I-Arduino yoqobo ye-UNO R4 WIFI/i-Minima motherboard ABX00087/80 ethathwe e-Itali

Isebenza kwi-Renesas RA4M1(Arm Cortex@-M4) ku-48MHz, ngokukhawuleza okuphindwe kathathu kune-UNO R3. Ukongeza, i-SRAM iye yandiswa ukusuka kwi-2kB kwi-R3 ukuya kwi-32kB kunye nememori ye-flash ukusuka kwi-32kB ukuya kwi-256kB ukulungiselela iiprojekthi ezinzima ngakumbi. Ukongezelela, ngokweemfuno zoluntu lwe-Arduino, i-port ye-USB yaphuculwa kwi-USB-C kwaye i-voltage ephezulu yokunikezelwa kwamandla yanda ukuya kwi-24V. Ibhodi inikezela ngebhasi ye-CAN evumela abasebenzisi ukuba banciphise i-wiring kwaye benze imisebenzi eyahlukeneyo ngokudibanisa iibhodi ezininzi zokwandisa, kwaye ekugqibeleni, ibhodi entsha iquka i-12-bit analog DAC.

I-UNO R4 Minima inika inketho engabizi kakhulu kwabo bafuna i-microcontroller entsha ngaphandle kweempawu ezongezelelweyo. Ukwakha kwimpumelelo ye-UNO R3, i-UNO R4 yeyona ndlela ibalaseleyo yomfuziselo kunye nesixhobo sokufunda kumntu wonke. Ngoyilo lwayo olomeleleyo kunye nokusebenza okuthembekileyo, i-UNO R4 yongezwa okuxabisekileyo kwi-ecosystem ye-Arduino ngelixa igcina iimpawu ezaziwayo ze-UNO series. Ilungele abaqalayo kunye nabathandi be-elektroniki abanamava ukuba basebenzise iiprojekthi zabo.

Pukulingana

● Ukuhambelana kwehardware ngasemva

I-UNO R4 igcina ilungiselelo lephini elifanayo kunye ne-5V yokusebenza kwamandla njenge-Arduino UNO R3. Oku kuthetha ukuba iibhodi zokwandisa ezikhoyo kunye neeprojekthi zinokuthunyelwa ngokulula kwiibhodi ezintsha.

● Iiperipheral ezintsha ezingaphakathi

I-UNO R4 Minima yazisa uluhlu lwe-peripherals ebhodini, kuquka i-12-bit Dacs, i-CAN ibhasi, kunye ne-OPAMP. Ezi zongezo zibonelela ngokusebenza okwandisiweyo kunye nokuguquguquka koyilo lwakho.

● Inkumbulo eninzi kunye newotshi ekhawulezayo

Ngokunyuka komthamo wokugcina (16x) kunye ne-clocking (3x), i-UNO R4Minima inokwenza izibalo ezichanekileyo kunye nokusingatha iiprojekthi ezinzima. Oku kuvumela abavelisi ukuba bakhe iiprojekthi ezinzima kunye neziphambili

● Unxibelelwano lwesixhobo esisebenzayo nge-USB-C

I-UNO R4 inokulinganisa imawusi okanye ikhibhodi xa iqhagamshelwe kwizibuko le-USB-C, into eyenza kube lula kubenzi ukuba benze ujongano olukhawulezayo nolupholileyo.

● Uluhlu olukhulu lombane kunye nokuzinza kombane

Ibhodi ye-UNO R4 inokusebenzisa amandla ukuya kwi-24V, ngenxa yoyilo oluphuculweyo lwe-thermal. Amanyathelo okukhusela amaninzi asetyenziswa kwi-design yesiphaluka ukunciphisa umngcipheko womonakalo kwibhodi okanye kwikhompyutheni ebangelwa iimpazamo ze-wiring ngabasebenzisi abangaqhelekanga. Ukongezelela, izikhonkwane ze-RA4M1 microcontroller zinokhuseleko olugqithisiweyo, olunika ukhuseleko olongezelelweyo kwiimpazamo.

● Inkxaso yokuchukumisa amandla

ibhodi ye-UNO R4. I-RA4M1 microcontroller esetyenziswe kuyo ngokwemveli ixhasa i-capacitive touch

● Inamandla kwaye iyafikeleleka

I-UNO R4 Minima inikezela ukusebenza okuncomekayo ngexabiso elikhuphisanayo. Ibhodi lukhetho olufikelelekayo, ukuqinisa ukuzibophelela kuka-Arduino ekwenzeni itekhnoloji ephezulu ifikeleleke.

● I-SWD pin isetyenziselwa ukulungisa ingxaki

I-port ye-SWD ye-onboard ibonelela abavelisi ngendlela elula nethembekileyo yokudibanisa i-debugging probes yomntu wesithathu. Olu phawu luqinisekisa ukuthembeka kweprojekthi kwaye luvumela ukulungiswa kakuhle kwazo naziphi na iingxaki ezinokubakho.