UG548: I-Siplicity Link Debugger
Umhlahlandlela Womsebenzisi
I-UG548 Simplicity Link Debugger
I-Siplicity Link Debugger iyithuluzi elingasindi lokususa iphutha nokuhlela amadivayisi we-Silicon Labs kumabhodi ngokwezifiso.
I-J-Link debugger inika amandla ukuhlela nokulungisa iphutha kudivayisi eqondiwe nge-USB, kusetshenziswa isixhumi esibonakalayo se-Slabs' Mini Simplicity. I-virtual COM port interface (VCOM) inikezela ngoxhumano lwembobo ye-serial okusebenziseka kalula nge-USB. I-Packet Trace Interface (PTI) inikeza
ulwazi olubalulekile lokususa iphutha mayelana namaphakethe adlulisiwe nawamukelwe kuzixhumanisi ezingenantambo.
Ukushintsha kwamandla kunikeza inketho yokususa iphutha kumabhodi okuqondiwe ngaphandle kokuxhumeka kwamandla angaphandle noma amabhethri. Ibhodi liphinde libe namaphedi aphumayo angu-12 angasetshenziswa ukuhlola amasignali ukuya nokubuya ebhodini elixhunyiwe.
IZICI
- I-SEGGER J-Link debugger
- I-Packet Trace Interface
- Imbobo ye-COM ebonakalayo
- I-Optional target voltagumthombo
- Amaphedi okuphuma ukuze uphenye kalula
AMAPROTOCOLS ESEKELWE WOKULUNGISA
- I-Serial Wire Debug (SWD)
- I-Silicon Labs 2-Wire Interface (C2)
UKUSEKELWA KWE-SOFTWARE
- Isitudiyo esilula
UKU-ODA ULWAZI
- I-Si-DBG1015A
OKUQUKETHWE IPHAKEJI
- Ibhodi le-Siplicity Link Debugger (BRD1015A)
- Ikhebula Elilula Elincane
Isingeniso
I-Simplicity Link Debugger iyithuluzi eliklanyelwe ukususa iphutha futhi lihlele amadivayisi we-Silicon Labs emabhodini afakwe I-Mini Simplicity Interface, kusetshenziswa iSitudiyo Esilula noma amathuluzi esofthiwe we-Silicon Commander.
1.1 Ukuqalisa
Ukuze uqale ukwenza izinhlelo noma ukulungisa amaphutha akho ezingxenyekazi zekhompuyutha, landa inguqulo yakamuva yeSitudiyo Esilula, bese uxhuma intambo eyisicaba ku-hardware yakho. Uma i-hardware yakho ingenaso isixhumi esifanelekile, amaphedi okubhoboza angase asetshenziselwe ukuhlinzeka uxhumano kusetshenziswa izintambo ze-jumper. Kudingeka abashayeli be-Segger J-Link. Lezi zifakwa ngokuzenzakalelayo phakathi nokufakwa kweSitudiyo Esilula, futhi zingaphinda zilandwe ngokuqondile ku-Segger.
1.2 Ukufakwa
Iya ku-silabs.com/developers/simplicity-studio ukuze ulande inguqulo yakamuva yeSitudiyo Esilula kanye nezinsiza ze-SDK, noma vele ubuyekeze isofthiwe yakho ngokuvula ibhokisi lengxoxo Lomphathi Wokufaka.
Umhlahlandlela womsebenzisi wesofthiwe uyatholakala kumenyu yosizo noma ngokuvakashela amakhasi emibhalo ku: docs.silabs.com/simplicity-studio-5-users-guide/latest/ss-5-users-guide-overview
1.3 Izidingo Zekhompuyutha Yangokwezifiso
Ukuxhuma nokuthatha i-advantagkuzo zonke izici zokulungisa iphutha ezinikezwa iSiplicity Link Debugger kanye namathuluzi esoftware ye-Silicon Labs, isixhumi esibonakalayo Esilula Esincane sidinga ukusetshenziswa ku-design s.tage ye-hardware yangokwezifiso. I-Single Wire Debug interface iyadingeka ekuhleleni nasekusebenzeni okuyisisekelo kokususa iphutha. Bheka ithebula Ithebula 2.1 Izincazelo zephinikhodi Yesixhumanisi Esilula Ezincane ekhasini 6 ukuze uthole iphinikhodi yesixhumi.
Ikhebuli ehlinzekwe nekhithi iyikhebuli yeribhoni engu-1.27 mm (50 mil), enqanyulwe ngezixhumi ze-IDC ezingamaphini angu-10. Ukuze ufanise lokhu futhi ugweme amaphutha lapho uxhuma ihadiwe, ukukhetha isixhumi esinokhiye kuyanconywa, ngokwesiboneloampI-Samtec FTSH-105-01-L-DV-K.
Amakhithi we-Silicon Labs Dev kanye namakhithi e-Explorer ahlinzeka ngesibamples kumaphakheji edivayisi ethile, okuvumela umuntu ukuthi abone ukuthi amasiginali ahanjiswa kanjani phakathi kwesixhumi Esilula Esincane kanye nama-peripheral kudivayisi eqondiwe enikeziwe.
Hardware Overview
2.1 Isakhiwo sezingxenyekazi zekhompuyutha
2.2 Umdwebo Webhulokhi
Kuphelileview Ye-Simplicity Link Debugger iboniswa esithombeni esingezansi.
2.3 Izixhumi
Lesi sigaba sinikeza i-overview yoxhumo lwe-Siplicity Link Debugger.
2.3.1 Isixhumi se-USB
Isixhumi se-USB sitholakala kwesokunxele seSiplicity Link Debugger. Zonke izici zokuthuthukisa ikhithi zisekelwa ngalokhu
Isixhumi esibonakalayo se-USB lapho uxhumeke kukhompuyutha engusokhaya. Izici ezinjalo zihlanganisa:
- Ukulungisa iphutha nokuhlelwa kwedivayisi eqondiwe kusetshenziswa isilungisi sephutha esisebhodini se-J-Link
- Ukuxhumana nedivayisi eqondiwe phezu kwembobo ye-COM ebonakalayo kusetshenziswa i-USB-CDC
- Iphakethe Lokulandelela
Ngokungeziwe ekunikezeni ukufinyelela kuzici zokuthuthukisa zekhithi, lesi sixhumi se-USB futhi siwumthombo wamandla oyinhloko wekhithi. I-USB 5V evela kulesi sixhumi inika amandla i-MCU yokulungisa iphutha kanye ne-auxiliary voltagIsilawuli se-e esisekela amandla afunwayo kudivayisi eqondiwe.
Uma usebenzisa I-Siplicity Link Debugger ukuze unikeze amandla kudivayisi eqondiwe, kunconywa ukuthi usebenzise umsingathi we-USB okwazi ukuthola u-500 mA.
2.3.2 Amaphedi Aphumayo
Amaphedi okuphuma angamaphuzu okuhlola abekwe emaphethelweni. Ziphethe zonke izimpawu zesixhumi esibonakalayo Esilula Esincane, zinikeza indlela elula yokuphenya ngamathuluzi okulinganisa angaphandle noma okunye ukuxhumana kumabhodi okususa iphutha angenaso isixhumi esifanelekile. Isithombe esilandelayo sibonisa ukwakheka kwamaphedi okuphuma ku-Siplicity Link Debugger:
Bheka ithebula Ithebula 2.1 Izincazelo zephinikhodi yesixhumi esilula ekhasini 6 ukuze uthole izincazelo zamanethi esignali.
2.3.3 Ubulula obuncane
I-Mini Simplicity Connector yakhelwe ukunikeza izici ezithuthukisiwe zokususa iphutha ngesixhumi esincane samaphini angu-10:
- I-serial Wire Debug interface (SWD) ene-SWO / Silicon Labs 2-Wire Interface (C2)
- Imbobo ye-Virtual COM (VCOM)
- I-Packet Trace Interface (PTI)
Uma kudingeka, isixhumi esibonakalayo Esilula Esincane siphinde sisekele amandla afunekayo kudivayisi exhunyiwe. Lo msebenzi uvamise ukucishwa futhi iphinikhodi ye-VTARGET isetshenziselwa ukuzwa kuphela.
Ithebula 2.1. Izincazelo zephinikhodi yesixhumi esilula esincane
| Inombolo Yephini | Umsebenzi | Incazelo |
| 1 | I-VTARGET | Okuhlosiwe voltage kuhlelo lokusebenza olususwe iphutha. Kugadwa noma kunikezwa uma iswishi yamandla iguqulwa |
| 2 | GND | Ground |
| 3 | I-RST | Setha kabusha |
| 4 | VCOM_RX | I-Virtual COM Rx |
| 5 | VCOM_TX | I-Virtual COM Tx |
| 6 | SWO | I-Serial Wire Output |
| 7 | I-SWDIO/C2D | Idatha ye-Serial Wire, noma i-C2 Data |
| 8 | SWCLK/C2CK | Iwashi le-Serial Wire, noma iwashi le-C2 |
| 9 | PTI_FRAME | Iphakethe le-Trace Frame Signal |
| 10 | PTI_DATA | Iphakethe le-Trace Data Signal |
Imininingwane
3.1 Izimo Zokusebenza Ezinconyiwe
Ithebula elilandelayo lihloselwe ukusebenza njengomhlahlandlela wokusetshenziswa okulungile kwe-Siplicity Link Debugger. Ithebula libonisa izimo zokusebenza ezijwayelekile kanye nemikhawulo ethile yokuklama.
Ithebula 3.1. Izimo Zokusebenza Ezinconyiwe
| Ipharamitha | Uphawu | Okuncane | Thayipha | Ubukhulu | Iyunithi |
| I-USB Supply Input Voltage | I-VBUS | 4.4 | 5.0 | 5.25 | V |
| Ithagethi Voltage1, 3 | I-VTARGET | 1.8 | - | 3.6 | V |
| Ukunikezwa Okuqondiwe Kwamanje 2, 3 | ITARGET | - | - | 300 | mA |
| Izinga Lokushisa Lokusebenza | PHEZULU | - | 20 | - | ˚C |
| Qaphela: 1. Imodi Yezinzwa 2. Imodi yokukhipha 3. Bheka Isigaba 4. Amamodi Wokunikezela Amandla ukuze uthole imininingwane eyengeziwe mayelana nezindlela zokusebenza |
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3.2 Izilinganiso Eziphelele Eziphelele
Ukweqa imikhawulo elandelayo kungase kubangele umonakalo unomphela ebhodini.
Ithebula 3.2. Izilinganiso Eziphelele Eziphelele
| Ipharamitha | Uphawu | Okuncane | Ubukhulu | Iyunithi |
| I-USB Supply Input Voltage | I-VBUS | -0.3 | 5.5 | V |
| Ithagethi Voltage | I-VTARGET | -0.5 | 5.0 | V |
| Amaphedi okuphuma | * | -0.5 | 5.0 | V |
Amamodi Wokuhlinzeka Amandla
I-Siplicity Link Debugger inikwa amandla uma ixhunywe kumsingathi ngekhebula le-USB. Uma inikwe amandla, I-Simplicity Link Debugger ingasebenza ngezindlela ezimbili:
- Imodi yokuzwa (okuzenzakalelayo): I-Siplicity Link Debugger izwa umthamo wokunikezwayotage yedivayisi exhunyiwe. Kule modi, okwamanje okumuncwa inzwa yokujikeleza kwe-debugger kusuka kudivayisi exhunyiwe ngokuvamile kungaphansi kuka-1 µA.
- Imodi yokuthola: I-Siplicity Link Debugger ithola ivolumu engashintshitage ye-3.3V kudivayisi elungiswayo
Ekuqaleni, I-Siplicity Link Debugger isebenza kumodi yenzwa (okuzenzakalelayo). Le modi ihloselwe izisetshenziswa ezizishayelayo , okungukuthi ibhodi elixhunyiwe linokunikezwa kwamandla noma ibhethri layo. I-Siplicity Link Debugger isekela noma iyiphi idivayisi ye-Silicon Labs enomthamo wokunikezelatagisukela phakathi kuka-1.8V kanye no-3.6V. Ezimweni ezinjalo, I-Siplicity Link Debugger ayidingi ngaphezu kuka-100 mA futhi noma yimuphi umsingathi we-USB 2.0 uzosebenza.
Ukushintsha imodi yokunikezwa kwamandla:
Uma idivayisi eqondiwe ingenawo amandla, kungenzeka ukuthi unikeze amandla asuka ku-Siplicity Link Debugger ngokuguqula inkinobho yokushintsha amandla. Ukucindezela le nkinobho kanye nokwenza kusebenze isisetshenziswa samandla esiphumayo esixhunywe ku-VTARGET, UVULA isibonisi se-LED esiluhlaza kanye nomthombo wamanje kudivayisi eqondiwe (imodi yomthombo). Ukucindezela inkinobho efanayo futhi, kuzovala amandla futhi KUVALE I-LED (imodi yenzwa).
Umfanekiso 2.2 Webhulokhi Umdwebo ekhasini 4 eSigabeni 2. Hardware Overview kungasiza ukubona ngeso lengqondo izindlela zokusebenza.
Qaphela: Ukuze uvimbele ukwenza kusebenze ngephutha, inkinobho idinga ukucindezelwa isikhathi eside kunomzuzwana owodwa, ngaphambi kokuthi yenze kusebenze ukuphuma kwamandla. Uma usebenza kule modi, I-Siplicity Link Debugger inikeza ivolumu engashintshitage ka-3.3V kudivayisi eqondiwe. Kuye ngehadiwe yangokwezifiso, umsingathi we-USB angase adingeke ukuthi athole ngaphezu kuka-100 mA, kodwa angabi ngaphezu kuka-500 mA.
Uma inkomba ye-LED iba bomvu uma inkinobho icindezelwa, kusho ukuthi I-Simplicity Link Debugger ayikwazanga ukwenza kusebenze iswishi yamandla. Qiniseka ukuthi awekho amandla akhona kudivayisi eqondiwe bese uzama futhi.
Ithebula 4.1. Inkomba Yemodi Yokuhlinzeka Amandla
| Isibonisi se-LED | Imodi Yokunikezela Amandla | Idivayisi eqondisiwe Voltage Ibanga | I-USB Host Iyadingeka Yamanje |
| VALIWE | Ukuzwa | 1.8V kuya ku-3.6V | Ngaphansi kuka-100 mA |
| OKULUHLAZA | Ukuthola umthombo | 3.3V | Ngaphansi kuka-500 mA |
| RED | Iphutha Lokuzwa/Ukuxhuma | Ngaphandle kokubuka | - |
Okubalulekile: Ungawasebenzisi amandla okukhiphayo lapho idivayisi eqondiwe inikwa amandla ngezinye izindlela, kungase kubangele ukulimala kwe-HW kunoma yimaphi amabhodi. Ungalokothi usebenzise lo msebenzi ngamadivayisi asebenza ngebhethri.
Ukulungisa iphutha
I-Simplicity Link Debugger iyi-SEGGER J-Link Debugger exhuma kudivayisi eqondiwe kusetshenziswa isixhumi esibonakalayo se-Serial Wire Debug (SWD) samadivayisi we-Silicon Labs 32-bit (EFM32, EFR32, SiWx) noma isixhumi esibonakalayo se-C2 se-Silicon Labs 8-bit. Amadivayisi we-MCUs (EFM8). I-debugger ivumela umsebenzisi ukuthi alande ikhodi futhi alungise izinhlelo zokusebenza ezisebenza ku-hardware yangokwezifiso exhunyiwe efakwe isixhumi esibonakalayo Esilula. Ukwengeza, iphinde inikeze ngembobo ye-virtual COM (VCOM) kukhompuyutha engusokhaya exhunywe kumbobo yesiriyeli yedivayisi eqondiwe* ngenjongo yokuxhumana okujwayelekile phakathi kohlelo lokusebenza olusebenzayo kanye nekhompyutha yomsingathi. Kumadivayisi e-EFR32, i-Simplicity Link Debugger isekela futhi I-Packet Trace Interface (PTI)*, ihlinzeka ngolwazi oluyigugu lokususa iphutha mayelana namaphakethe adlulisiwe nawamukelwe kuzixhumanisi ezingenantambo.
Qaphela: *Uma kucatshangwa ukuthi isixhumi esibonakalayo sidluliselwe kudivayisi eqondiwe ebhodini langokwezifiso Lapho ikhebula le-USB lokususa iphutha lifakiwe, isilungisi sephutha esisebhodini sivulwa amandla futhi silawula ukulungisa iphutha nezixhumi ezibonakalayo ze-VCOM.
Uma ikhebula le-USB likhishwa, ibhodi eliqondiwe kungenzeka lisaxhumekile. Iziguquli zamaleveli kanye neswishi yamandla kuvimbela ukubuyisela emuva.
5.1 Imbobo ye-COM ebonakalayo
I-virtual COM port (VCOM) inikeza indlela yokuxhuma i-UART kudivayisi eqondiwe futhi ivumela umsingathi ukuthi ashintshisane ngedatha ye-serial.
I-debugger yethula lokhu kuxhumana njengembobo ye-COM ebonakalayo kukhompuyutha yokusingatha evela lapho intambo ye-USB ifakiwe.
Idatha idluliselwa phakathi kwekhompuyutha engusokhaya nesilungisi sephutha ngoxhumo lwe-USB, elingisa imbobo yomkhiqizo kusetshenziswa Ikilasi Ledivayisi Yokuxhumana ye-USB (CDC). Kusukela kusilungisi sephutha, idatha idluliselwa kudivayisi eqondiwe nge-UART ebonakalayo
uxhumano.
Ifomethi yeserial ithi 115200 bps, 8 bits, no parity, kanye 1 stop bit ngokuzenzakalelayo.
Qaphela: Ukushintsha izinga le-baud yembobo ye-COM ohlangothini lwe-PC akuthinti izinga le-baud ye-UART phakathi kwe-debugger nedivayisi eqondiwe. Kodwa-ke, ezinhlelweni eziqondiwe ezidinga isilinganiso se-baud esihlukile, kungenzeka ukuguqula izinga le-VCOM ukuze lifane nokucushwa kwedivayisi eqondiwe. Amapharamitha e-VCOM ngokuvamile angalungiselelwa nge-Admin Console yekhithi etholakala NgeSitudiyo Esilula.
5.2 I-Packet Trace Interface
I-Packet Trace Interface (PTI) iwukuhogela okungaphazamisi idatha, isimo somsakazo, nesikhathiamp ulwazi. Kumadivayisi e-EFR32, kusukela kuchungechunge 1, i-PTI inikezwa umsebenzisi ukuthi akwazi ukungena kumabhafa wedatha ezingeni lesidlulisi/umamukeli.
Ngokombono wesofthiwe eshumekiwe, lokhu kutholakala nge-RAIL Utility, ingxenye ye-PTI kuSitudiyo Esilula.
Ukucushwa Kwekhithi Nokuthuthukiswa
Ingxoxo yokucushwa kwekhithi kuSitudiyo Esilula ikuvumela ukuthi uguqule imodi yokulungisa iphutha ye-adaptha ye-J-Link, uthuthukise i-firmware yayo, futhi ushintshe ezinye izilungiselelo zokumisa. Ukuze ulande Isitudiyo Esilula, yiya ku silabs.com/simplicity.
Efasiteleni eliyinhloko lombono Wesiqalisi SeSitudiyo Esilula, imodi yokususa iphutha nenguqulo ye-firmware ye-adaptha ye-J-Link ekhethiwe iyaboniswa. Chofoza isixhumanisi esithi [Shintsha] eduze kwanoma yiziphi zalezi zilungiselelo ukuze uvule ibhokisi lokucushwa kwekhithi.
6.1 Ukuthuthukiswa kwe-Firmware
Ungakwazi ukuthuthukisa i-firmware yekhithi ngokusebenzisa iSiplicity Studio. ISitudiyo Esilula sizohlola ngokuzenzakalelayo izibuyekezo ezintsha ekuqaliseni.
Ungasebenzisa futhi ibhokisi lokucushwa kwekhithi ukuze uthuthukise mathupha. Chofoza inkinobho ethi [Phequlula] esigabeni esithi [Buyekeza i-adaptha] ukuze ukhethe okulungile file igcina ngo-.emz. Bese, uchofoza inkinobho ethi [Faka Iphakheji].
Umlando Wokubuyekeza Ikhithi
Ukubuyekezwa kwekhithi kungatholakala kuphrintiwe kulebula yokupakisha yekhithi, njengoba kushiwo esithombeni esingezansi. Umlando wokubuyekeza onikezwe kulesi sigaba ungase ungahlungi zonke izinguqulo zekhithi. Ukubuyekezwa okunezinguquko ezincane kungase kukhishwe.
Isixhumanisi esilula I-Debugger
7.1 Umlando Wokubuyekeza we-Si-DBG1015A
| Ukubuyekezwa Kwekhithi | Khishiwe | Incazelo |
| A03 | 13 Okthoba 2022 | Ukukhishwa kokuqala. |
Umlando Wokubuyekeza Idokhumenti
Ukubuyekeza 1.0
Juni 2023
Inguqulo yedokhumenti yokuqala.
Isitudiyo esilula
Ukufinyelela ngokuchofoza okukodwa ku-MCU namathuluzi angenantambo, imibhalo, isofthiwe, imitapo yolwazi yekhodi yomthombo nokuningi. Iyatholakala ku-Windows, Mac kanye ne-Linux!
Iphothifoliyo ye-IoT
www.silabs.com/IoT
SW/HW
www.silabs.com/simplicity
Ikhwalithi
www.silabs.com/quality
Ukusekela Nomphakathi
www.silabs.com/community
Umshwana wokuzihlangula
I-Silicon Labs ihlose ukuhlinzeka amakhasimende ngemibhalo yakamuva, enembile, futhi ejulile yawo wonke ama-peripheral namamojula atholakalayo kubaqalisi besistimu nabasebenzisa isofthiwe abasebenzisa noma abahlose ukusebenzisa imikhiqizo ye-Silicon Labs. Idatha yezinhlamvu, amamojula atholakalayo nama-peripheral, osayizi bememori namakheli ememori abhekisela kudivayisi ngayinye ethile, futhi amapharamitha "Ejwayelekile" anikeziwe angahluka futhi ahluke ezinhlelweni zokusebenza ezahlukene. Isicelo exampokuchazwe lapha ngokwezinjongo zemifanekiso kuphela. I-Silicon Labs inelungelo lokwenza izinguquko ngaphandle kwesaziso esengeziwe kulwazi lomkhiqizo, ukucaciswa, nezincazelo lapha, futhi ayinikezi iziqinisekiso ngokunemba noma ukuphelela kolwazi olufakiwe. Ngaphandle kwesaziso sangaphambilini, ama-Silicon Labs angase abuyekeze i-firmware yomkhiqizo ngesikhathi senqubo yokukhiqiza ukuze avikeleke noma athembeke y izizathu. Izinguquko ezinjalo ngeke ziguqule ukucaciswa noma ukubukeka komkhiqizo ngamunye. I-Silicon Labs ngeke ibe nesibopho y ngemiphumela yokusetshenziswa kolwazi olunikezwe kulo mbhalo. Lo mbhalo awusho noma unikeza ngokusobala noma iyiphi ilayisense yokuklama noma ukwakha amasekethe ahlanganisiwe. Imikhiqizo ayiklanyelwe noma ayigunyaziwe ukuthi isetshenziswe ngaphakathi kwanoma yimaphi amadivayisi e-FDA Class III, izicelo okudingeka kuzo imvume yemakethe ye-FDA noma ama-Life Support Systems ngaphandle kwemvume ebhaliwe ethize ye-Silicon Labs. “Uhlelo Lokusekela Ukuphila” yinoma yimuphi umkhiqizo noma uhlelo oluhloselwe ukusekela noma ukusekela ukuphila kanye/noma impilo, okuthi, uma lwehluleka, kungalindeleka ngokunengqondo ukuthi kubangele ukulimala okukhulu komuntu siqu noma ukufa. Imikhiqizo ye-Silicon Labs ayiklanyelwe noma igunyaziwe ukusetshenziswa kwezempi. Imikhiqizo ye-Silicon Labs akufanele nanini isetshenziswe kuzikhali zokucekela phansi okukhulu okuhlanganisa (kodwa kungagcini nje) kuzikhali zenuzi, zebhayoloji noma zamakhemikhali, noma imicibisholo ekwazi ukuletha lezo zikhali. I-Silicon Labs ilahla zonke iziqinisekiso ezicacile nezicatshangelwayo futhi ngeke ibe nesibopho noma icala nganoma yikuphi ukulimala noma ukulimala okuhlobene nokusetshenziswa komkhiqizo we-Silicon Labs kulezo zicelo ezingagunyaziwe.
Qaphela: Lokhu okuqukethwe kungase kuqukethe igama elithi y elingasasebenzi manje. I-Silicon Labs ishintsha le migomo ngolimi olubandakanya wonke umuntu lapho kungenzeka khona. Ukuze uthole ulwazi olwengeziwe, vakashela www.silabs.com/about-us/inclusive-lexicon-project
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I-SILICON LABS UG548 I-Siplicity Link Debugger [pdf] Umhlahlandlela Womsebenzisi UG548 Simplicity Link Debugger, UG548, Simplicity Link Debugger, Link Debugger, Debugger |