.sys.usb.mtp.whql.enable=0
# Power off opt in IPO
sys.ipo.pwrdncap=2
ro.sys.usb.storage.type=mtp,mass_storage
#
# ADDITIONAL_BUILD_PROPERTIES
#
fmradio.driver.chip=3
ro.sf.hwrotation=0
ro.sf.lcd_density=240
ril.current.share_modem=1
launcherplus.allappsgrid=2d
launcher2.allappsgrid=3d_20
curlockscreen=2
ro.mediatek.gemini_support=false
persist.radio.fd.counter=20
persist.radio.fd.off.counter=20
drm.service.enabled=true
fmradio.driver.enable=1
doublefish.vendor.pcb.name=PCB_E958
doublefish.mtk.modem.support=modem_3g
doublefish.cust.modem=moztek77_ics2_hspa
doublefish.gemini=no
doublefish.lcd.width=480
doublefish.lcd.height=800
doublefish.touchpanel=ft6206
doublefish.accelerometer=bma250_250e_auto
kxtf9_auto
doublefish.alsps=pstouch
doublefish.mtk.branch=MAIN2.1
doublefish.custom.verno=V3G.13.04.10
mediatek.wlan.chip=MT6628
mediatek.wlan.module.postfix=_mt6628
dalvik.vm.mtk-stack-trace-file=/data/anr/mtk_traces.txt
ro.config.notification_sound=OnTheHunt.ogg
ro.config.alarm_alert=Alarm_Classic.ogg
ro.config.ringtone=Backroad.ogg
net.bt.name=Android
dalvik.vm.stack-trace-file=/data/anr/traces.txt
wlan_mt6628 285667 0 - Live 0xbf1fb000 (P)
cfg80211 122000 0 - Live 0xbf1d2000
mtk_fm_priv 2399 0 - Live 0xbf1ce000 (P)
mtk_fm_drv 98585 1 mtk_fm_priv, Live 0xbf1ae000
mtk_stp_bt 39986 0 - Live 0xbf1a1000
mtk_stp_gps 37294 0 - Live 0xbf194000
mtk_stp_uart 21589 1 - Live 0xbf18b000 (P)
mtk_stp_wmt 372827 8 wlan_mt6628,mtk_fm_priv,mtk_fm_drv,mtk_stp_bt,mtk_stp_gps,mtk_stp_uart, Live 0xbf121000 (P)
mtk_hif_sdio 18482 2 wlan_mt6628,mtk_stp_wmt, Live 0xbf118000
devinfo 840 0 - Live 0xbf114000 (P)
devapc 4553 0 - Live 0xbf10f000 (P)
sec 90381 0 - Live 0xbf0f2000 (P)
vcodec_kernel_driver 42994 2 - Live 0xbf0e2000 (P)
m4u 113415 26 - Live 0xbf0bd000 (P)
ccmni 17142 0 - Live 0xbf0b4000 (P)
ccci 117136 15 ccmni, Live 0xbf08c000 (P)
ccci_plat 127198 2 ccmni,ccci, Live 0xbf063000 (P)
mtk_drvb_77 6081 0 - Live 0xbf05e000 (P)
mtklfb 23570 0 - Live 0xbf054000
pvrsrvkm 233143 107 mtklfb, Live 0xbf00d000
mtk_hwe 1386 0 - Live 0xbf009000 (P)
aed 16376 3 - Live 0xbf000000 (P)
RAM: 512 MB (486 MB available)
System RAM: 486.000MB
mtkfb.0: 4.000MB
Flash: 4 GB (3.666 GB actual); 8 GB (7.501 GB actual)
mmcblk0: 3.666 GB
mmcblk1: 7.501 GB
Touch Screen for alps e958
$8.93 ALPS Remote Control Volume Motorized Potentiometer 50K 100K For Preamp Power Amplifier Headphone AMP Audio DIY, ALPS POT,
$2.32 ALPS PS5 joystick game console 3D joystick replacement drift potentiometer 2.3K resistor repair accessories control joystick
$32.8 1pcs ALPS RAS0N Series Slide Potentiometer With Dust-cover Travel 100mm Total Length 128mm 3pin B10K Single-unit Metal
$3.09 15MM Digital Fader RS45111A6A08 B10K for ALPS Single Slip Potentiometer
$22.64 10pieces ALPS Alps SKHLLCA010 light touch switch inlet 3 * 6 * 3.5 switch with frame switch original
$8.93 ALPS Remote Control Volume Motorized Potentiometer 50K 100K For Preamp Power Amplifier Headphone AMP Audio DIY, ALPS POT,
$2.32 ALPS PS5 joystick game console 3D joystick replacement drift potentiometer 2.3K resistor repair accessories control joystick
$22.64 10pieces ALPS Alps SKHLLCA010 light touch switch inlet 3 * 6 * 3.5 switch with frame switch original
$32.8 1pcs ALPS RAS0N Series Slide Potentiometer With Dust-cover Travel 100mm Total Length 128mm 3pin B10K Single-unit Metal
$3.09 15MM Digital Fader RS45111A6A08 B10K for ALPS Single Slip Potentiometer
$8.01 10K 20K 50K 100K 250K 500K ALPS RK27 VOLUME Potentiometer Dual 10~500KAX2 Slotted Japan Rotary switch 6Ppin
$8.01 10K 20K 50K 100K 250K 500K ALPS RK27 VOLUME Potentiometer Dual 10~500KAX2 Slotted Japan Rotary switch 6Ppin
$20.92 New Original ALPS RKJXT1F42001 4-way joystick+bar encoder+central button
$20.92 New Original ALPS RKJXT1F42001 4-way joystick+bar encoder+central button
$44.9 1PCS RH2702 Resistance stepping Dual-unit Rotentiometer A50KX2 A100KX2 A250KX2 8pins ALPS RK27 Floral Axis 25mm
$6.06 ALPS Band Rotary Switch SRRM433700 4 Pole 3 Position SRRM342800 3 Pole 4 Position Amplifier Signal Switch 20mm Plum Round Shaft
$60.16 1pc ALPS RK27 Dual-unit Serrated Volume Rotary Potentiometer 5kX2 10k 20k 50K 100K 250k 500k Round/Flat Shaft 6Pin Leng 25mm
$60.16 1pc ALPS RK27 Dual-unit Serrated Volume Rotary Potentiometer 5kX2 10k 20k 50K 100K 250k 500k Round/Flat Shaft 6Pin Leng 25mm
$44.9 1PCS RH2702 Resistance stepping Dual-unit Rotentiometer A50KX2 A100KX2 A250KX2 8pins ALPS RK27 Floral Axis 25mm
$6.06 ALPS Band Rotary Switch SRRM433700 4 Pole 3 Position SRRM342800 3 Pole 4 Position Amplifier Signal Switch 20mm Plum Round Shaft
$65.6 1 pcs for Japan ALPS electric faderRSA0N11M9A0J for LS9 M7CL DM1000 DM200 mixer potentiometer / motor-driven master fader
$65.6 1 pcs for Japan ALPS electric faderRSA0N11M9A0J for LS9 M7CL DM1000 DM200 mixer potentiometer / motor-driven master fader
$59.71 10pcs Original Replacement Alps Analog Joystick 3D Thumb stick Axis Sensor Module Rocker For Xbox One, One S, One X,One Elite
$59.71 10pcs Original Replacement Alps Analog Joystick 3D Thumb stick Axis Sensor Module Rocker For Xbox One, One S, One X,One Elite
$11.43 1PC Japan ALPS RK27 Volume LOG Stereo Potentiometer 2-gang Dual 10K/20K/50K/100K/250K Potentiometer Round handle + PCB
$5.82 Rotary Potentiometer 50K / 100K LOG ALPS RH2702 Audio Volume Control Pot Stereo W Loudness L
$58.09 1PC Japan ALPS RK27 50KA 100KA 10KA 250KA Stereo Volume Potentiometer Attenuator 6mm Knurled Shaft ±20% For Hifi Audio Amplifier
$11.43 1PC Japan ALPS RK27 Volume LOG Stereo Potentiometer 2-gang Dual 10K/20K/50K/100K/250K Potentiometer Round handle + PCB
$58.09 1PC Japan ALPS RK27 50KA 100KA 10KA 250KA Stereo Volume Potentiometer Attenuator 6mm Knurled Shaft ±20% For Hifi Audio Amplifier
$5.82 Rotary Potentiometer 50K / 100K LOG ALPS RH2702 Audio Volume Control Pot Stereo W Loudness L
$1.29 1PCS ALPS EC25 SRGP200200 Hollow shaft Encoder 20 positioning 10 pulse Car Audio Volume Switch
$1.29 1PCS ALPS EC25 SRGP200200 Hollow shaft Encoder 20 positioning 10 pulse Car Audio Volume Switch
$7.43 10PCS Imported ALPS RDC803001A rotary resistance position sensor with a 360 degree resistance value of 10K
$55 1pcs New original ALPS Medical monitor Encoder EM11B16140AD
$194.34 2.4mm Titanium ALPS Stardrive Locking Screws Pet Veterinaria Orthopedics Implant Surgical Instruments Veterinary Accessories
$55 1pcs New original ALPS Medical monitor Encoder EM11B16140AD
$194.34 2.4mm Titanium ALPS Stardrive Locking Screws Pet Veterinaria Orthopedics Implant Surgical Instruments Veterinary Accessories
$7.43 10PCS Imported ALPS RDC803001A rotary resistance position sensor with a 360 degree resistance value of 10K
Replacement Battery for alps e958
$32.8 1pcs ALPS RAS0N Series Slide Potentiometer With Dust-cover Travel 100mm Total Length 128mm 3pin B10K Single-unit Metal
$22.64 10pieces ALPS Alps SKHLLCA010 light touch switch inlet 3 * 6 * 3.5 switch with frame switch original
$3.09 15MM Digital Fader RS45111A6A08 B10K for ALPS Single Slip Potentiometer
$2.32 ALPS PS5 joystick game console 3D joystick replacement drift potentiometer 2.3K resistor repair accessories control joystick
$8.93 ALPS Remote Control Volume Motorized Potentiometer 50K 100K For Preamp Power Amplifier Headphone AMP Audio DIY, ALPS POT,
$22.64 10pieces ALPS Alps SKHLLCA010 light touch switch inlet 3 * 6 * 3.5 switch with frame switch original
$3.09 15MM Digital Fader RS45111A6A08 B10K for ALPS Single Slip Potentiometer
$2.32 ALPS PS5 joystick game console 3D joystick replacement drift potentiometer 2.3K resistor repair accessories control joystick
$8.93 ALPS Remote Control Volume Motorized Potentiometer 50K 100K For Preamp Power Amplifier Headphone AMP Audio DIY, ALPS POT,
$32.8 1pcs ALPS RAS0N Series Slide Potentiometer With Dust-cover Travel 100mm Total Length 128mm 3pin B10K Single-unit Metal
$8.01 10K 20K 50K 100K 250K 500K ALPS RK27 VOLUME Potentiometer Dual 10~500KAX2 Slotted Japan Rotary switch 6Ppin
$8.01 10K 20K 50K 100K 250K 500K ALPS RK27 VOLUME Potentiometer Dual 10~500KAX2 Slotted Japan Rotary switch 6Ppin
$20.92 New Original ALPS RKJXT1F42001 4-way joystick+bar encoder+central button
$20.92 New Original ALPS RKJXT1F42001 4-way joystick+bar encoder+central button
$60.16 1pc ALPS RK27 Dual-unit Serrated Volume Rotary Potentiometer 5kX2 10k 20k 50K 100K 250k 500k Round/Flat Shaft 6Pin Leng 25mm
$6.06 ALPS Band Rotary Switch SRRM433700 4 Pole 3 Position SRRM342800 3 Pole 4 Position Amplifier Signal Switch 20mm Plum Round Shaft
$44.9 1PCS RH2702 Resistance stepping Dual-unit Rotentiometer A50KX2 A100KX2 A250KX2 8pins ALPS RK27 Floral Axis 25mm
$6.06 ALPS Band Rotary Switch SRRM433700 4 Pole 3 Position SRRM342800 3 Pole 4 Position Amplifier Signal Switch 20mm Plum Round Shaft
$60.16 1pc ALPS RK27 Dual-unit Serrated Volume Rotary Potentiometer 5kX2 10k 20k 50K 100K 250k 500k Round/Flat Shaft 6Pin Leng 25mm
$44.9 1PCS RH2702 Resistance stepping Dual-unit Rotentiometer A50KX2 A100KX2 A250KX2 8pins ALPS RK27 Floral Axis 25mm
$65.6 1 pcs for Japan ALPS electric faderRSA0N11M9A0J for LS9 M7CL DM1000 DM200 mixer potentiometer / motor-driven master fader
$65.6 1 pcs for Japan ALPS electric faderRSA0N11M9A0J for LS9 M7CL DM1000 DM200 mixer potentiometer / motor-driven master fader
$59.71 10pcs Original Replacement Alps Analog Joystick 3D Thumb stick Axis Sensor Module Rocker For Xbox One, One S, One X,One Elite
$59.71 10pcs Original Replacement Alps Analog Joystick 3D Thumb stick Axis Sensor Module Rocker For Xbox One, One S, One X,One Elite
$11.43 1PC Japan ALPS RK27 Volume LOG Stereo Potentiometer 2-gang Dual 10K/20K/50K/100K/250K Potentiometer Round handle + PCB
$5.82 Rotary Potentiometer 50K / 100K LOG ALPS RH2702 Audio Volume Control Pot Stereo W Loudness L
$58.09 1PC Japan ALPS RK27 50KA 100KA 10KA 250KA Stereo Volume Potentiometer Attenuator 6mm Knurled Shaft ±20% For Hifi Audio Amplifier
$58.09 1PC Japan ALPS RK27 50KA 100KA 10KA 250KA Stereo Volume Potentiometer Attenuator 6mm Knurled Shaft ±20% For Hifi Audio Amplifier
$11.43 1PC Japan ALPS RK27 Volume LOG Stereo Potentiometer 2-gang Dual 10K/20K/50K/100K/250K Potentiometer Round handle + PCB
$5.82 Rotary Potentiometer 50K / 100K LOG ALPS RH2702 Audio Volume Control Pot Stereo W Loudness L
$1.29 1PCS ALPS EC25 SRGP200200 Hollow shaft Encoder 20 positioning 10 pulse Car Audio Volume Switch
$1.29 1PCS ALPS EC25 SRGP200200 Hollow shaft Encoder 20 positioning 10 pulse Car Audio Volume Switch
$194.34 2.4mm Titanium ALPS Stardrive Locking Screws Pet Veterinaria Orthopedics Implant Surgical Instruments Veterinary Accessories
$55 1pcs New original ALPS Medical monitor Encoder EM11B16140AD
$7.43 10PCS Imported ALPS RDC803001A rotary resistance position sensor with a 360 degree resistance value of 10K
$7.43 10PCS Imported ALPS RDC803001A rotary resistance position sensor with a 360 degree resistance value of 10K
$194.34 2.4mm Titanium ALPS Stardrive Locking Screws Pet Veterinaria Orthopedics Implant Surgical Instruments Veterinary Accessories
$55 1pcs New original ALPS Medical monitor Encoder EM11B16140AD
Cover Cases for alps e958
$22.64 10pieces ALPS Alps SKHLLCA010 light touch switch inlet 3 * 6 * 3.5 switch with frame switch original
$32.8 1pcs ALPS RAS0N Series Slide Potentiometer With Dust-cover Travel 100mm Total Length 128mm 3pin B10K Single-unit Metal
$3.09 15MM Digital Fader RS45111A6A08 B10K for ALPS Single Slip Potentiometer
$2.32 ALPS PS5 joystick game console 3D joystick replacement drift potentiometer 2.3K resistor repair accessories control joystick
$8.93 ALPS Remote Control Volume Motorized Potentiometer 50K 100K For Preamp Power Amplifier Headphone AMP Audio DIY, ALPS POT,
$3.09 15MM Digital Fader RS45111A6A08 B10K for ALPS Single Slip Potentiometer
$2.32 ALPS PS5 joystick game console 3D joystick replacement drift potentiometer 2.3K resistor repair accessories control joystick
$22.64 10pieces ALPS Alps SKHLLCA010 light touch switch inlet 3 * 6 * 3.5 switch with frame switch original
$8.93 ALPS Remote Control Volume Motorized Potentiometer 50K 100K For Preamp Power Amplifier Headphone AMP Audio DIY, ALPS POT,
$32.8 1pcs ALPS RAS0N Series Slide Potentiometer With Dust-cover Travel 100mm Total Length 128mm 3pin B10K Single-unit Metal
$8.01 10K 20K 50K 100K 250K 500K ALPS RK27 VOLUME Potentiometer Dual 10~500KAX2 Slotted Japan Rotary switch 6Ppin
$8.01 10K 20K 50K 100K 250K 500K ALPS RK27 VOLUME Potentiometer Dual 10~500KAX2 Slotted Japan Rotary switch 6Ppin
$20.92 New Original ALPS RKJXT1F42001 4-way joystick+bar encoder+central button
$20.92 New Original ALPS RKJXT1F42001 4-way joystick+bar encoder+central button
$44.9 1PCS RH2702 Resistance stepping Dual-unit Rotentiometer A50KX2 A100KX2 A250KX2 8pins ALPS RK27 Floral Axis 25mm
$60.16 1pc ALPS RK27 Dual-unit Serrated Volume Rotary Potentiometer 5kX2 10k 20k 50K 100K 250k 500k Round/Flat Shaft 6Pin Leng 25mm
$6.06 ALPS Band Rotary Switch SRRM433700 4 Pole 3 Position SRRM342800 3 Pole 4 Position Amplifier Signal Switch 20mm Plum Round Shaft
$6.06 ALPS Band Rotary Switch SRRM433700 4 Pole 3 Position SRRM342800 3 Pole 4 Position Amplifier Signal Switch 20mm Plum Round Shaft
$44.9 1PCS RH2702 Resistance stepping Dual-unit Rotentiometer A50KX2 A100KX2 A250KX2 8pins ALPS RK27 Floral Axis 25mm
$60.16 1pc ALPS RK27 Dual-unit Serrated Volume Rotary Potentiometer 5kX2 10k 20k 50K 100K 250k 500k Round/Flat Shaft 6Pin Leng 25mm
$65.6 1 pcs for Japan ALPS electric faderRSA0N11M9A0J for LS9 M7CL DM1000 DM200 mixer potentiometer / motor-driven master fader
$65.6 1 pcs for Japan ALPS electric faderRSA0N11M9A0J for LS9 M7CL DM1000 DM200 mixer potentiometer / motor-driven master fader
$59.71 10pcs Original Replacement Alps Analog Joystick 3D Thumb stick Axis Sensor Module Rocker For Xbox One, One S, One X,One Elite
$59.71 10pcs Original Replacement Alps Analog Joystick 3D Thumb stick Axis Sensor Module Rocker For Xbox One, One S, One X,One Elite
$5.82 Rotary Potentiometer 50K / 100K LOG ALPS RH2702 Audio Volume Control Pot Stereo W Loudness L
$11.43 1PC Japan ALPS RK27 Volume LOG Stereo Potentiometer 2-gang Dual 10K/20K/50K/100K/250K Potentiometer Round handle + PCB
$58.09 1PC Japan ALPS RK27 50KA 100KA 10KA 250KA Stereo Volume Potentiometer Attenuator 6mm Knurled Shaft ±20% For Hifi Audio Amplifier
$11.43 1PC Japan ALPS RK27 Volume LOG Stereo Potentiometer 2-gang Dual 10K/20K/50K/100K/250K Potentiometer Round handle + PCB
$5.82 Rotary Potentiometer 50K / 100K LOG ALPS RH2702 Audio Volume Control Pot Stereo W Loudness L
$58.09 1PC Japan ALPS RK27 50KA 100KA 10KA 250KA Stereo Volume Potentiometer Attenuator 6mm Knurled Shaft ±20% For Hifi Audio Amplifier
$1.29 1PCS ALPS EC25 SRGP200200 Hollow shaft Encoder 20 positioning 10 pulse Car Audio Volume Switch
$1.29 1PCS ALPS EC25 SRGP200200 Hollow shaft Encoder 20 positioning 10 pulse Car Audio Volume Switch
$194.34 2.4mm Titanium ALPS Stardrive Locking Screws Pet Veterinaria Orthopedics Implant Surgical Instruments Veterinary Accessories
$55 1pcs New original ALPS Medical monitor Encoder EM11B16140AD
$7.43 10PCS Imported ALPS RDC803001A rotary resistance position sensor with a 360 degree resistance value of 10K
$55 1pcs New original ALPS Medical monitor Encoder EM11B16140AD
$194.34 2.4mm Titanium ALPS Stardrive Locking Screws Pet Veterinaria Orthopedics Implant Surgical Instruments Veterinary Accessories
$7.43 10PCS Imported ALPS RDC803001A rotary resistance position sensor with a 360 degree resistance value of 10K
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