UG548: I-Siplicity Link Debugger
Isikhokelo somsebenzisi
I-UG548 I-Siplicity Link Debugger
I-Siplicity Link Debugger sisixhobo esikhaphukhaphu sokulungisa iimpazamo kunye nokucwangcisa izixhobo ze-Silicon Labs kwiibhodi zesiko.
I-J-Link debugger yenza ukucwangciswa kunye nokulungiswa kweempazamo kwisixhobo ekujoliswe kuso nge-USB, ngokusebenzisa i-Slabs 'Mini elula ujongano. Ujongano lwezibuko lwe-COM lwenyani (VCOM) lubonelela ngoqhagamshelo lwe-serial olulula ukulusebenzisa kwi-USB. I-Packet Trace Interface (PTI) inikezela
ulwazi oluxabisekileyo lolungiso malunga neepakethi ezigqithisiweyo nezifunyenweyo kumakhonkco angenazingcingo.
Iswitshi yamandla inika ukhetho lokulungisa iibhodi ekujoliswe kuzo ngaphandle kokudityaniswa kwamandla angaphandle okanye iibhetri. Ibhodi ikwanazo iipads ezili-12 ezinokuthi zisetyenziswe ukuhlola iimpawu ukuya nokubuya kwibhodi edityanisiweyo.
IIMBONAKALO
- SEGGER J-Link debugger
- I-Packet Trace Interface
- Izibuko le-COM elibonakalayo
- Ukhetho ekujoliswe kulo voltagUmthombo
- Iipads zokuqhawula ukuze uhlolisise lula
IIPROTOCOLS ZOKULUNGISA NGENKXASO
- Uthotho locingo lokulungisa impazamo (SWD)
- I-Silicon Labs 2-Wire Interface (C2)
INKXASO YESOFTWARE
- Studio Studio elula
UKU-odola ULWAZI
- I-Si-DBG1015A
ISIQULATHO SEPACEJI
- Ibhodi ye-Siplicity Debugger board (BRD1015A)
- Intambo Elula Encinci
Intshayelelo
I-Siplicity Link Debugger sisixhobo esenzelwe ukulungisa ingxaki kunye neprogram ye-Silicon Labs izixhobo kwiibhodi ezixhotyiswe nge-Mini Simplicity Interface, usebenzisa i-Siplicity Studio okanye izixhobo ze-software ze-Commander ezilula.
1.1 Ukuqalisa
Ukuqala ukucwangcisa okanye ukulungisa ihardware yakho, khuphela inguqulelo yamva nje yeSitudiyo esiLula, kwaye uqhagamshele intambo ecaba kwihardware yakho. Ukuba i-hardware yakho ayinasidibanisi esifanelekileyo, iipads zokuqhawula zinokusetyenziswa ngenye indlela ukubonelela ngoqhagamshelwano ngeengcingo zokutsiba. Abaqhubi beSegger J-Link bayafuneka. Ezi zifakwe ngokungagqibekanga ngexesha lofakelo lweSitudiyo esilula, kwaye zinokukhutshelwa ngokuthe ngqo kwiSegger.
1.2 Ufakelo
Yiya kwi-silabs.com/developers/simplicity-studio ukukhuphela inguqulelo yamva nje yeSitudiyo esiLula kunye nezixhobo ze-SDK, okanye uhlaziye ngokulula isoftwe yakho yokuvula incoko yababini yoMphathi woFakelo.
Isikhokelo somsebenzisi wesoftware siyafikeleleka kwimenyu yoNcedo okanye undwendwela amaphepha amaxwebhu apha: docs.silabs.com/simplicity-studio-5-users-guide/latest/ss-5-users-guide-overview
1.3 IiMfuno zeHardware eSiko
Ukudibanisa kunye nokuthatha i-advantage yazo zonke iimpawu zokulungisa iimpazamo ezibonelelwa yiSiplicity Link Debugger kunye nezixhobo zesoftware yeSilicon Labs, ujongano oluLula oluNcinci kufuneka luphunyezwe kuyilo s.tage ye hardware yesiko. I-Single Wire Debug interface iyafuneka kudweliso lwenkqubo kunye nokusebenza okusisiseko kolungiso lweempazamo. Jonga iTheyibhile 2.1 IiNkcazelo zePini yeSiqhagamshelo esiLula kwiphepha lesi-6 ukuze ufumane ipinout yokudibanisa.
Ikhebula elibonelelwe ngekiti liyi-1.27 mm (50 mil) intambo yeribhoni ye-pitch, iphelile ngee-10-pin IDC connectors. Ukutshatisa oku kwaye uphephe iimpazamo xa udibanisa i-hardware, ukukhetha isidibaniso esineqhosha kuyacetyiswa, kuba example Samtec FTSH-105-01-L-DV-K.
Iikhithi zeSilicon Labs Dev kunye nezixhobo zoMhloli zibonelela ngokuphunyezwa exampiipakethe zesixhobo esithile, esivumela umntu ukuba abone ukuba imiqondiso ihanjiswa njani phakathi kweSidibanisi soBulula obuncinci kunye neeperipherals kwisixhobo ekujoliswe kuso.
Hardware Overview
2.1 UYilo lweHardware
2.2 Umzobo weBloko
Uphelileview yeSiplicity Link Debugger iboniswe kumzobo ongezantsi.
2.3 Iziqhagamshelo
Eli candelo linika ngaphezuluview yoqhagamshelwano olulula lweDebugger.
2.3.1 Isinxibelelanisi se-USB
Isidibanisi se-USB sime kwicala lasekhohlo leSiplicity Link Debugger. Zonke iimpawu zophuhliso lwekhithi zixhaswa ngale nto
Ujongano lwe-USB xa luqhagamshelwe kwikhompyuter ebamba umkhosi. Ezo mpawu ziquka:
- Ukulungiswa kweempazamo kunye nocwangciso lwesixhobo ekujoliswe kuso usebenzisa i-J-Link debugger ekwibhodi
- Unxibelelwano ngesixhobo ekujoliswe kuso phezu virtual COM port usebenzisa USB-CDC
- Packet Trace
Ukongeza ekuboneleleni ukufikelela kwiimpawu zophuhliso lwekiti, le USB isinxibelelanisi ikwangumthombo wamandla ophambili wekhithi. I-USB 5V evela kwesi sidibanisi inika amandla i-MCU ye-debugger kunye ne-voltage encedisayotage umlawuli oxhasa kwi-imfuno amandla kwisixhobo ekujoliswe kuyo.
Xa usebenzisa i-Siplicity Link Debugger ukunika amandla kwisixhobo esijoliswe kuyo, kuyacetyiswa ukuba usebenzise i-USB host ekwaziyo ukuvelisa i-500 mA.
2.3.2 IiPads zokuqhawula
Iipads zokuqhawula ngamanqaku ovavanyo abekwe emacaleni. Baphethe zonke iimpawu ze-Mini Simplicity interface, zinika indlela elula yokuphanda ngezixhobo zokulinganisa zangaphandle okanye uqhagamshelo olulolunye kwiibhodi zokulungisa ezingenalo ikhonkco elifanelekileyo. Lo mfanekiso ulandelayo ubonisa uyilo lweepads zokuqhawula kwiSiplicity Link Debugger:
Jonga iTheyibhile 2.1 IiNkcazelo zePini yeSiqhagamshelo esiLula kwiphepha lesi-6 malunga neenkcazelo zeminatha yomqondiso.
2.3.3 Ubulula obuncinane
ISidibanisi esiLula esiNcinci senzelwe ukubonelela ngeempawu zolungiso eziphucukileyo ngokusebenzisa isiqhagamshelanisi esincinci se-10-pin:
- Ujongano lweSerial Wire Debug (SWD) ene-SWO / iiLabhu zeSilicon ezi-2 zoNxibelelwano ngocingo (C2)
- Izibuko leCOM elibonakalayo (VCOM)
- Ujongano lwePacket Trace Interface (PTI)
Ukuba iyafuneka, i-Miniline Simplicity interface ikwaxhasa amandla afunekayo kwisixhobo esiqhagamshelweyo. Lo msebenzi uqhele ukucishwa kwaye i-pin ye-VTARGET isetyenziselwa ukuva kuphela.
Uluhlu loku-2.1. IiNkcazelo zePin yeSiqhagamshelo esiLula
| Inombolo yePin | Umsebenzi | Inkcazo |
| 1 | VTARGET | Ekujoliswe kuko voltage kwisicelo esilungisiweyo. Kubekwe iliso okanye kubonelelwe xa iswitshi yombane iguqulwe |
| 2 | GND | Umhlaba |
| 3 | RST | Lungisa kwakhona |
| 4 | VCOM_RX | I-COM Rx eyinyani |
| 5 | VCOM_TX | I-COM Tx ebonakalayo |
| 6 | SWO | Uthotho Wire Output |
| 7 | SWDIO/C2D | Uthotho lweData yocingo, ngenye indlela iC2 Data |
| 8 | SWCLK/C2CK | Uthotho Wire Clock, kungenjalo C2 Clock |
| 9 | PTI_FRAME | Isiginali yeSakhelo sePakethi yokulandela umkhondo |
| 10 | PTI_DATA | Ipakethi yoMkhondo weDatha yeSignali |
Iinkcukacha
3.1 IiMeko zokuSebenza ezicetyiswayo
Le theyibhile ilandelayo yenzelwe ukusebenza njengesikhokelo sosetyenziso oluchanekileyo lweSiplicity Link Debugger. Itheyibhile ibonisa iimeko zokusebenza eziqhelekileyo kunye nemida ethile yoyilo.
Uluhlu 3.1. IiMeko zokuSebenza eziCetyisiweyo
| Ipharamitha | Uphawu | Min | Chwetheza | Max | Iyunithi |
| UNgeniso lwe-USB Voltage | I-V-BUS | 4.4 | 5.0 | 5.25 | V |
| Ekujoliswe kuko Voltage1, 3 | VTARGET | 1.8 | - | 3.6 | V |
| Ubonelelo ekujoliswe kulo ngoku 2, 3 | ITARGET | - | - | 300 | mA |
| Ubushushu bokusebenza | PHEZULU | - | 20 | - | ˚C |
| Phawula: 1. Imo Yokuva 2. IMowudi yoNcedo 3. Jonga iCandelo 4. IiModi zoBonelelo lwaMandla ngeenkcukacha ezithe vetshe malunga neendlela zokusebenza |
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3.2 IiReyithingi eziBalulekileyo
Ukodlula le mida ilandelayo kunokubangela umonakalo osisigxina ebhodini.
Uluhlu loku-3.2. IiReyithingi eziphezulu ezipheleleyo
| Ipharamitha | Uphawu | Min | Max | Iyunithi |
| UNgeniso lwe-USB Voltage | I-V-BUS | -0.3 | 5.5 | V |
| Ekujoliswe kuko Voltage | VTARGET | -0.5 | 5.0 | V |
| Iipads zokuqhawula | * | -0.5 | 5.0 | V |
Iindlela zoBonelelo lwaMandla
I-Siplicity Link Debugger inikwe amandla xa iqhagamshelwe kumamkeli ngentambo ye-USB. Xa inikwe amandla, iSiplicity Link Debugger inokusebenza ngeendlela ezimbini:
- Imo yeemvakalelo (ehlala ikho): iSiplicity Link Debugger iva unikezelo voltage yesixhobo esiqhagamshelweyo. Kule mowudi, yangoku efunxwe yizivammbo zokujikeleza kwe debugger kwisixhobo esiqhagamshelweyo ikholisa ukuba ngaphantsi kwe 1 µA.
- Imowudi yokufumana: I-Siplicity Link Debugger ikhupha ivolthi emiselweyotage ye-3.3V kwisixhobo esilungiswayo
Ekuqalekeni, iSiplicity Link Debugger isebenza kwimowudi yoluvo (ehlala ikho). Le mowudi yenzelwe izixhobo ezizisebenzelayo , oko kukuthi ibhodi edityanisiweyo inombane wayo okanye ibhetri. ISiplicity Link Debugger ixhasa nasiphi na isixhobo seeLabhu zeSilicon ezinomthamo wonikezelotage ukusuka phakathi kwe-1.8V kunye ne-3.6V. Kwiimeko ezinjalo, i-Siplicity Link Debugger ayifuni ngaphezu kwe-100 mA kwaye nayiphi na i-USB 2.0 host host iya kusebenza.
Ukutshintsha indlela yonikezelo lwamandla:
Ukuba isixhobo esijoliswe kuyo asinawo amandla, kunokwenzeka ukunika amandla ukusuka kwiSiplicity Link Debugger ngokucofa iqhosha lokutshintsha amandla. Ukucofa eli qhosha kube kanye kusebenze imveliso yamandla encedisayo eqhagamshelwe kwi-VTARGET, ijika isalathisi esiluhlaza se-LED IVULIWE kunye nokukhangela ngoku kwisixhobo ekujoliswe kuso (imowudi yokukhangela). Ukucofa iqhosha elifanayo kwakhona, liya kucima amandla kwaye ucime i-LED OFF (imowudi yokuva).
Umzobo 2.2 Umzobo weBloko kwiphepha lesi-4 kwiCandelo 2. I-Hardware Overview kunokunceda ukujonga iindlela zokusebenza.
Phawula: Ukuthintela ukusebenza ngengozi, iqhosha kufuneka licinezelwe ixesha elide kunomzuzwana omnye, phambi kokuba livule amandla aphumayo. Xa usebenza kule modi, iSiplicity Link Debugger ibonelela ngevolthi esisigxinatage ye 3.3V kwisixhobo target. Ngokuxhomekeke kwi-hardware yesiko, umamkeli we-USB unokufunwa ukuba akhuphe ngaphezu kwe-100 mA, kodwa hayi ngaphezulu kwe-500 mA.
Ukuba isalathisi se-LED sijika sibe bomvu xa iqhosha licofa, oko kuthetha ukuba iSiplicity Link Debugger ayikwazanga kuvula iswitshi yamandla. Qinisekisa ukuba akukho mandla akhoyo kwisixhobo ekujoliswe kuso kwaye uzame kwakhona.
Uluhlu 4.1. Isalathisi seNdlela yoNikezo lwaMandla
| Isalathisi se-LED | Indlela yokuBonelela ngoMbane | Isixhobo ekujoliswe kuso VoltagUluhlu | Umamkeli we-USB ofunekayo ngoku |
| CIMA | Ukuva | I-1.8V ukuya kwi-3.6V | Ngaphantsi kwe-100 mA |
| LUHLAZA | Ukufumana | 3.3V | Ngaphantsi kwe-500 mA |
| BOMVU | Impazamo yoVavanyo/uQhagamshelwano | Ngephaya kokukhona | - |
Kubalulekile: Musa ukuvula imveliso yamandla xa isixhobo ekujoliswe kuso siqhutywa ngezinye iindlela, sinokubangela umonakalo we-HW kuzo naziphi na iibhodi. Ungaze usebenzise lo msebenzi ngezixhobo ezisebenza ngebhetri.
Ukulungisa ingxaki
I-Siplicity Link Debugger yi-SEGGER J-Link Debugger ejongana nesixhobo ekujoliswe kuso isebenzisa iSerial Wire Debug (SWD) ujongano lweSilicon Labs 32-bit (EFM32, EFR32, SiWx) izixhobo okanye ujongano lweC2 lweSilicon Labs 8-bit. Ii-MCUs (EFM8) izixhobo. I-debugger ivumela umsebenzisi ukuba akhuphele ikhowudi kunye nezicelo ze-debug ezisebenza kwi-hardware yesiko edityanisiweyo exhotyiswe nge-Minity Simplicity interface. Ukongeza, ikwabonelela ngezibuko le-COM (VCOM) lenyani kwi-host computer eqhagamshelwe kwi-serial port* yesixhobo ekujoliswe kuso ngenjongo yonxibelelwano ngokubanzi phakathi kwesicelo esisebenzayo kunye nekhompyuter yenginginya. Kwizixhobo ze-EFR32, iSimplicity Link Debugger ixhasa kwakhona iPacket Trace Interface (PTI)*, enikezela ngolwazi oluxabisekileyo lolungiso malunga neepakethi ezigqithisiweyo nezifunyenweyo kwiikhonkco ezingenazingcingo.
Phawula: *Kucingelwa ukuba ujongano luye lwahanjiswa kwisixhobo ekujoliswe kuso kwibhodi yesiko Xa intambo ye-USB yokulungisa ifakiwe, i-debugger ekwibhodi ivuliwe kwaye ithatha ulawulo lwe-debug kunye ne-VCOM ujongano.
Xa intambo ye-USB isusiwe, ibhodi ekujoliswe kuyo isenokudityaniswa. Izitshintshi zamanqanaba kunye nokutshintsha amandla zithintela ukubuyisela umva.
5.1 Izibuko le-COM elibonakalayo
I-port ye-COM ye-virtual (VCOM) ibonelela ngeendlela zokudibanisa i-UART kwisixhobo esijoliswe kuyo kwaye ivumela umninimzi ukuba atshintshe idatha ye-serial.
Idebugger iveza olu qhagamshelo njengesixhobo se-COM esinenyani kwikhompyuter ebambayo esiza xa intambo ye-USB ifakiwe.
Idatha ikhutshelwa phakathi kwekhompyutha kunye ne-debugger ngoqhagamshelo lwe-USB, elinganisa i-serial port isebenzisa i-USB Communication Device Class (CDC). Ukusuka kwi-debugger, idatha igqithiselwa kwisixhobo esijoliswe kuyo nge-UART yomzimba
uqhagamshelwano.
Ifomathi yothotho yi-115200 bps, 8 bits, akukho parity, kunye ne-1 stop bit ngokungagqibekanga.
Phawula: Ukutshintsha izinga le-baud kwi-port ye-COM kwicala le-PC akuchaphazeli izinga le-UART phakathi kwe-debugger kunye nesixhobo esijoliswe kuyo. Nangona kunjalo, kwizicelo ezijoliswe kuzo ezifuna ireyithi ye-baud eyahlukileyo, kunokwenzeka ukutshintsha ireyithi ye-baud ye-VCOM ukuze ihambelane noqwalaselo lwesixhobo ekujoliswe kuso. Iiparamitha ze-VCOM ngokubanzi zinokuqwalaselwa ngekhithi yoLawulo lweConsole ekhoyo ngeSitudiyo esiLula.
5.2 I-Packet Trace Interface
I-Packet Trace Interface (i-PTI) yinto engaphazamisiyo yedatha, imo yerediyo, kunye nexesha st.amp ulwazi. Kwizixhobo ze-EFR32, ukususela kuthotho lwe-1, i-PTI ibonelelwa ukuba umsebenzisi akwazi ukucofa ii-buffers zedatha kwinqanaba le-radio transmitter/receiver.
Ukusuka kumbono wesoftware edibeneyo, oku kufumaneka nge-RAIL Utility, icandelo le-PTI kwiSitudiyo esilula.
Uqwalaselo lweKhithi kunye noPhuculo
Incoko yababini yoqwalaselo lwekhithi kwiSitudiyo esiLula ikuvumela ukuba utshintshe imowudi yokulungisa i-adapter ye-J-Link, uphucule i-firmware yayo, kwaye utshintshe ezinye izicwangciso zoqwalaselo. Ukukhuphela iSitudiyo esilula, yiya ku silabs.com/simplicity.
Kwifestile ephambili yombono weSitudiyo esiLula, imowudi yokulungisa iimpazamo kunye noguqulelo lwe-firmware ye-adapter ye-J-Link ekhethiweyo iyaboniswa. Cofa i [Shintsha] ilinki ecaleni kwayo nayiphi na kwezi zicwangciso ukuvula ikiti yoqwalaselo lwencoko yababini.
6.1 Uphuculo lweFirmware
Unokuphucula i-firmware yekiti ngokusebenzisa iSitudiyo esilula. ISitudiyo esilula siya kukhangela ngokuzenzekelayo uhlaziyo olutsha xa uqalwa.
Ungasebenzisa kwakhona uqwalaselo lwekiti yencoko yababini kuhlaziyo lwezandla. Cofa i [Khangela] iqhosha kwindawo ethi [Hlaziya iAdapter] ukukhetha okulungileyo file ephela ngo.emz. Emva koko, cofa iqhosha elithi [Fakela ipakethe].
Imbali yoHlaziyo lweKit
Uhlaziyo lwekhithi lunokufunyanwa luprintwe kwileyibhile yokupakisha ikiti, njengoko kuchaziwe kulo mfanekiso ungezantsi. Imbali yohlaziyo enikwe kweli candelo ayinakudwelisa lonke uhlaziyo lwekhithi. Uhlaziyo olunotshintsho oluncinci lunokushiyeka.
Ikhonkco elilula iDebugger
7.1 Imbali yoHlaziyo yeSi-DBG1015A
| Uhlaziyo lweKit | Ikhutshiwe | Inkcazo |
| A03 | Ngomhla we-13 kuOktobha 2022 | Ukukhutshwa kokuqala. |
Imbali yoHlaziyo loxwebhu
Uhlaziyo 1.0
NgoJuni 2023
Uguqulelo loxwebhu lokuqala.
Studio Studio elula
Ukucofa okukodwa ukufikelela kwi-MCU kunye nezixhobo ezingenazingcingo, amaxwebhu, isoftware, iilayibrari zekhowudi yomthombo & nokunye. Iyafumaneka kwiWindows, Mac kunye neLinux!
Ipotfoliyo ye-IoT
www.silabs.com/IoT
SW/HW
www.silabs.com/simplicity
Umgangatho
www.silabs.com/quality
Inkxaso & noLuntu
www.silabs.com/community
Ukuzihlangula
I-Silicon Labs inenjongo yokubonelela abathengi ngamaxwebhu amva nje, achanekileyo, kunye nobunzulu bazo zonke iiperipherals kunye neemodyuli ezikhoyo kwiinkqubo kunye nabaphumezi besoftware abasebenzisa okanye bajonge ukusebenzisa iimveliso zeSilicon Labs. Idatha yeempawu, iimodyuli ezikhoyo kunye neeperipherals, ubungakanani beememori kunye needilesi zeememori zibhekisela kwisixhobo ngasinye, kunye neeparamitha "Eziqhelekileyo" ezinikezelweyo zinokwahluka kwizicelo ezahlukeneyo. Isicelo exampLe nto ichazwe apha yenzelwe umzekeliso kuphela. I-Silicon Labs inelungelo lokwenza utshintsho ngaphandle kwesaziso esongezelelweyo kulwazi lwemveliso, iinkcukacha, kunye neenkcazo apha, kwaye ayiniki ziqinisekiso malunga nokuchaneka okanye ukuphelela kolwazi olubandakanyiweyo. Ngaphandle kwesaziso sangaphambili, iiLabhu zeSilicon zinokuhlaziya i-firmware yemveliso ngexesha lenkqubo yokuvelisa ukhuseleko okanye ukuthembeka y izizathu. Olo tshintsho aluyi kuguqula iinkcukacha okanye ubume bemveliso. IiLabhu zeSilicon aziyi kuba natyala ngeziphumo zokusetyenziswa kolwazi olunikezelwe kolu xwebhu. Olu xwebhu aluthethi okanye lunike ngokucacileyo nayiphi na imvume yokuyila okanye ukuyila iisekethe ezihlanganisiweyo. Iimveliso aziyilwanga okanye zigunyazisiwe ukuba zisetyenziswe kuzo naziphi na izixhobo ze-FDA Class III, izicelo apho imvume ye-FDA yangaphambili ifunwa okanye iiNkqubo zeNkxaso yoBomi ngaphandle kwemvume ebhaliweyo yeSilicon Labs. "INkqubo yeNkxaso yoBomi" yiyo nayiphi na imveliso okanye inkqubo ehloselwe ukuxhasa okanye ukugcina ubomi kunye / okanye impilo, leyo, ukuba iyasilela, inokulindeleka ngokufanelekileyo ukuba ibangele ukulimala komntu okanye ukufa. Iimveliso ze-Silicon Labs aziyilwanga okanye zigunyazisiwe kwizicelo zomkhosi. Iimveliso ze-Silicon Labs aziyi kusetyenziswa phantsi kwazo naziphi na iimeko kwizixhobo zentshabalalo enkulu kuquka (kodwa ingaphelelanga) kwizixhobo zenyukliya, zebhayoloji okanye zekhemikhali, okanye imijukujelwa ekwaziyo ukuzisa izixhobo ezinjalo. I-Silicon Labs iyazikhupha zonke iziqinisekiso ezicacileyo nezichaziweyo kwaye aziyi kuba noxanduva okanye uxanduva lwako nakuphi na ukwenzakala okanye umonakalo onxulumene nokusetyenziswa kwemveliso ye-Silicon Labs kwizicelo ezingagunyaziswanga.
Phawula: Lo mxholo usenokuqulatha isigama esingafanelekanga esingu-y esiphelelwe lixesha. I-Silicon Labs ithatha indawo yala magama ngolwimi olubandakanyayo naphi na apho kunokwenzeka. Ukuze ufumane inkcazelo engakumbi, tyelela www.silabs.com/about-us/inclusive-lexicon-project
Ulwazi ngophawu loRhwebo Silicon Laboratories Inc.® , Silicon Laboratories® , Silicon Labs® , SiLabs ® kunye neSilicon Labs logo® , Bluegiga® , Bluegiga Logo® , EFM ® , EFM32® , EFR, Ember® , Energy Micro, Energy Micro logo kunye indibaniselwano, “eyona microcontrollers inamandla kwihlabathi”, Redpine Signals® , WiSe Connect , n-Link, Thread Arch® , EZLink® , EZRadio ® , EZRadioPRO® , Gecko® , Gecko OS, Gecko OS Studio, Precision32® , Ukulula Studio® , I-Telegesis, i-Telegesis Logo®, i-USBXpress®, i-Zentri, i-logo ye-Zentri kunye ne-Zentri DMS, i-Z-Wave®, kunye nezinye iimpawu okanye iimpawu ezibhalisiweyo ze-Silicon Labs. I-ARM, iCORTEX, iCortex-M3 kunye neTHUMB ziimpawu zorhwebo okanye ziimpawu zorhwebo ezibhalisiweyo ze-ARM Holdings. I-Keil luphawu lwentengiso olubhalisiweyo lwe-ARM Limited. I-Wi-Fi luphawu lwentengiso olubhalisiweyo lwe-Wi-Fi Alliance. Zonke ezinye iimveliso okanye amagama ebhrendi akhankanywe apha ziimpawu zokuthengisa zabanini bazo.
Inkampani yeSilicon Laboratories Inc.
400 West Cesar Chavez
Austin, TX 78701
i-USA
www.silabs.com
Amaxwebhu / Izibonelelo
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I-SILICON LABS UG548 I-Siplicity Link Debugger [pdf] Isikhokelo somsebenzisi I-UG548 i-Siplicity Link Debugger, i-UG548, i-Siplicity Link Debugger, i-Dibugger ye-Link, i-Debugger |