MK64FN1M0VLL12 ARM Microcontrollers MCU K60-1M
♠ Inkcazo yeMveliso
| Uphawu lweMveliso | Ixabiso lophawu |
| Umenzi: | NXP |
| Udidi lweMveliso: | I-ARM Microcontrollers-MCU |
| RoHS: | Iinkcukacha |
| Isimbo sokuNqamisa: | SMD/SMT |
| Umqulu / Ityala: | LQFP-100 |
| Undoqo: | I-ARM Cortex M4 |
| Ubungakanani beMemori yeNkqubo: | 1 MB |
| Ububanzi bebhasi yeDatha: | 32 bit |
| Isisombululo se-ADC: | 16 bit |
| Ubuninzi bewotshi yokuphindaphinda: | 120 MHz |
| Inani le-I/Os: | 66 I/O |
| Idatha ye-RAM Ubungakanani: | 256 kB |
| Supply Voltage - Min: | 1.71 V |
| Ubonelelo lweVoltage-Max: | 3.6 V |
| Ubuncinci bobushushu bokusebenza: | - 40 C |
| Obona bushushu bokusebenza: | + 105 C |
| Ukupakishwa: | Itreyi |
| I-Analog Supply Voltage: | 3.3 V |
| Uphawu: | NXP Semiconductors |
| Uhlobo lwe-RAM yeDatha: | Flash |
| Uhlobo lwe-ROM yedatha: | EEPROM |
| I/O Voltage: | 3.3 V |
| NONE | CAN, I2C, I2S, UART, SDHC, SPI |
| Ukungevani kukufuma: | Ewe |
| Inani lamatshaneli e-ADC: | Ijelo eli-2 |
| Uthotho lweProsesa: | I-ARM |
| Imveliso: | MCU |
| Uhlobo lweMveliso: | I-ARM Microcontrollers-MCU |
| Uhlobo lweMemori yeNkqubo: | Flash |
| Ubungakanani bePakethi yoMzi-mveliso: | 450 |
| Uluhlu olungaphantsi: | Microcontrollers - MCU |
| Inxalenye # Izifakelo: | 935315207557 |
| Ubunzima beyunithi: | 0.024339 oz |
♠ Icwecwe leDatha yeKinetis K64F Sub-Family
120 MHz ARM® Cortex®-M4-based Microcontroller kunye neFPU
Amalungu osapho lwemveliso ye-K64 alungiselelwe izicelo ezingabizi kakhulu ezifuna amandla aphantsi, uqhagamshelo lwe-USB/Ethernet, ukuya kuthi ga kwi-256 KB ye-SRAM efakwe ngaphakathi. Ezi zixhobo zabelana ngokunika amandla okubanzi kunye nokwanda kosapho lweKinetis.
Le mveliso ibonelela:
• Sebenzisa amandla ombane ukuya kuthi ga kwi-250 μA/MHz. Ukusetyenziswa kwamandla azinzileyo ukuya kutsho kwi-5.8 μA ngokugcinwa ngokupheleleyo kwelizwe kunye ne-5 μs yokuvuka. Imowudi yeStatic ephantsi ukuya kutsho kwi-339 nA
• I-USB LS/FS OTG 2.0 ene-3.3 V ehlonyelwe, 120 mA LDO Vreg, enesixhobo se-USB esisebenza ngokungenakristale
• I-10/100 Mbit/s Ethernet MAC ene-MII kunye ne-RMII ujongano
Ultra-Low-Amandla
1. Iimowudi eziguquguqukayo zamandla aphantsi ngamandla kunye newotshi yokugawulwa kwewotshi ukwenzela umsebenzi ofanelekileyo weperipheral kunye namaxesha okubuyisela. Misa imisinga ye <340 nA, sebenzisa imisinga ye <250 µA/MHz, 4.5 µs ukuvuka kwimowudi yokuMisa
2. Inkumbulo epheleleyo kunye nokusebenza kwe-analog ukuya kutsho kwi-1.71 volts ukwenzela ubomi obude bebhetri
3. Iyunithi yokuvuza okuvuza okuphantsi ukuya kuthi ga kwiimodyuli ezisixhenxe zangaphakathi kunye nezikhonkwane ezili-16 njengemithombo yokuvuka kwindawo yokuyeka ukuvuza okuphantsi (LLS)/indlela yokuyeka ukuvuza okuphantsi kakhulu (VLLS)
4. Isibali-xesha samandla asezantsi sokusebenza kwenkqubo eqhubekayo kwimeko yombane encitshisiweyo
Flash, SRAM, kunye FlexMemory
1. Ukuya kuthi ga kwi-1 MB iflash. Ukufikelela ngokukhawuleza, ukuthembeka okuphezulu kunye nokukhuselwa kwamanqanaba amane
2. 256 KB ye-SRAM
3. I-FlexMemory: Ukuya kuthi ga kwi-4 KB ye-user-segmentable byte write/erase EEPROM yeetheyibhile zedatha/idatha yesistim. I-EEPROM enemijikelo engaphezu kwe-10M kunye ne-flash ene-70 µsec ixesha lokubhala (umdaka ngaphandle kokulahleka kwedatha/ukonakala). Akukho kungenelela komsebenzisi okanye inkqubo yokugqiba inkqubo kunye nokucima imisebenzi kunye nokusebenza ngokupheleleyo ukuya kwi-1.71 volts. Ukongeza, ukuya kuthi ga kwi-128KB yeFlexNVM yekhowudi yenkqubo eyongezelelweyo, idatha okanye i-EEPROM yokugcina
Ubuchule bomqondiso oxutyiweyo
1. Iinguqu ezimbini zesantya esiphezulu, i-16-bit analog-to-digital converters (ADCs) enesisombululo esilungisekayo. Imveliso eyodwa okanye eyahlukileyo yokusebenza kwendlela yokuphucula ukwala ingxolo. I-500 ns ixesha lokuguqulwa elifikelelekayo kunye ne-programmable block block triggering
2. Iziguquli ezimbini ze-12-bit digital-to-analog (DACs) zokuvelisa i-analog waveform yosetyenziso lweaudio
3. Abathelekisi abathathu besantya esiphezulu babonelela ngokukhawuleza nangokuchanekileyo ukhuseleko lwangoku ngokuqhuba ii-PWM kwindawo ekhuselekileyo.
4. Ireferensi yombane we-analog ibonelela ngereferensi echanekileyo kwiibhloko ze-analog, i-ADC kunye ne-DAC, kwaye ithatha indawo yezalathiso zombane zangaphandle ukunciphisa iindleko zenkqubo.
Ukusebenza
1. I-Arm® Cortex®-M4 ingundoqo + DSP. I-120 MHz, i-MAC yomjikelo omnye, umyalelo omnye wokwandiswa kwedatha eninzi (i-SIMD), iyunithi yenqaku elidadayo elichanekileyo
2. Ukuya kuthi ga kwi-16-channel ye-DMA yenkonzo yeperipheral kunye nememori ngokulayisha okucuthiweyo kwe-CPU kunye nenkqubo ekhawulezayo yokuphuma.
3. Ukutshintsha kweCrossbar kuvumela ukufikelela kweebhasi ezininzi ngaxeshanye, ukwandisa umda webhasi
4. Iibhanki zeflash ezizimeleyo zivumela ukwenziwa kwekhowudi ngaxeshanye kunye nohlaziyo lwe-firmware ngaphandle kokuthotywa kokusebenza okanye iindlela zokukhowuda ezintsonkothileyo.
Ixesha kunye noLawulo
1. Ukuya kuthi ga kwi-FlexTimers ezine kunye namajelo angama-20 ewonke. Ufakelo lwexesha elifileyo le-Hardware kunye nokuchazwa kwe-quadrature kulawulo lweemoto
2. Isibali semodyuli ye-Carrier yokuvelisa i-infrared waveform kwi-remote control applications
3. Itshaneli ezine ezingama-32-bit ngamaxesha okuphazamisa isibali-xesha sibonelela ngesiseko sexesha le-RTOS umcwangcisi womsebenzi okanye umthombo wokuqalisa woguqulelo lwe-ADC kunye nebhloko yokulibaziseka enokucwangciswa.
Ujongano loMatshi woMntu (HMI)
1. I-GPIO ene-pin yokuphazamisa inkxaso
UQhagamshelwano kunye noNxibelelwano
1. IEEE 1588 Ethernet MAC ene-hardware timestamping ibonelela ngongqamaniso oluchanekileyo lwewotshi yolawulo lweshishini lokwenyani
2. I-USB 2.0 i-On-The-Go (isantya esipheleleyo) ene-USB transceiver. Uyilo olukrelekrele kunye ne-oscillator efakwe kwi-48 MHz evumela uyilo lwe-USB crystal-less system uyilo. Intlawulo yesixhobo ibona kwandisa ukutshaja kwangoku/ixesha kwizixhobo eziphathwayo ze-USB ezivumela ubomi obude bebhetri. I-low-voltage regulator inikezela ukuya kuthi ga kwi-120 mA off-chip kwi-3.3 volts ukunika amandla amacandelo angaphandle ukusuka kwi-5 volts input
3. Ukuya kutsho kwii-UART ezintandathu ngenkxaso ye-IrDA kuquka ne-UART enye ene-ISO7816 smart card inkxaso. Ukwahluka kobungakanani bedatha, ifomathi kunye nezicwangciso zothumelo/ulwamkelo oluxhaswa ziiprothokholi ezininzi zonxibelelwano lwamashishini
4. I-Inter-IC Sound (I2S) i-serial interface ye-audio system interfacing
5. Imodyuli ye-CAN yothungelwano lothungelwano lwemizi-mveliso
6. I-DSPI ezintathu kunye ne-I2C ezintathu
Ukuthembeka, uKhuseleko kunye noKhuseleko
1. Iyunithi yokukhusela imemori inika ukhuseleko lwememori kuzo zonke iinkokeli kwi-crossbar switch, ukwandisa ukuthembeka kwesoftware
2. I-Cyclic redundancy check injini iqinisekisa umxholo wememori kunye nedatha yonxibelelwano, ukwandisa ukuthembeka kwenkqubo
3. Oonogada be-COP abazimeleyo ngokuchasene newotshi skew okanye ikhowudi yokubaleka kwizicelo ezingaphumeleliyo ezifana nemigangatho yokhuseleko ye-IEC 60730 yezixhobo zasekhaya.
4. Umlindi wangaphandle wokubeka iliso uqhuba iphini lokukhupha ukuya kumacandelo angaphandle akhuselekileyo ukuba kwenzeka isiganeko somlindi
Iimoto
. Ukufudumeza iVentilation, kunye ne-Air Conditioning (HVAC)
. IYunithi yoLawulo lweNjini yesithuthuthu (ECU) kunye noLawulo lweeNjini ezincinci
Imizi-mveliso
. Ukupholisa umoya (AC)
. IYunithi yokuJonga iAesthesia
. IiAvionics
. I-Defibrillator
. Igridi yoMbane kunye noSasazo
. Isango laMandla
. Imitha yegesi
. Ukulinganisa Ubushushu
. Isango leMpilo yaseKhaya
. I-HMI yoShishino
. IsiLawuli seFlight esiPhakathi
. Ukulawula ukunyakaza kunye neeRobhothi
. Iimoto zokuqhuba
. Iibhedi zesigulana ezinamandla
. I-Smart Power Socket kunye noTshintsho lokukhanya
. Imbonakalo ejikelezileyo
. Imitha yamanzi
Iselula
. Eziviwayo
. Isixhobo Sokufaka (iMouse, Pen, Keyboard)
. I-Smart Watch
. Ibhanti yasesihlahleni
IsiXeko esiSmart
. Ukuchongwa kwesithuthi esizenzekelayo
. Itheminali yePOS
. Amatikiti ezothutho
Ikhaya elihlakaniphile
. Ukhuseleko lwaseKhaya kunye nokuBekwa kweliso
. IziXhobo zeKhaya ezinkulu
. IsiXhobo seRobhothi
. IziXhobo ezincinci neziPhakathi
