I-MK64FN1M0VLL12 ARM Microcontrollers MCU K60-1M

Amandla Aphansi Kakhulu

1. Amamodi anamandla aphansi aguqukayo anamandla kanye newashi lokungena ukuze uthole umsebenzi ofanele we-peripheral kanye nezikhathi zokutakula.Misa ama-currents angu-<340 nA, sebenzisa ama-currents angu-<250 µA/MHz, 4.5 µs wake-up kusuka ku-Stop mode
2. Inkumbulo egcwele nokusebenza kwe-analog kwehle kuze kufike ku-1.71 volts ngempilo yebhethri eyandisiwe
3. Iyunithi yokuvuka evuza okuphansi enamamojula angaphakathi afika kwayisikhombisa namaphini angu-16 njengemithombo yokuvuka kumamodi okuma okuvuza okuphansi (LLS)/very low-leakage stop (VLLS)
4. Isibali sikhathi samandla aphansi sokusebenza kwesistimu okuqhubekayo esimweni samandla esincishisiwe

I-Flash, i-SRAM, ne-FlexMemory

1. Kufika ku-1 MB flash.Ukufinyelela okusheshayo, ukwethembeka okuphezulu ngokuvikeleka okunezinga eliphezulu lokuvikela
2. 256 KB ye-SRAM
3. I-FlexMemory: Kufika ku-4 KB we-byte engahlukaniseki yomsebenzisi bhala/sula i-EEPROM kumathebula edatha/idatha yesistimu.I-EEPROM enemijikelezo engaphezu kuka-10M kanye ne-flash enesikhathi sokubhala esingu-70 µsec (ama-brownout ngaphandle kokulahleka kwedatha/inkohlakalo).Akukho ukungenelela komsebenzisi noma uhlelo lokuqedela ukuhlela nokusula imisebenzi nokusebenza okugcwele kuze kufike ku-1.71 volts.Ngaphezu kwalokho, kufika ku-128KB we-FlexNVM ukuze uthole ikhodi yohlelo eyengeziwe, idatha noma isipele se-EEPROM

Ikhono Elihlanganisiwe-Isiginali

1. Iziguquli ezimbili ze-analog-to-digital (ADCs) ezimbili ezinesivinini esikhulu, eziyi-16-bit ezinokulungiswa okulungisekayo.Ukusebenza kwemodi yokuphumayo eyodwa noma ehlukile yokwenqatshwa komsindo okuthuthukisiwe.500 ns isikhathi sokuguqulwa esifinyelelekayo ngokucupha kokubambezeleka okuhlelekayo
2. Iziguquli ezimbili ze-12-bit digital-to-analog (DACs) zokukhiqiza i-analog waveform yezinhlelo zokusebenza ezilalelwayo
3. Iziqhathanisi ezintathu zesivinini esikhulu ezinikeza ukuvikelwa kwezimoto okusheshayo nokunembile ngokushayela ama-PWM endaweni ephephile
4. Ireferensi kagesi we-analog inikeza ireferensi enembile yamabhulokhi e-analog, i-ADC ne-DAC, futhi ithatha indawo yereferensi yamandla kagesi angaphandle ukuze kwehliswe izindleko zesistimu.

Ukusebenza

1. I-Arm® Cortex®-M4 core + DSP.120 MHz, i-MAC yomjikelezo owodwa, izandiso zedatha eyodwa yomyalelo owodwa (i-SIMD), iyunithi yephoyinti elintantayo elinembayo
2. Kufikela kuziteshi eziyi-16 ze-DMA zokuseviswa kwe-peripheral nenkumbulo ngokulayisha kwe-CPU okuncishisiwe kanye nokuphuma kwesistimu ngokushesha
3. Ukushintsha kwe-Crossbar kuvumela ukufinyelela kwamabhasi abaholi abaningi ngasikhathi sinye, kukhuphule umkhawulokudonsa wamabhasi
4. Amabhange e-flash azimele avumela ukusetshenziswa kwekhodi kanye nokuvuselelwa kwe-firmware ngaphandle kokucekelwa phansi kokusebenza noma izindlela eziyinkimbinkimbi zokubhala amakhodi.

Isikhathi nokulawula

1. Kufikela kuma-FlexTimers amane anengqikithi yamashaneli angama-20.I-Hardware ifaka isikhathi esifile kanye nokukhishwa kwekhodi kwe-quadrature yokulawula imoto
2. Isibali sikhathi semoduli yenkampani yenethiwekhi yokukhiqiza i-waveform ye-infrared kuzinhlelo zokusebenza zesilawuli kude
3. Isibali sikhathi sokuphazamiseka ngezikhathi ezithile kwamashaneli angama-32-bit sinikeza isisekelo sesikhathi somhleli wemisebenzi ye-RTOS noma umthombo wokucupha wokuguqulwa kwe-ADC kanye nebhulokhi yokubambezeleka ehlelekayo.

I-Human-Machine Interface (HMI)

1. I-GPIO enokwesekwa kokuphazamisa kwephinikhodi
Ukuxhumana Nokuxhumana
1. I-IEEE 1588 Ethernet MAC enezitembu zehadiwe yehadiwe inikeza ukuvumelanisa kwewashi okunembayo kokulawula kwemboni ngesikhathi sangempela
2. I-USB 2.0 On-The-Go (isivinini esigcwele) ene-USB transceiver.Idizayini ehlakaniphile ene-oscillator engu-48 MHz eshumekiwe evumela idizayini yesistimu ye-USB crystal-less.Ukushajwa kwedivayisi kuthuthukisa ukushaja kwamanje/isikhathi kumadivayisi aphathekayo e-USB anika amandla impilo yebhethri ende.I-low-voltage regulator inikezela nge-off-chip efika ku-120 mA ku-3.3 volts ukuze inike amandla izingxenye zangaphandle kusuka ku-5 volts input
3. Kufika kuma-UART ayisithupha anokwesekwa kwe-IrDA okuhlanganisa ne-UART eyodwa enokusekelwa kwekhadi elihlakaniphile le-ISO7816.Izinhlobonhlobo zosayizi wedatha, ifomethi kanye nezilungiselelo zokudlulisela/zokwamukela ezisekelwa izivumelwano eziningi zokuxhumana zezimboni
4. I-Inter-IC Sound (I2S) isixhumi esibonakalayo sochungechunge sokuxhumanisa isistimu yomsindo
5. Imojula ye-CAN yokuhlanganisa inethiwekhi yezimboni
6. I-DSPI emithathu kanye ne-I2C emithathu

Ukwethembeka, Ukuphepha kanye Nokuvikeleka

1. Iyunithi yokuvikela inkumbulo ihlinzeka ngokuvikeleka kwenkumbulo kubo bonke abaholi ekushintsheni kwe-crossbar, okwandisa ukwethembeka kwesofthiwe
2. Injini yokuhlola i-cyclic redundancy iqinisekisa okuqukethwe kwememori nedatha yokuxhumana, okwandisa ukwethembeka kwesistimu
3. Onogada be-COP abazimele abamelene newashi le-skew noma ikhodi ebalekile yezinhlelo zokusebenza ezihlulekayo njengezinga lokuphepha le-IEC 60730 lempahla yasendlini.
4. Iqapha le-watchdog yangaphandle ishayela iphinikhodi yokuphumayo ezindaweni zangaphandle eziphephile uma kwenzeka umcimbi we-watchdog

Ezezimoto

.I-Heating Ventilation, kanye Ne-Air Conditioning (HVAC)
.Iyunithi Yokulawula Injini Yezithuthuthu (ECU) kanye Nokulawulwa Kwenjini Encane

Izimboni

.I-Air Conditioning (AC)
.I-Anesthesia Unit Monitor
.Ama-Avionics
.I-Defibrillator
.Igridi kagesi kanye Nokusabalalisa
.Amandla Gateway
.Imitha yegesi
.I-Heat Metering
.Isango Lezempilo Lasekhaya
.I-HMI yezimboni
.Isilawuli Sezindiza Esimaphakathi
.Ukulawulwa Kokunyakaza kanye namarobhothi
.Motor Drives
.Imibhede Yeziguli Enamandla
.I-Smart Power Socket ne-Light switch
.Ukubuka Okuzungezile
.Imitha yamanzi

Iselula

.Okuzwakalayo
.Idivayisi Yokufaka (Igundane, Ipeni, Ikhibhodi)
.Iwashi elihlakaniphile
.Ibhande lesihlakala

I-Smart City

.Ukuhlonza imoto okuzenzakalelayo
.I-POS Terminal
.Amathikithi Ezokuthutha

Ikhaya Elihlakaniphile

.Ukuphepha Kwasekhaya Nokugada
.Imishini Emikhulu Yasekhaya
.I-Robotic Appliance
.Imishini Encane Nemaphakathi