I-Arduino UNO R4 WIFI/Minima motherboard ABX00087/80 engeniswe ivela e-Italy

Isebenza ku-Renesas RA4M1(Arm Cortex@-M4) ku-48MHz, okuyisivinini esiphindwe kathathu kune-UNO R3. Ukwengeza, i-SRAM inyusiwe isuka ku-2kB ku-R3 yaya ku-32kB kanye nenkumbulo ye-flash isuka ku-32kB yaya ku-256kB ukuze kuhlangatshezwane namaphrojekthi ayinkimbinkimbi. Ngaphezu kwalokho, ngokwezidingo zomphakathi we-Arduino, imbobo ye-USB yathuthukiswa yaba yi-USB-C futhi umthamo omkhulu wamandla kagesi unyuswe waba ngu-24V. Ibhodi lihlinzeka ngebhasi le-CAN elivumela abasebenzisi ukuthi banciphise izintambo futhi benze imisebenzi ehlukene ngokuxhuma amabhodi amaningi okunweba, futhi ekugcineni, ibhodi elisha lihlanganisa ne-12-bit analog DAC.

I-UNO R4 Minima inikeza inketho engabizi kakhulu kulabo abafuna i-microcontroller entsha ngaphandle kwezici ezengeziwe. Ukwakhela phezu kwempumelelo ye-UNO R3, i-UNO R4 iyisibonelo esihle kakhulu nethuluzi lokufunda lawo wonke umuntu. Ngomklamo wayo oqinile nokusebenza okuthembekile, i-UNO R4 iyisengezo esibalulekile ku-ecosystem ye-Arduino kuyilapho igcina izici ezaziwayo zochungechunge lwe-UNO. Ilungele abasaqalayo nabathanda izinto zikagesi abanolwazi ukuthi bathumele amaphrojekthi abo.

Pukulingana

● Ukuhambisana kwezingxenyekazi zekhompuyutha emuva

I-UNO R4 igcina iphinikhodi efanayo kanye ne-voltage yokusebenza engu-5V njenge-Arduino UNO R3. Lokhu kusho ukuthi amabhodi okunweba akhona namaphrojekthi angathuthwa kalula kumabhodi amasha.

● Ama-peripheral amasha angaphakathi

I-UNO R4 Minima yethula uhla lwezinto ezisemkhunjini, okuhlanganisa i-12-bit Dacs, ibhasi le-CAN, ne-OPAMP. Lezi zengezo zinikeza ukusebenza okunwetshiwe nokuvumelana nezimo kumklamo wakho.

● Inkumbulo eyengeziwe newashi elisheshayo

Ngomthamo wokugcina okhuphukile (16x) kanye newashi (3x), i-UNO R4Minima ingenza izibalo ezinembe kakhudlwana futhi isingathe amaphrojekthi ayinkimbinkimbi kakhulu. Lokhu kuvumela abakhiqizi ukuthi bakhe amaphrojekthi ayinkimbinkimbi futhi athuthukile

● Ukuxhumana kwedivayisi okusebenzisanayo nge-USB-C

I-UNO R4 ingakwazi ukulingisa igundane noma ikhibhodi uma ixhunywe embotsheni yayo ye-USB-C, isici esenza kube lula kubakhi ukuthi bakhe izixhumanisi ezisheshayo nezipholile.

● Ububanzi be-voltage enkulu nokuzinza kukagesi

Ibhodi le-UNO R4 lingasebenzisa amandla afinyelela ku-24V, ngenxa yomklamo walo othuthukisiwe we-thermal. Izindlela zokuvikela eziningi zisetshenziswa ekwakhiweni kwesekethe ukuze kuncishiswe ubungozi bokulimala ebhodini noma kukhompyutha okubangelwa amaphutha ezintambo ngabasebenzisi abangajwayelekile. Ngaphezu kwalokho, izikhonkwane ze-RA4M1 microcontroller zinokuvikeleka okudlulele, okunikeza ukuvikeleka okwengeziwe kumaphutha.

●Usekelo lokuthinta olunamandla

Ibhodi le-UNO R4. Isilawuli esincane se-RA4M1 esisetshenziswe kuso ngokwendabuko sisekela ukuthinta kwe-capacitive

● Inamandla futhi iyathengeka

I-UNO R4 Minima iletha ukusebenza okumangazayo ngentengo yokuncintisana. Ibhodi iyindlela engabizi kakhulu, eqinisa ukuzibophezela kwe-Arduino ekwenzeni ubuchwepheshe obusezingeni eliphezulu bufinyeleleke.

● Iphinikhodi ye-SWD isetshenziselwa ukulungisa iphutha

Imbobo ye-SWD engaphakathi ihlinzeka abakhiqizi ngendlela elula nethembekile yokuxhuma ama-probe wokususa amaphutha ezinkampani zangaphandle. Lesi sici siqinisekisa ukwethembeka kwephrojekthi futhi sivumela ukulungisa iphutha kwanoma yiziphi izinkinga ezingaba khona.