I-ATMEL AT90CAN32-16AU 8bit AVR Umhlahlandlela Womsebenzisi we-Microcontroller

Izakhiwo ze-RISC ezithuthukisiwe
- Imiyalo eyi-133 Enamandla - Ukwenza Okwenziwa Komjikelezo Wewashi Elodwa
- 32 x 8 Amarejista Okusebenza Okuyinhloso Ejwayelekile + Amarejista okulawula okuzungezile
- Ukusebenza Okugcwele Ngokugcwele
- Kufikela ku-16 MPS throughput ku-16 MHz
- I-On-chip 2-cycle Multiplier

Uhlelo olungaguquguquki kanye Nezinkumbulo Zedatha
- 32K/64K/128K Amabhayithi e-In-System Reprogrammable Flash (AT90CAN32/64/128)
  - Ukukhuthazela: Imijikelezo Yokubhala / Yokusula engu-10,000
- Ingxenye Yekhodi Yokubhula Ongazikhethela Ngamabhithi Okhiye Ozimele
  - Usayizi Webhuthi Okhethekayo: Amabhayithi angu-1K, amabhayithi angu-2K, amabhayithi angu-4K noma amabhayithi angu-8K
  - Ukuhlelwa Kwangaphakathi Kwesistimu ngoHlelo Lwe-On-Chip Boot (CAN, UART, …)
  - Umsebenzi Wangempela Wokufunda-Ngenkathi Ubhala
- 1K/2K/4K Amabhayithi EEPROM (Ukubekezela: 100,000 Bhala/Sula Imijikelezo) (AT90CAN32/64/128)
- 2K/4K/4K Amabhayithi e-SRAM yangaphakathi (AT90CAN32/64/128)
- Kufikela ku-64K Bytes Optional External Memory Space
- Ukhiye Wokuhlela Wokuphepha Kwesoftware
JTAG (I-IEEE std. 1149.1 Iyahambisana) Isixhumi esibonakalayo
- Amakhono wokuskena umngcele Ngokuka-JTAG Okujwayelekile
- I-Flash yokuhlela (I-Hardware ISP), i-EEPROM, i-Lock & Fuse Bits
- Usekelo Olubanzi Lokususa iphutha ku-chip
I-CAN Controller 2.0A & 2.0B - ISO 16845 Iqinisekisiwe ⁽¹⁾
- Izinto Ezingu-15 Zomlayezo Ogcwele Ngesikhombi Esihlukile Tags kanye namaMasks
- Dlulisa, Yamukela, Ukuphendula Okuzenzakalelayo kanye Nezindlela Zokuthola Isilondolozi Sozimele
- 1Mbits/s Isilinganiso Sokudlulisa esiphezulu ku-8 MHz
- Isikhathi stamping, i-TTC & Imodi yokulalela (Ukuhlola noma ukuhlambalaza okuzenzakalelayo)
Izici ezincikene naye
- I-Watchdog Timer Ehlelekayo ene-Oscillator On-chip
- I-8-bit Synchronous Timer/Counter-0
  - I-10-bit Prescaler
  - Ikhawunta Yomcimbi Wangaphandle
  - Okukhiphayo Qhathanisa noma 8-bit PWM Okukhiphayo
- 8-bit Asynchronous Timer/Counter-2
  - I-10-bit Prescaler
  - Ikhawunta Yomcimbi Wangaphandle
  - Qhathanisa okukhiphayo noma okukhiphayo kwe-PWM okungu-8-Bit
  - I-32Khz Oscillator Yokusebenza kwe-RTC
- I-Dual 16-bit Synchronous Timer/Counters-1 & 3
  - I-10-bit Prescaler
  - Faka Ukuthwebula Ngesikhanseli Somsindo
  - Ikhawunta Yomcimbi Wangaphandle
  - 3-Okukhipha Qhathanisa noma 16-Bit PWM Okukhiphayo
  - Okukhipha Qhathanisa Ukuguquguquka
- 8-channel, 10-bit SAR ADC
  - 8 Amashaneli ane-Single-end
  - 7 Iziteshi ezihlukene
  - 2 Iziteshi Ezihlukile Ezinenzuzo Ehlelekayo ku-1x, 10x, noma 200x
- Isihlanganisi se-On-chip Analog
- I-Byte-oriented Two-wire Serial Interface
- I-serial ehlelekayo ekabili UART
- I-Master/Slave SPI Serial Interface
  - I-Flash yokuhlela (I-Hardware ISP)
Izici ezikhethekile ze-Microcontroller
- Ukusetha Kabusha Amandla kanye Nokuthola Okunombala Okunsundu Okuhlelekayo
- I-oscillator ye-RC Elinganiselwe yangaphakathi
- 8 Imithombo Yokuphazamisa Yangaphandle
- 5 Izindlela Zokulala: Ukungenzi lutho, Ukuncishiswa Komsindo kwe-ADC, ukonga amandla, amandla phansi nokulinda
- I-Software Selectable Clock Frequency
- I-Global Pull-up Disable

I / O namaphakheji
- 53 Imigqa Ye-I/O Ehlelekayo
- I-TQFP eholayo engama-64 kanye ne-QFN eholayo engama-64

I-Operating Voltages: 2.7 – 5.5V
Izinga lokushisa elisebenzayo: Imboni (-40°C ukuya +85°C)
Imvamisa enkulu: 8 MHz ku-2.7V, 16 MHz ku-4.5V

Qaphela: 1. Imininingwane esesigabeni 19.4.3 ekhasini 242.

Incazelo

Ukuqhathaniswa Phakathi kwe-AT90CAN32, AT90CAN64 kanye ne-AT90CAN128

I-AT90CAN32, AT90CAN64 kanye ne-AT90CAN128 yihadiwe nesofthiwe iyahambisana. Ayahluka kuphela ngosayizi benkumbulo njengoba kukhonjisiwe kuThebula 1-1.

Ithebula 1-1. Isifinyezo Sosayizi Wenkumbulo

Idivayisi	I-Flash	EEPROM	RAM
I-AT90CAN32	32K Amabhayithi	1K Byte	2K Amabhayithi
I-AT90CAN64	64K Amabhayithi	2K Amabhayithi	4K Amabhayithi
I-AT90CAN128	128K Amabhayithi	4K Byte	4K Amabhayithi

Incazelo Yengxenye

I-AT90CAN32/64/128 iyi-CMOS 8-bit microcontroller enamandla aphansi esekelwe ekwakhiweni kwe-AVR okuthuthukisiwe kwe-RISC. Ngokusebenzisa iziqondiso ezinamandla kumjikelezo wewashi elilodwa, i-AT90CAN32/64/128 ifinyelela imiphumela esondela ku-1 MIP nge-MHz ngayinye evumela umklami wesistimu ukuthi athuthukise ukusetshenziswa kwamandla ngokumelene nesivinini sokucubungula.

Umnyombo we-AVR uhlanganisa imiyalo ecebile esethwe namarejista wokusebenza ajwayelekile angama-32. Onke amarejista angama-32 axhunywe ngqo kwi-Arithmetic Logic Unit (ALU), avumela amarejista amabili azimele ukuthi atholakale emfundweni eyodwa eyodwa eyenziwe kumjikelezo wewashi elilodwa. Ukwakhiwa okuvelayo kusebenza kahle kunekhodi ngenkathi kutholwa ukufinyelelwa kuze kube kashumi kunama-microcontroller ajwayelekile e-CISC.

I-AT90CAN32/64/128 inikeza izici ezilandelayo: 32K/64K/128K amabhayithi e-In-System Programmable Flash enamandla okufunda ngenkathi-ubhala, amabhayithi angu-1K/2K/4K EEPROM, amabhayithi angu-2K/4K/4K SRAM, inhloso evamile engu-53 Imigqa ye-I/O, amarejista okusebenza ezinjongo ezijwayelekile ezingu-32, isilawuli se-CAN, I-Real Time Counter (RTC), I-Timer/Counters ezine eziguquguqukayo ezinamamodi okuqhathanisa kanye ne-PWM, 2 USARTs, i-byte enama-byte e-Two-wire Serial Interface, i-8-channel 10 -bit ADC with optional differential input stage ngenzuzo ehlelekayo, i-Watchdog Timer ehlelekayo ene-Internal Oscillator, i-serial port ye-SPI, i-IEEE std. 1149.1 othobelayo u-JTAG isixhumi esibonakalayo sokuhlola, siphinde sisetshenziselwe ukufinyelela kusistimu ye-On-chip Debug kanye nezinhlelo kanye nezindlela ezinhlanu zokulondoloza amandla ezikhethekayo zesofthiwe.

Imodi yokungenzi lutho imisa i-CPU ngenkathi ivumela i-SRAM, Isikhathi/Izibali, izimbobo ze-SPI/CAN kanye nesistimu ephazamisayo ukuthi iqhubeke nokusebenza. Imodi ye-Power-down igcina okuqukethwe kwerejista kodwa imise i-Oscillator, ikhubaze yonke eminye imisebenzi ye-chip kuze kube ukuphazamisa okulandelayo noma Ukusethwa Kabusha kwe-Hardware. Kumodi yokonga amandla, isibali sikhathi esivumelanayo siyaqhubeka nokusebenza, sivumela umsebenzisi ukuthi agcine isisekelo sesibali sikhathi ngenkathi yonke idivayisi ilele. Imodi yokunciphisa umsindo ye-ADC imisa i-CPU nawo wonke amamojula e-I/O ngaphandle kwe-Asynchronous Timer ne-ADC, ukuze kuncishiswe umsindo oshintshayo phakathi nokuguqulwa kwe-ADC. Kumodi yokulinda, i-Crystal/Resonator Oscillator iyasebenza ngenkathi yonke idivayisi ilele. Lokhu kuvumela ukuqalisa okusheshayo kuhlanganiswe nokusetshenziswa kwamandla okuphansi.

Idivayisi yakhiwe kusetshenziswa ubuchwepheshe bememori obungaguquki obuphezulu be-Atmel. I-Onchip ISP Flash ivumela inkumbulo yohlelo ukuthi ihlelwe kabusha ohlelweni ngokusebenzisa isixhumi esibonakalayo se-SPI, ngohlelo oluvamile lwenkumbulo olungaguquki, noma ngohlelo lwe-On-chip Boot olusebenza kumongo we-AVR. Uhlelo lokuqalisa lungasebenzisa noma yisiphi isikhombimsebenzisi ukulanda uhlelo lohlelo lokusebenza kumemori ye-Flash yesicelo. Isofthiwe esigabeni se-Boot Flash izoqhubeka nokusebenza ngenkathi isigaba se-Flash Yohlelo sisabuyekezwa, sihlinzeka ngokusebenza kwangempela kwe-Read-While-Write. Ngokuhlanganisa i-8-bit RISC CPU ne-In-System Self-Programmable Flash ku-chip ye-monolithic, i-Atmel AT90CAN32/64/128 iyi-microcontroller enamandla enikeza isisombululo esivumelana nezimo kakhulu nesibizayo ezinhlelweni eziningi zokulawula ezishumekiwe.

I-AT90CAN32/64/128 AVR isekelwa ngohlelo oluphelele lwamathuluzi okuthuthukisa isistimu okuhlanganisa: Izihlanganisi ze-C, izihlanganisi ezinkulu, isilungisa iphutha/izifanisi zohlelo, izilingisi ezisesekethe, nezinsiza zokuhlola.

Umshwana wokuzihlangula

Amanani ajwayelekile aqukethwe kule datha asekelwe ekulingiseni nasekulingiseni ezinye izilawuli ezincane ze-AVR ezikhiqizwe ngobuchwepheshe benqubo efanayo. Amanani aphansi naphezulu azotholakala ngemva kokuthi idivayisi isiphawulwe.

Umdwebo weBlock

Umfanekiso 1-1. Umdwebo weBlock

Ukulungiswa kwephini

Umfanekiso 1-2. I-Pinout AT90CAN32/64/128 – TQFP

⁽¹⁾NC = Ungaxhumi (Ingasetshenziswa kumadivayisi azayo)

⁽²⁾I-Timer2 Oscillator

Umfanekiso 1-3. I-Pinout AT90CAN32/64/128 – QFN

⁽¹⁾NC = Ungaxhumi (Ingasetshenziswa kumadivayisi azayo)

⁽²⁾ I-Timer2 Oscillator

Qaphela: Iphedi ephakathi nendawo enkulu ngaphansi kwephakheji ye-QFN yenziwe ngensimbi futhi ixhumeke ngaphakathi ku-GND. Kufanele ithengiswe noma inamathiselwe ebhodini ukuze kuqinisekiswe ukuzinza okuhle kwemishini. Uma iphedi emaphakathi ishiywe ingaxhumekile, iphakheji ingase ixege ebhodini.

1.6.3 Imbobo A (PA7..PA0)

Imbobo A iyimbobo ye-I/O ene-bi-directional engu-8 enezinqamuli zokudonsa zangaphakathi (ezikhethelwe ibhithi ngalinye). Amabhafa okukhiphayo e-Port A anezici zokushayela ezilinganayo ezinakho kokubili usinki ophezulu namandla omthombo. Njengokufaka, izikhonkwane ze-Port A ezidonswe ngaphandle zidonselwa phansi zizoba ngezamanje uma izitha zokudonsa zicushiwe. Izikhonkwane ze-Port A zichazwe kathathu uma isimo sokusetha kabusha sisebenza, ngisho noma iwashi lingasebenzi.

I-Port A iphinde inikeze imisebenzi yezici ezikhethekile ezihlukahlukene ze-AT90CAN32/64/128 njengoba zibalwe ekhasini 74.

1.6.4 Imbobo B (PB7..PB0)

Imbobo B iyimbobo ye-I/O ene-bi-directional engu-8 enezinqamuli zokudonsa zangaphakathi (ezikhethelwe ibhithi ngalinye). Amabhafa okukhiphayo e-Port B anezici zokushayela ezilinganayo ezinakho kokubili usinki ophezulu namandla omthombo. Njengokufakwayo, izikhonkwane ze-Port B ezidonswe ngaphandle zidonswe phansi zizoba ngezamanje uma izimbangi zokudonsela phezulu zenziwe zisebenze. Izikhonkwane ze-Port B zichazwe kathathu uma isimo sokusetha kabusha sisebenza, ngisho noma iwashi lingasebenzi.

I-Port B iphinde inikeze imisebenzi yezici ezikhethekile ezihlukahlukene ze-AT90CAN32/64/128 njengoba zibalwe ekhasini 76.

1.6.5 Imbobo C (PC7..PC0)

I-Port C iyimbobo ye-I/O ene-bi-directional engu-8 enezinqamuli zokudonsa zangaphakathi (ezikhethelwe ibhithi ngalinye). Amabhafa okukhiphayo e-Port C anezici zokushayela ezilinganayo ezinakho kokubili usinki ophezulu namandla omthombo. Njengokufaka, izikhonkwane ze-Port C ezidonswe ngaphandle zidonselwa phansi zizoba ngezamanje uma izimelambi zokudonsela phezulu zenziwe zisebenze. Izikhonkwane ze-Port C zichazwe kathathu uma isimo sokusetha kabusha sisebenza, ngisho noma iwashi lingasebenzi.

IPort C iphinde inikeze imisebenzi yezici ezikhethekile ze-AT90CAN32/64/128 njengoba zibalwe ekhasini 78.

1.6.6 Imbobo D (PD7..PD0)

I-Port D iyimbobo ye-I/O ene-bi-directional engu-8 enezinqamuli zokudonsa zangaphakathi (ezikhethelwe ibhithi ngalinye). Amabhafa okukhiphayo e-Port D anezici zokushayela ezilinganayo ezinakho kokubili usinki ophezulu namandla omthombo. Njengokufakwayo, izikhonkwane ze-Port D ezidonswe ngaphandle zidonswe phansi zizoba ngezamanje uma izimbangi zokudonsela phezulu zenziwe zisebenze. Izikhonkwane ze-Port D zichazwe kathathu uma isimo sokusetha kabusha sisebenza, ngisho noma iwashi lingasebenzi.

I-Port D iphinde inikeze imisebenzi yezici ezikhethekile ezihlukahlukene ze-AT90CAN32/64/128 njengoba zibalwe ekhasini 80.

1.6.7 Imbobo E (PE7..PE0)

I-Port E iyimbobo ye-I/O ene-bi-directional engu-8 enezinqamuli zokudonsa zangaphakathi (ezikhethelwe ibhithi ngalinye). Amabhafa okukhiphayo e-Port E anezici zokushayela ezilinganayo ezinakho kokubili usinki ophezulu namandla omthombo. Njengokufakwayo, izikhonkwane ze-Port E ezidonswe ngaphandle zidonswe phansi zizoba ngezamanje uma izimbangi zokudonsela phezulu zenziwe zisebenze. Izikhonkwane ze-Port E zichazwe kathathu uma isimo sokusetha kabusha sisebenza, ngisho noma iwashi lingasebenzi.

I-Port E iphinde inikeze imisebenzi yezici ezikhethekile ezihlukahlukene ze-AT90CAN32/64/128 njengoba zibalwe ekhasini 83.

1.6.8 Imbobo F (PF7..PF0)

I-Port F isebenza njengokufakwayo kwe-analog ku-A/D Converter.

I-Port F iphinda isebenze njengembobo ye-I/O ene-bi-directional engu-8, uma i-A/D Converter ingasetshenziswa. Izikhonkwane zembobo zinganikeza izinto eziphikisayo zokudonsa zangaphakathi (ezikhethelwe ibhithi ngalinye). Amabhafa okukhiphayo e-Port F anezici zokushayela ezilinganayo ezinakho kokubili usinki ophezulu namandla omthombo. Njengokufakwayo, izikhonkwane ze-Port F ezidonswe ngaphandle zidonswe phansi zizoba ngezamanje uma izimbangi zokudonsela phezulu zenziwe zisebenze. Amaphini e-Port F ashiwo kathathu uma isimo sokusetha kabusha sisebenza, ngisho noma iwashi lingasebenzi.

I-Port F iphinde isebenze imisebenzi ye-JTAG esibonakalayo. Uma uJTAG isixhumi esibonakalayo sinikwe amandla, okokuvikela ukudonsa kumaphini PF7(TDI), PF5(TMS), kanye ne-PF4(TCK) kuzokwenziwa kusebenze ngisho noma ukusetha kabusha kwenzeka.

1.6.9 Port G (PG4..PG0)

I-Port G iyimbobo ye-I/O engu-5-bit enezinqamuli zokudonsa zangaphakathi (ezikhethelwe ibhithi ngalinye). Amabhafa okukhiphayo e-Port G anezici zokushayela ezilinganayo ezinakho kokubili usinki ophezulu namandla omthombo. Njengokufakwayo, izikhonkwane ze-Port G ezidonswe ngaphandle zidonswe phansi zizoba ngezamanje uma izimbangi zokudonsela phezulu zenziwe zisebenze. Amaphinikhodi e-Port G ashiwo kathathu uma isimo sokusetha kabusha sisebenza, ngisho noma iwashi lingasebenzi.

I-Port G iphinde inikeze imisebenzi yezici ezikhethekile ezihlukahlukene ze-AT90CAN32/64/128 njengoba zibalwe ekhasini 88.

1.6.10 SETHA KABUSHA

Setha kabusha okokufaka. Izinga eliphansi kule phini isikhathi eside kunobude obuncane be-pulse lizokhiqiza ukusetha kabusha. Ubude be-pulse obuncane bunikezwa ngezici. Ama-pulse amafushane awaqinisekisiwe ukuthi azokwenza ukusetha kabusha. Izimbobo ze-I/O ze-AVR zisethwa kabusha ngokushesha ukuze zibe esimweni sazo sokuqala ngisho noma iwashi lingasebenzi. Iwashi liyadingeka ukusetha kabusha yonke enye i-AT90CAN32/64/128.

1.6.11 XTAL1

Okokufaka ku-oscillator eguqukayo ampi-lifier kanye nokokufaka kumjikelezo wokusebenza kwewashi langaphakathi.

1.6.12 XTAL2

Okukhiphayo kusuka ku-oscillator eguqukayo ampokokuphila.

1.6.13 AVCC

I-AVCC ingumthamo wokunikezelatage pin ye-A/D Converter ku-Port F. Kufanele ixhunywe ngaphandle ku-V_cc, noma ngabe i-ADC ingasetshenziswa. Uma i-ADC isetshenziswa, kufanele ixhunywe ku-V_cc ngesihlungi se-low-pass.

1.6.14 AREF

Lena iphinikhodi yereferensi ye-analog ye-A/D Converter.

Mayelana nekhodi ExampLes

Le mibhalo iqukethe ikhodi elula examplezo ezikhombisa kafushane ukuthi zisetshenziswa kanjani izingxenye ezahlukahlukene zocingo. Lawa makhodi exampLes sicabange ukuthi ingxenye ethize unhlokweni file ifakiwe ngaphambi kokuhlanganiswa. Qaphela ukuthi akubona bonke abathengisi be-C compiler abafaka izincazelo zebhithi kunhlokweni files kanye nokubamba kokuphazamiseka ku-C kuncike kumhlanganisi. Sicela uqinisekise ngemibhalo ye-C compiler ukuze uthole imininingwane eyengeziwe.

Bhalisa Isifinyezo

Amanothi:

Izingcezu zekheli ezedlula i-PCMSB (Ithebula 25-11 ekhasini 341) azinandaba.

Izingcezu zekheli ezedlula i-EEAMSB (Ithebula 25-12 ekhasini 341) azinandaba.
Ngokuhambisana namadivayisi wesikhathi esizayo, ama-bits agciniwe kufanele abhalwe zero uma kutholakala. Amakheli ememori agciniwe e-I / O akufanele abhalwe phansi.
Amarejista e-I/O phakathi kwebanga lamakheli 0x00 – 0x1F afinyeleleka kancane kusetshenziswa imiyalelo ye-SBI ne-CBI. Kulawa marejista, inani lamabhithi awodwa lingahlolwa kusetshenziswa imiyalelo ye-SBIS ne-SBIC.

Amanye amafulegi wesimo asulwa ngokubhala elinengqondo kuwo. Qaphela ukuthi, ngokungafani namanye ama-AVR amaningi, imiyalelo ye-CBI ne-SBI izosebenza kuphela ngebhithi elishiwo, futhi ngenxa yalokho ingasetshenziswa kumarejista aqukethe amafulegi anjalo. Imiyalo ye-CBI ne-SBI isebenza namarejista 0x00 kuya ku-0x1F kuphela. 6. Uma usebenzisa imiyalo eqondile ye-I/O ethi PHAKATHI NAPHANDLE, kufanele kusetshenziswe amakheli we-I/O 0x00 – 0x3F. Lapho ukhuluma namaRejista e-I/O njengendawo yedatha usebenzisa imiyalelo ye-LD ne-ST, u-0x20 kufanele wengezwe kulawa makheli. I-AT90CAN32/64/128 iyisilawuli esincane esiyinkimbinkimbi esinamayunithi azungezile amaningi kunalawo angasekelwa ngaphakathi kwendawo engu-64 egcinwe ku-Opcode ukuze uthole imiyalelo ye-IN kanye ne-OUT. Esikhaleni Esinwetshiwe se-I/O sisuka ku-0x60 – 0xFF ku-SRAM, kuphela imiyalelo ye-ST/STS/STD kanye ne-LD/LDS/LDD engasetshenziswa.

Uku-oda Ulwazi

Amanothi: 1. Lezi zisetshenziswa zingahlinzekwa futhi ziyi-wafer. Sicela uthinte ihhovisi lakho lendawo yokuthengisa i-Atmel ukuze uthole ulwazi oluningiliziwe loku-oda kanye namanani amancane.

Ulwazi Lokupakisha

I-TQFP64

64 AMAPHINI AZACILEYO AMAQUAD FLAT PACK

QFN64

QAPHELA: QFN AMANOTHI EZINGA

I-DIMENSIONING & TOLERANANCE KUQVUMA NE-ASME Y14.5M. - 1994.

I-DIMENSION b ISEBENZA KUTTERMINAL ESEMTHILISI FUTHI KUKALWA PHAKATHI KUKA-0.15 NO-0.30 mm KUSUKELA YITHIPHU LETERMINAL. UMA ITHEMINA INOMSAKAZI ONGAZIKHETHA KWEZINYE IZIPHETHO ZESIPHETHELO, UBUNGO b AKUMELE IKALWE KUleyo ndawo yomsakazo.
MAX. IPHAKELE WARPAGE LINGU-0.05mm.
UBUNINGI AMABHASHA AVUMELEKILE NGU-0.076 mm kuzo zonke izikhombisi-ndlela.

I-PIN #1 ID PHEZULU IZOMAKA I-LASER.
LO MDLALO UQHUBEKA NOHLAKA OLUBHALISWE I-JEDEC MO-220.
UKUBUYELA EMUSHA okungu-0.15mm (L1) KUNGENZEKA KUKHONA.
L MINUS L1 IZOLINGANA NOMA NGADLA NGOKUNO-0.30 mm

ISIHLOMBU SESITHEMINA #1 IYAZITHANDELA KODWA KUMELE SIBE PHAKATHI ESIKHATHINI ESIKHOMBISA ISIHLOMBU SESIGCAWU SESIGABA SESITHAMTHINI #1 KUBA ESIKHUNGO NOMA ISIQEPHU ESIMAkiwe.

Indlunkulu

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© 2008 Atmel Corporation. Wonke Amalungelo Agodliwe. I-Atmel®, ilogo nezinhlanganisela zakho, nezinye izimpawu zokuthengisa ezibhalisiwe noma izimpawu zokuthengisa ze-Atmel Corporation noma izinkampani ezingaphansi kwayo. Eminye imigomo namagama emikhiqizo kungaba yizimpawu zokuthengisa zabanye.

7679HS–CAN–08/08

Amadokhumenti / Izinsiza

I-ATMEL AT90CAN32-16AU 8bit AVR Microcontroller [pdf] Umhlahlandlela Womsebenzisi
I-AT90CAN32-16AU 8bit AVR Microcontroller, AT90CAN32-16AU, 8bit AVR Microcontroller, Microcontroller

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