REALTEK MCU Config Tool Development Development

Imbali yohlaziyo

Umhla	Inguqulelo	Amagqabantshintshi	Umbhali	Reviewer
2019/08/01	V 1.0	Inguqulelo yokuQala yokuQala	Qinghu	Ranhui
2021/09/28	V3.0		Julie
2022/01/14	V3.1		Julie
2022/05/13	V3.2		Julie
2022/09/05	V3.3		Julie
2022/11/22	V3.4	Inguqulelo yesiNgesi	Annie
2022/12/15	V3.5	Inguqulelo yesiNgesi	Dan
2023/04/18	V3.6	Inguqulelo yesiNgesi	Dan
2023/05/08	V3.7	Inguqulelo yesiNgesi	Dan

Ngaphezuluview

Eli nqaku lichaza imisebenzi, ukusetyenziswa kunye nezicwangciso ze-MCU Config Tool for Realtek Bluetooth Audio Chip (8763ESE/RTL8763EAU/RTL8763EFL IC).
Izicwangciso ze-BT ezilungisekayo kunye nolawulo lweperipheral zinikezelwa yi-REALTEK Bluetooth MCU. Ngokusebenzisa i MCU Config Tool ngexesha lophuhliso stage, umsebenzisi angaqwalasela ngokulula inani leeparamitha ze-MCU.

Usetyenziso olusisiseko

Isixhobo se-MCU Config sahlula izinto zokucwangcisa kwiithebhu ezahlukeneyo, ezifana ne-HW Feature, i-Audio Route, i-General, i-System Configuration, itshaja, i-Ringtone, i-RF TX njalo njalo. Olu lungelelwaniso luya kuchazwa kumacandelo alandelayo.

Ngenisa ngaphandle

Isixhobo soqwalaselo se-MCU sigcina useto kwi *. Rcfg files. Kukho amanyathelo amane okulayisha i-rcfg file:

Umzobo 1 2-1 Ngenisa

1. Khetha inombolo yenxalenye ye-IC kuluhlu oluhlayo;
2. Cofa u-“Import Bin FileIqhosha;
3. Khetha i-rcfg file. I-rcfg file iya kulayishwa ukuba ihambelana nenombolo ye-IC ekhethwe kwinqanaba loku-1; kungenjalo, iya kukhanyelwa.

Thumela ngaphandle

Umsebenzisi angathumela ngaphandle olu seto ngokucofa "Rhweba ngaphandle" kwaye emva koko "Gcina njenge" emva kokuba uqwalaselo lugqityiwe.

Umfanekiso 2 2-2 Gcina njenge

Ntathu files ziya kuveliswa, kwaye amagama azo kunye neendawo ziya kuboniswa kwibhokisi ye-pop-up:

1. RCFG file: ircfg file izakugcina umkhondo walo lonke utshintsho olwenziweyo kwiparameters yangoku yesixhobo kwaye ingasetyenziselwa ukungenisa okulandelayo. Kucetyiswa ukuba ibandakanye inombolo ye-IC kwigama le-rcfg ukuze abanye abasebenzisi bakwazi ukuyichonga.
2. I-APP ye-Parameter bin: Le bhini kufuneka ikhutshelwe kwi-Bluetooth SOC.
3. I-SYS CFG Parameter Bin: Lo mgqomo kufuneka ukhutshelwe kwiBluetooth SOC.
4. I-VP Data Parameter Bin: Le bhini kufuneka ikhutshelwe kwiBluetooth SOC.
   Umzobo 3 2-2 Thumela ngaphandle
   

Lungisa kwakhona

Ukuba ufuna ukungenisa ngaphandle i-rcfg file kwakhona ngelixa uqwalasela, cofa "Setha kwakhona" kwaye "Setha kwakhona yonke idatha" kwibar yemenyu. Emva koko, buyela kwi-UI ephambili kwaye ukhethe i-rcfg oyifunayo file kanye kwakhona.

Umzobo 4 2-3 Lungisa kwakhona

Inkcazelo ngeenkcukacha

HW Feature

Ithebhu yokuqala yesixhobo, i-HW Feature, ibonelela ngokubanzi ngaphezuluview yokutshintsha kwehardware kunye neenketho zePinMux.
Eminye imisebenzi inokuvalwa okanye yalelwe kuqwalaselo ngokuxhomekeke kuthotho lwetshiphu okanye uhlobo lwe-IC.

IO itshaja

Itshaja: I-SoC inetshaja edibeneyo kunye nesixhobo sokubona ibhetri. Kuninzi lweefowuni eziphathwayo, unokujonga ngokukhawuleza amandla esixhobo emva kokuqhagamshelwa kwisixhobo.
Ukufunyanwa kweThermistor: Jonga ubushushu bebhetri. "Akukho" lukhetho olungagqibekanga. I-thermistor yangaphandle iyimfuneko ukuba "I-One Detection ye-Thermal" isetyenzisiweyo. Ii-thermitors ezimbini zangaphandle ziyafuneka ukuba kukhethwe "i-Dual Thermal Detection".

Umzobo 5 3-1-1 ukufunyanwa kweThermistor 

Isithethi

Cwangcisa uhlobo lwesithethi ngolu khetho. Imo yokwahlukana kunye nemo yesiphelo esinye luqwalaselo olungagqibekanga.

Umzobo 6 3-1-1 iSithethi

Ukukhetha imveliso yelog yeDSP

Khetha imo yemveliso ye-DSP debug kwaye wenze isigqibo sokuba uyivule na.

Umzobo 7 3-1-1 Ukukhethwa kwemveliso yelog ye-Dsp

Ixabiso	Inkcazo
AKUKHO imveliso yelog ye-DSP	Ilog yeDSP ayenziwanga isebenze
Imveliso yedatha ekrwada ye-DSP yi-UART	Ilog ye-DSP iphuma nge-pin ekhethekileyo ye-DSP UART, apho umsebenzisi kufuneka ayichaze kwi-PinMux.
Imveliso yelog ye-DSP yi-MCU	Kunye nelog yeMCU, ilog yeDSP iyaphuma (ngaphandle kokuba iLog yeMCU ivuliwe)

I-MIC

Imakrofoni ye-SoC inokusetwa ukuba ilingane neenkcukacha zoyilo oluthile.

1. Iinketho zeVoice Mic ezincedisayo ziya kuboniswa xa "Vumela iVoice Dual Mic" yenziwe yasebenza. Ngokuxhomekeke kwiimfuno zabo, abasebenzisi banokukhetha phakathi kwe-analog kunye ne-microphone zedijithali.
2. Abasebenzisi banokuqwalasela imakrofoni efunekayo ngokuhambelana nemeko ye-ANC.
3. Ngokuxhomekeke kwizinto abazithandayo, abasebenzisi banokukhetha phakathi kwe-Low Latency APTs kunye nee-APTs eziqhelekileyo.

Umzobo 8 3-1-1 MIC

I-Pinmux

Nalu uluhlu lwazo zonke izikhonkwane ezilungiselelwayo kunye neepads. Izikhonkwane ezikhoyo ziyahluka phakathi kwee-SoCs, kwaye imisebenzi yephedi ekhoyo inxulunyaniswa ne-DSP kunye ne-peripheral capabilities. Into yoqwalaselo enxulumeneyo kunye netafile eguquguqukayo ye-APP imi ngolu hlobo lulandelayo:

	inkxaso_yetshaja	Ukuseta imisebenzi yonikezelo lwamandla (unokuvula ukutshaja kunye nemisebenzi yokubona ibhetri)

Indlela yomsindo

Indlela yomsindo isetyenziselwa ikakhulu ukuqwalasela i-SPORT (i-Serial Port) iiparamitha kunye neempawu ze-IO ezinengqiqo zendlela yedatha ebonakalayo engaphantsi.

IMIDLALO

Umzobo 9 3-2-1 IMIDLALO

1. EZEMIDLALO 0/1/2/3: Khangela olu khetho ukubonisa ukuba kwenza i-SPORT ehambelanayo.
2. I-Codec: Lungiselela i-Codec njengendlela yangaphakathi okanye indlela yaNgaphandle. Qaphela ukuba xa olu khetho luqwalaselwe njengaNgaphandle, kufuneka uqwalasele i-pinmux ehambelanayo kwi-HW Feature tab.
   Umzobo 10 3-2-1 Pinmux
   
3. Indima: Qwalasela indima ye-SPORT. Amaxabiso akhethwayo yiNkosi kunye nekhoboka.
4. Ibhulorho Qwalasela ukuba uyafuna na ukudibanisa i-TX/RX isalathiso se-SPORT kwisixhobo sangaphandle. Ukuba imiselwe "Ngaphandle", i-SPORT ixhunyiwe kwisixhobo sangaphandle. Ukuba imiselwe "Ngaphakathi", i-SPORT ixhunyiwe kwi-hardware CODEC ngaphakathi kwe-IC.
   Phawula: Xa imiselwe "Ngaphandle", kufuneka uqwalasele i-pinmux ehambelanayo kwi-"HW Feature" ithebhu.
5. Imodi ye-RX / TX: Lungiselela indlela yokuhambisa kwi-TX kunye ne-RX ye-SPORT. Amaxabiso angakhethwanga yi TDM 2/4/6/8.
6. I-RX / TX Ifomathi: Qwalasela ifomathi yedatha ye-TX kunye ne-RX ye-SPORT. Amaxabiso akhethwayo ngala I2S /Left Justified/PCM_A/PCM_B.
7. I-RX / TX Ubude bedatha: Lungiselela ubude bedatha kwi-TX kunye ne-RX ye-SPORT. Amaxabiso angakhethwanga 8/1 6/20/24/32 BIT.
8. I-RX / TX Ubude beSiteshi: Lungiselela ubude besiteshi kwi-RX kunye ne-TX imiyalelo yezemidlalo. Ixabiso elikhethiweyo yi-1 6/20/24/32 BIT.
9. RX /TX Sample Rate: Qwalasela i-sample ireyithi kwi-TX kunye ne-RX imiyalelo ye-SPORT. Amaxabiso angakhethwanga yi-8 /16/32/44.1/48/88.2/96/192/12/24/ 11.025/22.05 KHZ.

Isixhobo se-Audio Logic

Isixhobo se-Audio Logic ixhasa ulungelelwaniso lweempawu ze-IO zoMyalezo, iZwi, iRekhodi, i-Line-in, iRingtone, i-VP, i-APT, i-LLAPT, i-ANC kunye ne-VAD data streams.

Uluhlu lokudlala okuvakalayo

Umzobo 11 3-2-2 Isixhobo se-Audio Logic

Udidi lokudlala okuMadiyo luxhasa i-Audio Primary SPK, i-Audio Sekondari ye-SPK, i-Audio Primary Reference SPK kunye ne-Audio Secondary Reference SPK:

1. I-Audio Primary SPK isetyenziselwa ukuseta i-Audio Physical Route indlela ye-SPK ephambili
2. I-Audio Secondary SPK isetyenziselwa ukuseta i-Audio Physical Route indlela ye-SPK yesibini
3. I-Audio Primary Reference SPK isetyenziselwa ukuseta i-Audio ngokomzimba ye-AEC loopback indlela ye-SPK engundoqo
   Phawula: Xa iRekhodi ePhambili yeReferensi yeMIC ehambelana neCandelo leRekhodi nayo iqwalaselwe, indlela ye-loopback ye-AEC phakathi kwe-Audio kunye neRekhodi iya kuvulwa.

Udidi lweLizwi

Umzobo 12 3-2-2 Udidi lweLizwi

ICandelo leLizwi lixhasa i-Voice Primary Reference SPK, i-Voice Primary Reference MIC, i-Voice Primary MIC, i-Voice Secondary MIC, i-Voice Fusion MIC kunye ne-Voice Bone MIC:

1. I-Voice Primary Reference SPK isetyenziselwa ukuseta indlela yelizwi ye-AEC loopback yesiseko se-SPK
2. I-Voice Primary Reference MIC isetyenziselwa ukuseta i-Voice physical AEC loopback indlela ye-MIC yokuqala
3. I-Voice Primary MIC isetyenziselwa ukuseta indlela yelizwi ebonakalayo ye-MIC yokuqala
4. I-Voice Secondary MIC isetyenziselwa ukuseta indlela ye-Voice ebonakalayo ye-MIC yesibini
5. I-Voice Fusion MIC isetyenziselwa ukuseta indlela yeLizwi ebonakalayo ye-Fusion MIC. I-Fusion Mic yongeza isiphumo se-NR ngelixa usebenzisa amandla amaninzi. Ukuba i-“Fusion Mic” yenziwe yasebenza kwiSixhobo seMcuConfig, qiniseka ukuba “umsebenzi we-NR” uvuliwe kwiSixhobo seDspConfig.
6. I-Voice Bone MIC isetyenziselwa ukuseta indlela ye-Voice ebonakalayo ye-Bonse Sensor MIC

Phawula:

1. I-Voice Secondary MIC inokumiswa kuphela xa uvule iVoice Dual Mic kwi-HW Feature tab ikhangelwe.
   Olu lungelelwaniso lobumbeko luya kususwa kwiinguqulelo ezizayo kwaye luya kuvulwa ngokuthe ngqo kwiAudioRoute.
   Umzobo 13 3-2-2 Vula iVoice Dual Mic
   
2. Xa i-Voice Primary Reference SPK kunye ne-Voice Primary Reference MIC ehambelana neCandelo leLizwi zicwangcisiwe, indlela ye-loopback ye-AEC iya kuvulwa.

Record Category

Umzobo 14 3-2-2 Uluhlu lokurekhoda

Udidi lweeRekhodi luxhasa iRekhodi ePhambili yeReferensi yeMIC:

1. Ukurekhoda okuPhambili kweReferensi ye-MIC isetyenziselwa ukuseta iRekhodi yomzimba ye-AEC loopback indlela ye-MIC ephambili
   Phawula: Xa i-Primary Reference SPK ehambelana neCandelo lomsindo, udidi lweRingtone okanye i-Voice Prompt Category nayo iqwalaselwe, iindlela ze-AEC ze-loopback phakathi kwe-Audio kunye neRekhodi, iRingtone kunye neRekhodi, okanye i-Voice Prompt kunye neRekhodi iya kuvulwa.

Ukwahluka kwe-IC

AEC Loopback 

1. Kwi-RTL87X3C, i-DAC0 inokubuyisela umva kuphela kwi-ADC2, kwaye i-DAC1 inokubuyisela umva kuphela kwi-ADC3.
2. Kwi-RTL87X3G, i-DAC0 inokubuyisela umva kuphela kwi-ADC2, kwaye i-DAC1 inokubuyisela umva kuphela kwi-ADC3.
3. Kwi-RTL87X3E, i-DAC0 inokubuyisela umva kwi-ADCn (n = 0, 2, 4), kunye ne-DAC1 inokubuyela emva kwi-ADCm (m = 1, 3, 5)
4. Kwi-RTL87X3D DAC0 inokubuyisela umva kwi-ADCn (n = 0, 2, 4), i-DAC1 inokubuyisela umva kwi-ADCm (m = 1, 3, 5)

Ngokubanzi

I-BT chip ixhasa imisebenzi yemveliso ye-Audio. Ulungelelwaniso zidweliswe kule thebhu.

DMIC Clock

I-DMIC 1/2: Xa i-microphone yedijithali ikhethwa kwiNdlela ye-Audio, setha ireyithi yewotshi ye-DMIC 1/2, enokuthi iqwalaselwe njenge-312.5KHz/625KHz/1.25MHz/2.5MHz/5MHz ireyithi yewotshi.

Umqulutage / Okwangoku

I-MICBIAS voltage: Lungisa imveliso ye MICBIAS voltage ngokwemigaqo ye-MIC, inokuqwalaselwa njenge-1.44V/1.62V/1.8V, kwaye ukungagqibeki yi-1.44V

Uqwalaselo lweNkqubo

Uqwalaselo lweSistim ithebhu iqulethe isitaki seBluetooth, profiles, i-OTA kunye noqwalaselo lweqonga, njl.

Isitaki seBluetooth

1. Idilesi ye-BD: Idilesi yeBluetooth yesixhobo. Ukusetwa kwedilesi yebluetooth kufumaneka kuphela xa "Rhweba ngaphandle idilesi yeBD kwiSixokelelwano soMgqomo" ikhangelwe kwaye emva koko idilesi iya kuba kumgqomo weNkqubo ethunyelwa ngaphandle.
   Umzobo 15 3-4-1 Bluetooth Stack
   
2. Imowudi: Imo yokusebenza yesitaki seBluetooth kwitshiphu yeBT.
   

   Ixabiso	Inkcazo
   Imowudi yeHCI	Kuphela isilawuli esisebenzayo kwi-BT chip
   Imowudi ye-SOC	Yonke imisebenzi yeBluetooth iyasebenza

3. Inombolo yekhonkco ye-BR/EDR: Elona nani liphezulu ngaxeshanye le-BR/EDR links. Ukuba ukhetha ubuninzi bezixhobo ezithathu zenkxaso ye-Multi-link, isixhobo sokuqala siya kuqhawulwa ukuze kwenziwe indawo yesixhobo sesithathu. Ukuba akunjalo, esinye sezixhobo ezibini zokuqala eziqhagamshelweyo kufuneka ziqhawulwe phambi kokuba isixhobo sesithathu siqhagamshelwe.
4. Inombolo yetshaneli ye-L2CAP: Elona nani liphezulu lamajelo e-L2CAP anokwenziwa ngaxeshanye. Amanani asemthethweni ngu 0~24.
5. Inombolo yesixhobo sebhondi ye-BR/EDR: Inani lezixhobo ze-BR/EDR eziya kugcina ulwazi lwebhondi kwiflash. Eli nani aliyi kuba ngaphantsi kwe-BR/EDR inombolo yekhonkco kwaye liya kuba ngaphantsi okanye lilingane no-8.
6. Inombolo yekhonkco ye-LE: Elona nani liphezulu leekhonkco ze-LE ezinokusekwa ngaxeshanye.
7. Inombolo yekhonkco ye-LE: Eli xabiso limisela inani eliphezulu le-master links ezinokubakho ngexesha elinye
8. Inombolo yekhonkco yekhoboka: Eli xabiso limisela inani eliphezulu leekhonkco zekhoboka ezinokubakho ngexesha elinye
9. Isibalo seCCCD: Elona nani liphezulu leeCCCD ezinokugcinwa kwiflash
10. I-CCCD ngenani lekhonkco ngalinye: Seta inani leCCCD ezixhaswa yi-BLE link nganye, ukusuka kwi-0 ukuya kwi-50
11. LE imo yabucala
    

    Ixabiso	Inkcazo
    Ubumfihlo besixhobo	isixhobo sikwimowudi yabucala yesixhobo
    Ubumfihlo benethiwekhi	isixhobo sikwimowudi yabucala yenethiwekhi

12. ICCCD ayijongi
    

    Ixabiso	Inkcazo
    Khubaza	Ngaphambi kokwazisa okanye ukubonisa idatha, iseva iya kukhangela ixabiso leCCCD.
    Vulela	Iseva yazisa okanye ibonise idatha ngaphandle kokujonga ixabiso leCCCD.

13. Inombolo yesixhobo sebhondi ye-LE: ubuninzi bezixhobo ze-LE eziya kugcinwa kukukhanya. Eli nani alinakuba ngaphantsi kwenombolo yekhonkco LE okanye ngaphezulu kwe-4.

Ubumbeko lwewotshi

Ukulungiselela izicwangciso ezinxulumene nenkqubo ye-32K, nceda ujonge ezi nkcazo zilandelayo ngeenkcukacha zamasimi (i-interface yokucwangcisa i-Chip Series okanye imodeli ye-IC yahlukile):

1. I-AON 32K CLK SRC: I-32k umthombo wewotshi ye-AON FSM. Ukuzikhethela kwangaphandle kwe-32k XTAL, i-RCOSC yangaphakathi ye-SDM, i-GPIO yangaphandle IN. Ii-SoCs ezahlukeneyo zinokuba neenketho ezahlukeneyo ezikhoyo.
2. I-RTC 32K CLK SRC: 32k umthombo wewotshi ye-RTC yomsebenzisi. Ukuzikhethela kwangaphandle kwe-32k XTAL, i-RCOSC SDM yangaphakathi, i-GPIO yangaphandle IN. Ii-SoCs ezahlukeneyo zinokuba neenketho ezahlukeneyo ezikhoyo.
3. BTMAC, SysTick 32K CLK SRC: 32k umthombo wewotshi yeBTMAC/SysTick. Ukukhethwa kwe-32k XTAL yangaphandle okanye i-RCOSC yangaphakathi ye-SDM
4. EXT32K Frequency: Ukuphindaphinda komthombo wewotshi ye-32k yangaphandle. 32.768KHz okanye 32k Hz ekhethiweyo
5. Yenza i-P2_1 GPIO 32K iNgeniso: Ibonisa ukuba kugalelwe i-32K ukusuka kwi-P2_1 ukuya kwi-SOC. Xa i-AON, BTMAC, umthombo wewotshi ye-RTC ikhethwe kwi-1 (yangaphandle 32K XTAL), ithetha ukusebenzisa i-GPIO IN 32k; xa i-AON, BTMAC, umthombo wewotshi ye-RTC ikhethiwe ukuya ku-0 (yangaphandle 32K XTAL), ithetha ukuba usebenzise yangaphandle 32K XTAL
6. I-RTC 32K OUT PIN: 32k GPIO yokukhetha iphini yokuphuma. Ungakhetha Khubaza, P1_2, P2_0

Umqulutage Ukucwangcisa

Umzobo 16 3-4-3 Voltage Ukucwangcisa

LDOAUXx useto: Isetyenziselwa ukuseta ivolthitage. Ukuba kufuneka ube nomthamo owahlukileyotagizicwangciso ze-e ngokweendlela ezahlukeneyo zamandla, i-voltagUkubeka imihlaba yeendlela ezahlukeneyo zamandla ziya kuboniswa njengoko kubonisiwe kumzobo ongentla.

Umzekeloample: imihlaba esebenzayo/imowudi ye-dlps kunye namandla ezantsi indlela kwi-LDOAUX yokucwangcisa Nokuba i-LDOAUXx yenziwe ngokwe-IO. Ukuba imiselwe ku "Vumela", iya kuvula i-LDO_AUX2 kwivolthi ekhankanyiweyotage (1.8V okanye 3.3V). Ukuba akukho ntsimi enjalo, kuthetha ukuba le LDO ayinakuvalwa.
I-AVCCDRV ihlala ivuliwe: Isetyenziselwa ukuseta ukuba i-AVCCRV kufuneka ihlale ivuliwe, okanye ivule kuphela xa kukho ukuziphatha kwesandi.
Umqulutage ye AVCCDRV/ AVCC: AVCC_DRV/AVCC voltagisethingi ye-e, enokuthi imiselwe ku-1.8V/1.8V okanye 2.1V/2.0V ngokosetyenziso lweeperipherals

Uqwalaselo lweQonga

1. Imveliso yelog: Nokuba ngaba ukhupha iilog kwiLog UART. Ukhetho olumiselweyo luvuliwe.
   

   Ixabiso	Inkcazo
   Khubaza	Ushicilelo lwelog luvaliwe
   Vulela	Ushicilelo lwelog luvuliwe

2. I-Log output pinmux: misela i-pin yemveliso yelog.
3. Ilog uart hw flow ctrl: Ulawulo lokuhamba kwehardware yelog olungagqibekanga luvaliwe. Ukwenza ilog uart hardware ulawulo lokuhamba, kufuneka ukhethe ekhoyo yelog uart cts pinmux, uqhagamshele ilog uart cts pinmux kwi FT232 log uart RTS pin, kwaye usete Ulawulo lokuqukuqela kucwangciso lwelog ye Debug Analyzer to RequestToSend.
4. Yenza i-SWD isebenze: Vula i-SWD debug interface.
5. Setha kwakhona xa i-Hardfaut: Xa i-platform ye-Hardfaut ibonakala, iqonga liya kuqalisa ngokuzenzekelayo.
6. I-Watchdog Timeout: Qwalasela ixesha lokuphuma kwe-watchdog.
7. I-WDG Yenza kwi-ROM: Vumela i-WDG ukuba yenziwe kwi-rom.
8. Ukutya okuzenzekelayo kwe-WDG kwi-ROM: Yondla ngokuzenzekelayo inja kwi-rom.
9. Ubuninzi beNani lesibali-xesha se-SW: Elona nani liphezulu lezibali-xesha zesoftware.
10. Imowudi ye-Watchdog: imowudi emva kwexesha le-wdg (seta kwakhona okanye ngenisa i-irq ukuprinta imeko yangoku)

Ukusetwa okubhalwe ngasentla kwe-OEM

Ulwazi loyilo lwemephu edanyazayo. Uyilo lunokulungelelaniswa ngeqhosha elithi "Ngenisa iflash.ini".

Umzobo 17 3-4-7 OEM Header setting

Itshaja

Itshaja

Ibhokisi yokukhangela "Itshaja" kwiphepha le-HW Feature kufuneka ikhethwe ukuze itshaja isebenze.

Umzobo 18 3-5-1 Itshaja

1. Itshaja iyenza isebenze ngokuzenzekela Ukwenza isigqibo isixhobo sizakungena kwimowudi yechrger ngokuzenzekelayo okanye hayi xa iadaptha ingenile, ukungagqibeki ngu “EWE”, nceda ungayilungise ngaphandle kokuba sele uqhagamshelane neFAE kwaye uqonde ngokupheleleyo ukuba uyenza njani itshaja ngo “HAYI”. ” ulungiselelo.
2. Cwangcisa uqwalaselo lweTshaja kwi-APP uqwalaselo Ukuba ibhokisi yokukhangela isetiwe, zonke iiparamitha zokumisela itshaja ziya kongezwa kwi-APP config bin. Kwaye i-firmware yetshaja iya kusebenzisa iiparams kwi-APP config bin endaweni ye-SYS config bin. Ukuze iiparamitha zetshaja zihlaziywe nge-OTA.
3. Ixesha lokuTshaja kwangaphambili (min): Imowudi yokutshaja kwangaphambili ibhetri ixesha lokuphuma kwepharamitha, uluhlu yi-1-65535min
4. Ixesha lokutshaja ngokukhawuleza (min): Imowudi yokutshaja ngokukhawuleza kwebhetri (imowudi yeCC+CV) ixesha lokuphuma kweparamitha, uluhlu yi-3-65535min
5. Intlawulo yangoku yemeko yokutshaja kwangaphambili(mA):Useto lwangoku lwemowudi yokutshaja kwangaphambili
6. Intlawulo yangoku yemeko yokuTshaja ngokukhawuleza(mA):imo yokutshaja (imo yeCC) useto lwangoku
7. UkuTshaja kwakhona Voltage(mV):Imo yokutshaja kwakhona umthamotagumqobo
8. Umqulutage umda webhetri(mV):Injongo yemodi yeCV
9. Ukutshaja ukugqiba kwangoku(mA):Ukugqiba kwetshaji, tshaja useto lwangoku kwimo yeCV
10. Itshaja ukhuseleko thermal Ukukhuselwa ubushushu bebhetri kwimowudi yokuhlawula ngokukhawuleza, kukho ezine zombuso ngokwe-ADC exabisa ukufundwa. Ukufunyanwa kwe-thermistor kufuneka kukhethwe kwiphepha lesici se-HW.
    Umzobo 19 3-5-1 Ukufumanisa i-thermal yeTshaja
    
    i) Lumkisa ummandla Voltage yeBattery High Temperature (mV): Itshaja yangoku iya kuhla iye ku (I/X2) nje ukuba le ADC voltage iyafundwa. “Mna” yitshaja yangoku phambi kokuba ubushushu obuphezulu bufikelelwe. X2 nguye
    ichazwe kwinqaku19.
    ii) Lumkisa ummandla Voltage yeBetri yoBubushushu obuphantsi (mV): Itshaja yangoku iya kuhla iye ku (I/X3)
    kanye le ADC voltage iyafundwa. “Mna” yitshaja yangoku phambi kokuba ubushushu obuphantsi bufikelelwe. X3 nguye
    ichazwe kwinqaku20.
    iii) Ummandla weempazamo Voltage yeBattery High Temperature (mV): Itshaja yokumisa yangoku kanye le ADC
    Umqulutage iyafundwa.
    iv) Ummandla weempazamo Voltage yeBattery Low Temperature (mV): Itshaja yokumisa yangoku kanye le ADC
    Umqulutage iyafundwa.
11. Ibhetri yeSingqinisiso Voltage (mV):Ukuchaza ireferensi voltage ye-0% ukuya kwi-90% ukubonisa iintsalela zebhetri
    kumboniso we-smartphone, isilumkiso sebhetri ephantsi kunye nokucima kombane. Nceda ufumane amanqanaba alishumi ngokwe
    ijika lokukhupha ibhetri kunye nokulayisha rhoqo kwaye ulwahlule lube ngamanqanaba alishumi.
12. Ukuxhathisa okuFanelekayo kwebhetri (mOhm):Ireferensi yokumelana nebhetri esebenzayo kuquka ibhetri
    ukumelana kwangaphakathi, umkhondo wePCB kunye nocingo lwebhetri. Isetyenziselwa ukubuyekeza i-IR voltage yehla ngenxa ye
    uxhathiso olongezelelweyo olusebenzayo.
13. Khubaza itshaja emva kokugqiba ukutshaja 1 min(Vumela imowudi yamandla aphantsi):
    • Ewe: Isixhobo siya kungena kwimowudi yokucima amandla 1min emva kokugqiba itshaja (imowudi yeCV ifike kwitshaja
      gqibezela okwangoku), itshaja iya kuqalisa kwakhona xa iadaptha iphumile kwaye iadaptha ingena kwakhona.
    • Hayi: Isixhobo siyakuyeka ukutshaja emva kokugqiba itshaja kodwa asiyi kungena kwimowudi yombane, ngaphantsi
      le meko ukuba ibhetri yehla ngenxa yokulayisha kwaye ifikelele kwi-Re-Charge Voltag, itshaja izakuqalisa kwakhona.
      Phawula i-adapter ye-5V yokuziphatha kwibhokisi yentlawulo
    • Ukuba i-5V ayizukwehla naxa itshaja igqibile, nceda usete “Khubaza itshaja emva kokutshaja ukugqiba 1 min(Vumela imowudi yamandla aphantsi)” njengo “Ewe” ukuze isistim ingene kwimowudi yokuthoba amandla ukugcina usetyenziso lwangoku.
    • Ukuba i-5V iya kuhla emva kokugqiba itshaja, i-headset iya kuyigweba njengengaphandle kwebhokisi kunye namandla, qhagamshela kwi-smart phone. Ukunqanda le meko ingalunganga, nceda wongeze isikhonkwane sesi-3 njengebhokisi yokubona (0= ebhokisini) okanye umyalelo webhokisi yetshaja ehlakaniphile.
14. Inkxaso yentlawulo ekhawulezileyo: Ukuba Yenza, imowudi yeCC yokutshaja yangoku iya kulandela ukutshaja okukhawulezileyo useto lwangoku
    (ichazwe njenge-2C) kwaye icotha ukuya (2C/X1, X1 ichaze kwinqaku le-19) xa i-VBAT ifikelela kwi-4V. umz, ukuba umthamo webhetri
    yi-50mA, nceda usete i-100mA yesicelo sentlawulo ekhawulezayo.
    Qaphela: Ukuba umthengi uguqula ukuziphatha kwetshaja okanye usebenzisa itshaja yangaphandle i-IC, nceda usete intlawulo ekhawulezayo njengento engasebenziyo.
15. Intlawulo ekhawulezayo yesahluli sangoku:Seta iparameter "X1" xa uvumela ukutshaja ngokukhawuleza, intlawulo yangoku iya kwenza
    yehla ukuya (2C/X1, 2C intlawulo ekhawulezayo useto lwangoku) xa ibhetri voltage ukufikelela 4V.
16. Isilumkiso sexesha eliphakamileyo isahluli sangoku Seta iparameter "X2" xa ufundo lwe-ADC olushushu lufikelela kwiqondo lobushushu obuphezulu.
17. Isilumkiso sexesha eliphantsi isahluli sangoku Seta iparameter "X3" xa ufundo lwe-ADC olushushu lufikelela ezantsi
    iqondo lobushushu.

Iadaptha

Phantsi ukuya kuMgangatho woFundo oluPhezulu:I-Adapter ekwi-voltagumqobo
I-Threshold yoFundo oluPhezulu ukuya kwiPhantsi:I-Adapter ngaphandle voltagumqobo
Ixesha eliphantsi ukuya kwePhakamileyo lokuDebounce (ms): Xa iadaptha ingaphakathi, iyakubonwa njengeadaptha kwimeko emva komthamo.taginqanaba eliphezulu kunesibundwi kwaye ugcine ngaphezulu kwesi sibali-xesha.
Phezulu ukuya kwixesha eliPhantsi lokuDebounce (ms): Xa iadaptha iphumile, iyakubonwa njengeadaptha ngaphandle kwemeko emva komthamo.tage inqanaba elisezantsi kunombundyo kwaye ugcine ngaphezulu kwesi sibali-xesha.
I-Adapter IO inkxaso: Ukuba Ewe, i-1-wire uart umsebenzi wokusebenzisa kwakhona iphini yeadaptha yenziwe.
I-ADP IO ePhantsi ukuya kwixesha eliPhezulu le-Debounce (ms): I-Adapter IO iphantsi ukuya phezulu, kwaye igcine iphezulu ixesha elithile, inkqubo iya kugweba njengekhefu lemowudi yocingo olu-1, ukuba "0ms", ixesha lokuqhawula i-10ms
I-ADP IO iPhakamileyo ukuya kwixesha eliPhantsi lokuBonisa (ms):I-Adapter IO iphezulu ukuya ephantsi, kwaye ihlale iphantsi kangangexesha elithile, inkqubo iya kugweba njengoko ngenisa imowudi yocingo olu-1, ukuba “0ms”, ixesha lokuqhawula elimiselweyo yi-10ms.

Into yoqwalaselo kunye netafile yembalelwano eguquguqukayo ye-APP

Itshaja
	discharger_support battery_warning_percent timer_low_bat_warning timer_low_bat_led	Izicwangciso ze-alam yebhetri ephantsi

Iringithoni

Ithebhu yeringithoni ibonelela ngethoni yokukhala kunye noqwalaselo lwelizwi ngokukhawuleza. Apha, abasebenzisi bangenza iithowuni zomntu ngamnye kwaye bangenise iimpembelelo zelizwi.

Isaziso sokuxuba Ulungiselelo

1. Isaziso sokuxuba ulungiselelo: Ukuba ixabiso livuliwe, isaziso siya kudlalwa kwindawo yomsindo, kwaye ezimbini ziya kuxutywa; ukuba ixabiso livaliwe, isaziso siya kudlalwa kwindawo yomsindo, kwaye isaziso siya kudlalwa ngokwahlukileyo. Emva kokuba isaziso sidlaliwe, iaudio iya kuphinda idlale.
2. I-Audio Playback Suppressed Gain (dB): Xa iSaziso sokuxuba isethingi sivuliwe, kwindawo yomsindo, ukuba isaziso singena, ivolumu yomsindo iya kuthotywa ukugqamisa umphumo wesaziso. Unokulawula ukuba ungakanani ukucinezela umphumo ngokulungisa inzuzo yokucinezela.

Ukukhawuleza kwelizwi

Umzobo 20 3-6-2 i-Voice Prompt

1. Ulwimi lwenkxaso yelizwi: Ixhasa ukwazisa kwelizwi eyakhelweyo ukuya kuthi ga kwiilwimi ezi-4. Umsebenzisi ukhetha ukuba zeziphi iilwimi ezixhaswa yile mveliso.
2. Ulwimi olusisiseko lwelizwi: Umsebenzisi ukhetha ulwimi njengolwimi olukhawulezayo olusisiseko.

Hlaziya i-Voice Prompt

Ukuhlaziya i-Voice Prompts esichongwe isixhobo, landela le miyalelo ingezantsi.

1. Khetha ulwimi oluxhaswayo olukhawulezayo ngokweemfuno zakho (ulwimi lwenkxaso yelizwi)
2. Hlaziya i-wav file kwifolda ". \ Ukukhawuleza kwelizwi ". Wav filekufuneka ihlangabezane nezi mfuno zilandelayo:
   i. Iaudio yeMono okanye yeStereo
   ii. Ukulandela ukampamazinga e-ling avumelekile: 8KHz, 16KHz, 44.1KHz, 48KHz. File igama libhalwe njenge *.wav. Qaphela ukuba iilwimi ezininzi zikhethiwe, i-wav files kwifolda yolwimi ngokufanelekileyo kufuneka ibe negama elifanayo. Isixhobo asizukwazi files ngokungangqinelani file amagama kwifolda yolwimi xa kukhethwe iilwimi ezininzi. Umzekelo, masithi iSOC isebenzise zombini isiNgesi kunye nelizwi laseTshayina. Ukuba ufuna ukuhlaziya "power_on.wav" kunye "power_off.wav", zibeke kwiifolda njengoko kubonisiwe.
   
3. Cofa iqhosha elithi "Hlaziya" ukuqalisa ukukhangela isixhobo kwaye ufumane i-wav files kwi-hard drive.
4. Cofa iqhosha elithi "Hlaziya" ukujonga ubungakanani obufunekayo belizwi elithunyelwa ngaphandle kwi-Bin. Nceda uqinisekise ukuba ubungakanani beVoice Prompt evelisiweyo abugqithi kuyilo lweSOC Flash ubukhulu obuvunyelweyo. Wav files iya kuguqulelwa kwi-voice prompt kwifomathi ye-AAC. Ngokulungelelanisa “iparamitha yokukhawuleza yelizwi ye file ubukhulu” ipharamitha, enoluhlu olusebenzayo oluyi-10–90, unokwenza umgangatho wesandi seVP. Amaxabiso amakhulu eparamitha aya kubangela umgangatho ongcono wesandi se-VP, kodwa kuya kufuneka indawo eyongezelelekileyo. Inyathelo lelizwi file igama kunye nomxholo uya kubhalwa emva kokuba uqwalaselo lugqityiwe kunye ne-rcfg file ithunyelwa ngaphandle. Ulwazi lwe-VP lunokusetyenziswa ukuba i-rcfg ingeniswe kwixesha elizayo.

Ingqiqo yokuthumela ngaphandle kwe-Voice Prompt

Zeziphi ii-Voice Prompts ezithunyelwa ngaphandle kwi-Bin zichazwe kweli candelo.

1. Ukuba ukhetho "Gcina zonke iintshukumo zelizwi kwidiski nokuba ungakhethwa okanye ungakhethi kuKhetho lweTowuni" ikhethiwe: Yonke iVP files iSixhobo esisibonayo ngoku sizakungeniswa ngaphandle kwi Bin.
2. Ukuba ukhetho "Gcina zonke iintshukumo zelizwi kwidiski nokuba ungakhethwa okanye ungakhethi kuKhetho lweTowuni" ayikhethwanga:
   Kuphela sisithintelo selizwi esikhethwe yimeko yethoni "kuKhetho lwethoni" eqokelelwa sisixhobo. Ngamanye amazwi, ayizukubhalwa kuBin ukuba iVP echongwe siSixhobo ayikhethwanga “kuKhetho lweTowuni.”
3. Ukuba "Yenza inombolo yengxelo ye-TTS kuphela" ikhangelwe, ezinye ii-VPs ziya kuthunyelwa ngokuzenzekelayo kwi-Bin ukwenzela umsebenzi we-TTS (Isixhobo siyawaqaphela amagama e-VP njenge "0", "1", "2", "3", "4", " 5”, “6”, “7” “, “8”, “9”).

Qwalasela Iringithoni

Umzobo 22 3-6-5 Qwalasela iRingtone

“Iithowuni ezifumanekayo” dwelisa iithowuni ezinokuthi zikhethwe ukuze zithunyelwe kumgqomo file. Cofa iqhosha elithi "Ithoni yoLungiselelo" ukulungisa "Iringithoni ekhoyo ekhoyo."

Isixhobo sibonelela ngeeRingtones ezingama-45 ezingalungisekiyo. Ulungelelwaniso lweringithoni lukwaxhaswa.

1. Xa ithowuni yokukhala ikhethiwe, iya kuvela kuluhlu “lweeringtone ezifumanekayo”.
2. Cofa iqhosha elithi "Dlala" ukuva isiphumo seRingtone.
3. Cofa iqhosha elithi "Ixabiso" ukujonga idatha yeRingtone.

Yongeza Iringithoni elungiselelwe wena:

Inyathelo lesi-1: Cofa iqhosha "Yongeza ngakumbi ngomthengi" ukongeza ithowuni entsha yokukhala.
Inyathelo lesi-2: Nika ithowuni yokukhala yangokwezifiso igama kwibhokisi yokuhlela. Qinisekisa ukuba eli gama lahlukile kwigama "elingalungisekiyo iRingtone".
Inyathelo lesi-3: Cofa iqhosha elithi "Ixabiso" ukuze ugcwalise idatha yethoni, uze uyigcine. Cofa iqhosha elithi "Dlala" ukuva umphumo weRingtone.
Phawula: Khetha ibhokisi yokukhangela ukubonisa le Iringithoni yesiko kuluhlu ” Iiringtones ezifumanekayo ”.

Umzobo 23 3-6-5 Uqwalaselo

Iringithoni yokuthumela ngaphandle logic

Eli candelo lichaza ukuba zeziphi iithowuni ezithunyelwa ngaphandle kuMgqomo.

1. Ukuba ukhetho "Gcina yonke ithowuni yedatha ekhangelweyo ukuba ikhethwe okanye ayikhethwa kuKhetho lweTowuni" ikhethiwe: Zonke iithowuni ezikhalayo kwi "Ithoni yokukhala ekhoyo" ziya kuthunyelwa kuMgqomo.
2. Ukuba ukhetho "Gcina yonke ithowuni yedatha ekhangelweyo ukuba ikhethwe okanye ayikhethwa kuKhetho lweTowuni" ayikhethwanga:
   Isixhobo siqokelela kuphela iithowuni ezikhalayo ezikhethwe yimeko yethoni "kuKhetho lwethowuni". Ngamanye amagama, ukuba ithowuni ekhalayo kwi "Iringithoni ekhoyo" ayikhethwanga "kuKhetho lweTowuni", ayisayi kubhalwa kuMgqomo.

View Iringithoni / isalathiso se-Voice Prompt kunye nobude

Cofa iqhosha elithi "Bonisa isalathisi" ukuze view ulwazi olulandelayo lweRingtone kunye neVP:

1. Isalathisi seRingtone/VP kwiBin ethunyelwe ngaphandle.
2. Ubungakanani bedatha yeRingtone/VP.

Umzobo 24 3-6-7 Iringithoni / i-VP index kunye nobude

RF TX

Amandla eRF TX

Ezi parameters zeRF ziya kuthunyelwa kwi-System Config Bin entsha eyenziweyo kuphela ukuba "Thumela ngaphandle RF TX Power ukuya System Config Bin" yenziwe yasebenza. Kungenjalo, ayizukuthunyelwa kumgqomo file.

1. IMax Tx amandla elifa: Ilifa le-BDR/EDR TX useto lwamandla
2. Tx amandla LE: LE TX useto lwamandla
3. Amandla e-Tx e-LE 1M/2M 2402MHz/2480MHz:ucule ngokuzimeleyo 2402Hz (CH0) kunye ne-2480MHz (CH39) TX useto lwamandla ngenjongo yokuqinisekisa, oku ngokukodwa kwimfuno yovavanyo lomphetho webhendi.

RF TX Config

Umzobo 25 3-7-2 RF TX Config

Ezi parameters zeRF ziya kuthunyelwa kwi-System Config Bin entsha eyenziweyo kuphela ukuba "Thumela ngaphandle RF TX Config to System Config Bin" yenziwe yasebenza. Kungenjalo, ayizukuthunyelwa kumgqomo file.

1. I-Flatness 2402-2423MHz/2424-2445MHz/2446-2463MHz/2464-2480MHz(dBm):Iitshaneli zeRF zahlulwe zaba ngamaqela aphantsi/mid1/mid2/ aphezulu ngokusebenzisa amajelo angama-79, ngenxa yobunzima bePCB, ulawulo lokungaphumeleli kunye necandelo , ukusebenza kweRF TX kunokwahluka phakathi kwamaqela ahlukeneyo, le parameter isetyenziselwa ukwenza imbuyekezo kumaqela amane ukugcina i-flatness engcono kumajelo e-BT.
2. Ukuziqhelanisa (i-LBT) Yenza: Yenza ukulungelelaniswa koMyalelo weCE
3. Ukuguquguquka (LBT) Inzuzo ye-eriyali:Gcwalisa incopho ye-eriyali inzuzo yokulungelelanisa iparamitha
4. Inqanaba le-BR/EDR Inani loLawulo lwaMandla:chaza inqanaba lolawulo lwamandla e-TX, 3 (0,1,2) okanye 4 (0,1,2,3), 0 lelona nqanaba liphezulu lichazwe kwiRF TX Config ngasentla. Umphakamo wamandla we-TX ongagqibekanga ngu-0 kwaye unokumiselwa ngokuMiselweyo BR/EDR Tx iNqanaba laMandla
5. Ukuhlala kukho i-BR/EDR Tx iNqanaba laMandla: 0(MAX)~4(MIN)

I-Frequency Offset

Umzobo 26 3-7-3 Ukuphindaphinda

Ezi parameters zeRF ziya kuthunyelwa kuMgqomo omtsha owenziweyo weNkqubo kuphela ukuba "Ukuthunyelwa ngaphandle kweFrequency Offset kwiSystem Config Bin" yenziwe yasebenza. Kungenjalo, ayizukuthunyelwa kumgqomo file.

1. I-Frequency offset: Sula ixabiso le-IC yembuyekezo yangaphakathi ye-capacitor (XI/XO), uluhlu olunokuqhutywa yi-0x00 ~ 0x7f, kunye no-0.3pF utshintsho ngenyathelo ngalinye. Okumiselweyo ngu-0x3F
2. I-Low Power Mode Frequency offset: Yenza i-IC yexabiso le-capacitor yembuyekezo yangaphakathi (XI / XO) kwimodi ye-DLPS, le parameter engalunganga iya kubangela ukukhutshwa koqhagamshelwano.

Olunye useto

1. PA yangaphandle: Cwangcisa Vulela ukusebenzisa PA yangaphandle, kungenjalo ngokusebenzisa PA yangaphakathi.

Isihlomelo

1. Umgqomo woqwalaselo lwenkqubo file iqulathe ubumbeko lwe "System Configuration," "Itshaja," kunye "RF TX" tab. Nangona kunjalo, amanye amasimi kwithebhu yeTshaja agcinwe kumgqomo woqwalaselo lwe-app, njengoko kubonwa kulo mfanekiso ulandelayo:
2. Uqwalaselo kwithebhu yeNdlela yeAudio inefuthe kwibhloko yesakhelo. Olu seto lugcinwe kwi-app config bin file
3. I-RingTone/I-Voice Prompt kunye nolwazi lwe-LED lugcinwe kwiibhloko ezahlukeneyo kwi-app config bin file. Kwezinye iinombolo ze-IC, i-RingTone/VP inokugcinwa kumgqomo owahlukileyo weVP file.

Iimbekiselo

1. Udidi lweBluetooth lwenkcazelo yesixhobo
2. https://www.bluetooth.com/specifications/assigned-numbers/baseband
3. Realtek Bluetooth chip SDK uxwebhu
4. I-Bluetooth SIG, Ukucaciswa kweSistim yeBluetooth, iProfiles, Advanced Audio Distribution Profile uguqulelo 1.3 .1
5. https://www.bluetooth.org/DocMan/handlers/DownloadDoc.ashx?doc_id=303201

Amaxwebhu / Izibonelelo

REALTEK MCU Config Tool Development Development [pdf] Isikhokelo somsebenzisi MCU Config Tool Development Development, MCU, Config Tool Development Development, Tool Software Development, Uphuhliso lweSoftware

Iimbekiselo

• Incwadi yokusebenzisa