I-ATMEL AT90CAN32-16AU 8bit AVR Isikhokelo soMsebenzisi weMicrocontroller

Ukusebenza okuphezulu, amandla aphantsi AVR® 8-bit Microcontroller
Advanced RISC Architecture
- Imiyalelo engama-133 Enamandla – Uninzi lokuPhunyezwa komjikelo wewotshi enye
- 32 x 8 Iirejista zeNjongo ngokuBanzi zokuSebenza + iirejista zoLawulo lwePeripheral
- Ukusebenza okuzinzileyo ngokupheleleyo
- Ukuya kuthi ga kwi-16 MIP yokuPhuhlisa kwi-16 MHz
- On-chip 2-umjikelo Multiplier

Inkqubo engaguquguqukiyo kunye neeMemori zeDatha
- I-32K/64K/128K Iibhayithi ze-In-System enokuphinda isebenze iFlash (AT90CAN32/64/128)
  - Ukunyamezela: I-10,000 yokubhala / yokucima imijikelo
- ICandelo leKhowudi yokuQalisa ngoKhenketho eneBits eziZimeleyo zokutshixa
  - Ubungakanani bokuQalisa obuKhethekileyo: 1K Bytes, 2K Bytes, 4K Bytes okanye 8K Bytes
  - INkqubo ye-In-System ngeNkqubo ye-Chip Boot (CAN, UART, …)
  - INyaniso yokuFunda-ngelixa-uBhala
- I-1K/2K/4K Bytes EEPROM (Ukunyamezela: 100,000 Bhala/Cima imijikelo) (AT90CAN32/64/128)
- 2K/4K/4K Ibhayithi ye-SRAM yangaphakathi (AT90CAN32/64/128)
- Ukuya kuthi ga kwi-64K yeeByithi eziKhethekileyo kwisithuba seMemori yaNgaphandle
- Inkqubo yokutshixa yoKhuseleko lweSoftware

JTAG (IEEE std. 1149.1 Compliant) Ujongano
- Umda wokuskena amandla ngokukaJTAG Umgangatho
- IFlash yokuLungiselela (i-Hardware ISP), i-EEPROM, iTshixo kunye neeBits zeFuse
- INkxaso ye-Debug ebanzi kwi-chip
CAN Controller 2.0A & 2.0B - ISO 16845 Certified ⁽¹⁾
- IiNjongo zoMyalezo oPheleleyo ezili-15 ezineSichongi esahlukileyo Tags kunye neeMaski
- Hambisa, uFumana, uPhendula ngokuzenzekela kunye neeNdlela zokuFumana iSakhelo seSakhelo
- I-1Mbits / s iNqanaba loTshintsho oluPhezulu kwi-8 MHz
- Ixesha stamping, i-TTC kunye neNdlela yokuMamela (Ukuhlola okanye ukuBhala ngokuzenzekela)
Iimpawu zeperipheral
- Programmable Watchdog Timer nge On-chip Oscillator
- I-8-bit yeSibali-xesha esiQhumshelweyo/Isibali-0
  - I-10-bit ye-Prescaler
  - Ikhawuntara yoMnyhadala wangaphandle
  - Imveliso Thelekisa okanye i-8-bit PWM Imveliso
- I-8-bit ye-Asynchronous Timer/Counter-2
  - I-10-bit ye-Prescaler
  - Ikhawuntara yoMnyhadala wangaphandle
  - Isiphumo Thelekisa okanye i-8-Bit Isiphumo se-PWM
  - I-32Khz Oscillator yoMsebenzi we-RTC
- I-16-bit ye-synchronous Timer/Izibali-1 kunye ne-3 eziphindwe kabini
  - I-10-bit ye-Prescaler
  - I-Input Capture nge-Noise Canceler
  - Ikhawuntara yoMnyhadala wangaphandle
  - I-3-Imveliso Thelekisa okanye i-16-Bit Imveliso ye-PWM
  - Isiphumo Thelekisa ukuModyuli
- I-8-channel, i-10-bit SAR ADC
  - Iitshaneli ezi-8 ezinesiphelo esinye
  - 7 Amajelo ahlukeneyo
  - Imijelo emi-2 eyahlukileyo eneNzuzo eLungiselelwayo kwi-1x, 10x, okanye 200x
- Isithelekisi seAnalog kwi-chip
- I-Byte-oriented Two-wires Serial Interface
- Uthotho lweenkqubo ezimbini ze-USART
- Master / SPI SPI isiNxulumaniso uthotho
  - IFlash yeNkqubo (I-Hardware ISP)
Iimpawu ezikhethekileyo zeMicrocontroller
- Ukusetwa kwakhona koMbane kunye neNkqubo yokuFumana iBrown-out
- I-Oscillator ye-RC elungelelanisiweyo yangaphakathi
- 8 Imithombo yoPhazamiso yaNgaphandle
- Iindlela ezi-5 zokulala: Ukungenzi nto, ukuNcitshiswa kwengxolo ye-ADC, ukonga amandla, ukuthoba amandla kunye nokulinda
- ISoftware eKhethekayo Clock Frequency
- Global Tsala-up Khubaza
I/O kunye neePakethi
- 53 I/O Lines ezicwangcisiweyo
- I-64-lead TQFP kunye ne-64-lead QFN

Umsebenzi weVoltages: 2.7 - 5.5V
Ubushushu bokusebenza: Kwimizi-mveliso (-40°C ukuya +85°C)
Ubuninzi bezakheko: 8 MHz kwi-2.7V, 16 MHz kwi-4.5V

Qaphela: 1. Iinkcukacha kwicandelo 19.4.3 kwiphepha 242.

Inkcazo

Ukuthelekisa phakathi kwe-AT90CAN32, AT90CAN64 kunye ne-AT90CAN128

I-AT90CAN32, AT90CAN64 kunye ne-AT90CAN128 ziihardware kunye nesoftware ehambelanayo. Ziyahluka kuphela ngobungakanani bememori njengoko kubonisiwe kwiTheyibhile 1-1.

Uluhlu 1-1. Ubungakanani beMemori isishwankathelo

Isixhobo	Flash	EEPROM	i-ram
AT90CAN32	32K iibhayithi	1K Byte	2K iibhayithi
AT90CAN64	64K iibhayithi	2K iibhayithi	4K iibhayithi
AT90CAN128	128K iibhayithi	4K Byte	4K iibhayithi

Icandelo Inkcazo

I-AT90CAN32/64/128 sisilawuli esincinci se-CMOS esine-8-bit esekwe kwi-AVR eyandisiweyo yoyilo lwe-RISC. Ngokusebenzisa imiyalelo enamandla kumjikelo wewotshi enye, i-AT90CAN32/64/128 ifezekisa iziphumo ezisondela kwi-MIPS eyi-1 nge-MHz ivumela umyili wenkqubo ukuba andise ukusetyenziswa kwamandla ngokuchasene nesantya sokusetyenzwa.

I-core ye-AVR idibanisa umyalelo ocebileyo kunye neerejista ze-32 eziqhelekileyo zokusebenza. Zonke iirejista ezingama-32 ziqhagamshelwe ngokuthe ngqo kwiYunithi ye-Arithmetic Logic (ALU), evumela iirejista ezimbini ezizimeleyo ukuba zifumaneke kumyalelo omnye owenziwe kumjikelo wewotshi enye. Ulwakhiwo olusisiphumo lusebenza ngakumbi ikhowudi ngelixa kuphunyezwa izinto ezidlulayo ukuya kuthi ga kalishumi ngokukhawuleza kunee-microcontrollers ze-CISC eziqhelekileyo.

I-AT90CAN32/64/128 ibonelela ngezi mpawu zilandelayo: 32K/64K/128K bytes of In-System Programmable Flash enobuchule bokufunda-ngokubhala, 1K/2K/4K bytes EEPROM, 2K/4K/4K bytes SRAM, 53 injongo ngokubanzi Imigca ye-I / O, iirejista ze-32 eziqhelekileyo zokusebenza, umlawuli we-CAN, i-Real Time Counter (RTC), i-Timer eguquguqukayo emine / ii-Counters ezineendlela zokuthelekisa kunye ne-PWM, i-2 USARTs, i-byte ejoliswe kwi-byte ye-Two-wire Serial Interface, i-8-channel 10. -bit ADC nge ozikhethelayo umahluko igalelo stage ngenzuzo ecwangcisiweyo, i-Watchdog Timer enokucwangciswa kunye ne-Internal Oscillator, i-SPI serial port, IEEE std. 1149.1 uthobela uJTAG ujongano lovavanyo, olukwasetyenziselwa ukufikelela kwi-On-chip Debug system kunye nenkqubo kunye nesoftware ezintlanu ezikhethekayo iindlela zokugcina amandla.

Imodi ye-Idle imisa i-CPU ngelixa ivumela i-SRAM, i-Timer / Counters, i-SPI / izibuko ze-CAN kunye nenkqubo yokuphazamisa ukuqhubeka nokusebenza. Imowudi ye-Power-down igcina imixholo yerejista kodwa ikhubaze i-Oscillator, ikhubaze yonke eminye imisebenzi ye-chip kude kube ukuphazamisa okulandelayo okanye Ukusethwa kwakhona kwe-Hardware. Kwimowudi yogcino lwamandla, isibali-xesha se-asynchronous siyaqhubeka nokusebenza, sivumela umsebenzisi ukuba agcine isiseko sesibali-xesha ngelixa sonke isixhobo silele. Imodi ye-ADC yokuNcitshiswa kweNxolo imisa i-CPU kunye nazo zonke iimodyuli ze-I / O ngaphandle kwe-Asynchronous Timer kunye ne-ADC, ukunciphisa ingxolo yokutshintsha ngexesha lokuguqulwa kwe-ADC. Kwimo yokulinda, iCrystal/Resonator Oscillator iyasebenza ngelixa sonke isixhobo silele. Oku kuvumela ukuqalisa ngokukhawuleza kakhulu kudityaniswe nokusetyenziswa kwamandla aphantsi.

Esi sixhobo senziwa kusetyenziswa itekhnoloji yememori engaguquguqukiyo ephezulu ye-Atmel. I-Onchip ISP Flash ivumela imemori yeprogram ukuba iphinde ifakwe kwinkqubo ngokusebenzisa ujongano lwe-serial ye-SPI, ngumdwelisi wememori yesiqhelo engaguqukiyo, okanye ngenkqubo ye-On-chip Boot eqhuba kwi-AVR core. Inkqubo yokuqalisa inokusebenzisa naluphi na ujongano ukukhuphela inkqubo yesicelo kwimemori yesicelo seFlash. Isoftware ekwicandelo le-Boot Flash iya kuqhubeka ukusebenza ngelixa icandelo leFlash Flash lihlaziywa, libonelela ngokusebenza kokwenyani kokuFunda-Ngelixa-Bhala. Ngokudibanisa i-8-bit RISC CPU kunye ne-In-System Self-Programmable Flash kwi-chip monolithic chip, i-Atmel AT90CAN32 / 64/128 iyi-microcontroller enamandla enika isisombululo esiphezulu kunye nexabiso elisebenzayo kwiinkqubo ezininzi zokulawula ezifakwe.

I-AT90CAN32/64/128 AVR ixhaswa nge-suite epheleleyo yenkqubo kunye nezixhobo zophuhliso lwenkqubo ezibandakanya: abaqulunqi be-C, abahlanganisi be-macro, i-debugger yeprogram / i-simulators, i-emulators ye-circuit, kunye nezixhobo zokuvavanya.

Ukuzihlangula

Amaxabiso aqhelekileyo aqulethwe kule datha isekwe kufaniso kunye nophawu lwezinye ii-microcontrollers ze-AVR ezenziwe kubuchwepheshe benkqubo efanayo. Amaxabiso amancinci kunye noMax aya kufumaneka emva kokuba isixhobo siphawulwe.

Umzobo weBhloko

Umfanekiso 1-1. Umzobo weBhloko

I-Pin Configurations

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

⁽¹⁾NC = Musa ukudibanisa (Inokusetyenziswa kwizixhobo ezizayo)

⁽²⁾Timer2 Oscillator

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

⁽¹⁾NC = Musa ukudibanisa (Inokusetyenziswa kwizixhobo ezizayo)

⁽²⁾ Timer2 Oscillator

Qaphela: I-pad enkulu yeziko phantsi kwephakheji ye-QFN yenziwe ngetsimbi kwaye ixhunywe ngaphakathi kwi-GND. Kufuneka ithengiswe okanye idityaniswe ebhodini ukuze kuqinisekiswe ukuzinza okulungileyo koomatshini. Ukuba iphedi esembindini ishiywe ingadityaniswanga, ipakethe inokukhululeka ebhodini.

1.6.3 Izibuko A (PA7..PA0)

Izibuko A yi-8-bit bi-directional ye-I/O izibuko enezixhasi zokutsalela phezulu zangaphakathi (ezikhethelwe isuntswana ngalinye). Izithinteli zemveliso yePort A zineempawu zokuqhuba ezilinganayo ezinesinki ephezulu kunye nesakhono somthombo. Njengamagalelo, izikhonkwane zePort A ezitsalwa phantsi zitsalwa phantsi ziya kuvela ngoku ukuba izichasi zokutsalwa zivuliwe. Izikhonkwane zePort A zichazwe kathathu xa imeko yokusetha kwakhona iqala ukusebenza, nokuba iwotshi ayisebenzi.

IPort A ikwabonelela ngemisebenzi yeempawu ezizodwa ezahlukeneyo ze-AT90CAN32/64/128 njengoko zidweliswe kwiphepha lama-74.

1.6.4 Izibuko B (PB7..PB0)

Izibuko B yi-8-bit ye-bi-directional ye-I/O port enezixhasi zokutsalela phezulu zangaphakathi (ezikhethelwe isuntswana ngalinye). Izithinteli zemveliso yePort B zineempawu zokuqhuba ezilinganayo ezinesinki ephezulu kunye nesakhono somthombo. Njengamagalelo, izikhonkwane zePort B ezitsalwa ezantsi zitsalwa phantsi ziya kuvela ngoku ukuba izichasi zokutsalwa zivuliwe. Izikhonkwane zePort B zichazwa kathathu xa imeko yokusetha ngokutsha iqala ukusebenza, nokuba iwotshi ayisebenzi.

I-Port B ikwabonelela ngemisebenzi yeempawu ezizodwa ezahlukeneyo ze-AT90CAN32/64/128 njengoko zidweliswe kwiphepha lama-76.

1.6.5 Izibuko C (PC7..PC0)

Izibuko C yi-8-bit ye-bi-directional ye-I/O port enezixhasi zokutsalela phezulu zangaphakathi (ezikhethelwe isuntswana ngalinye). Izithinteli zemveliso zePort C zineempawu zokuqhuba ezilinganayo ezinesinki ephezulu kunye namandla omthombo. Njengamagalelo, izikhonkwane zePort C ezitsalwa ngaphandle zitsalwa phantsi ziya kuvela ngoku ukuba i-resistors yokutsalwa ivuliwe. Izikhonkwane zePort C zichazwe kathathu xa imeko yokusetha kwakhona iqala ukusebenza, nokuba iwotshi ayisebenzi.

I-Port C ikwabonelela ngemisebenzi yeempawu ezikhethekileyo ze-AT90CAN32/64/128 njengoko zidweliswe kwiphepha lama-78.

1.6.6 Izibuko D (PD7..PD0)

Izibuko D yi-8-bit ye-bi-directional ye-I/O port enezixhasi zokutsalela phezulu zangaphakathi (ezikhethelwe isuntswana ngalinye). Izithinteli zemveliso zePort D zineempawu zokuqhuba ezilinganayo ezinesinki ephezulu kunye nesakhono somthombo. Njengamagalelo, izikhonkwane zePort D ezitsalwa ngaphandle zitsalwa phantsi ziya kuvela ngoku ukuba i-resistors yokutsalwa ivuliwe. Izikhonkwane zePort D zichazwa kathathu xa imeko yokusetha kwakhona iqala ukusebenza, nokuba iwotshi ayisebenzi.

I-Port D ikwabonelela ngemisebenzi yeempawu ezizodwa ezahlukeneyo ze-AT90CAN32/64/128 njengoko zidweliswe kwiphepha lama-80.

1.6.7 Izibuko E (PE7..PE0)

Izibuko E yi-8-bit ye-bi-directional ye-I/O yezibuko enezixhasi zokutsalela phezulu zangaphakathi (ezikhethelwe isuntswana ngalinye). Izithinteli zemveliso yePort E zineempawu zokuqhuba ezilinganayo ezinesinki ephezulu kunye nesakhono somthombo. Njengamagalelo, izikhonkwane zePort E ezitsalwa ngaphandle zitsalwa phantsi ziya kuvela ngoku ukuba izichasi zokutsalela phezulu ziyasebenza. Izikhonkwane zePort E zichazwe kathathu xa imeko yokusetha kwakhona iqala ukusebenza, nokuba iwotshi ayisebenzi.

I-Port E ikwabonelela ngemisebenzi yeempawu ezizodwa ezahlukeneyo ze-AT90CAN32/64/128 njengoko zidweliswe kwiphepha lama-83.

1.6.8 Izibuko F (PF7..PF0)

I-Port F isebenza njengamagalelo e-analog kwi-A/D Converter.

I-Port F ikwasebenza njenge-8-bit bi-directional I/O port, ukuba i-A/D Converter ayisetyenziswa. Izikhonkwane zePort zinokubonelela ngee-resistors zangaphakathi zokutsala (ezikhethiweyo kwi-bit nganye). Izithinteli zemveliso yePort F zineempawu zokuqhuba ezilinganayo ezinesinki ephezulu kunye nesakhono somthombo. Njengamagalelo, izikhonkwane zePort F ezitsalwa ngaphandle zitsalwa phantsi ziya kuvela ngoku ukuba i-resistors yokutsalwa iyasebenza. Izikhonkwane zePort F zichazwa kathathu xa imeko yokusetha kwakhona iqala ukusebenza, nokuba iwotshi ayisebenzi.

I-Port F ikwabonelela ngemisebenzi ye-JTAG ujongano. Ukuba iJTAG ujongano luvuliwe, izichasi zokutsala kwiiphini PF7(TDI), PF5(TMS), kunye ne-PF4(TCK) ziya kuvulwa nokuba ukusetha kwakhona kuyenzeka.

1.6.9 Izibuko G (PG4..PG0)

I-Port G yi-5-bit ye-I / O i-port ene-internal pull-up resistors (ikhethwe kwi-bit nganye). Izithinteli zemveliso yePort G zineempawu zokuqhuba ezilinganayo ezinesinki ephezulu kunye namandla omthombo. Njengamagalelo, izikhonkwane zePort G ezitsalwa ngaphantsi zitsalwa phantsi ziya kuvela ngoku ukuba izichasi zokutsalela phezulu ziyasebenza. Izikhonkwane zePort G zichazwa kathathu xa imeko yokusetha kwakhona iqala ukusebenza, nokuba iwotshi ayisebenzi.

I-Port G ikwabonelela ngemisebenzi yeempawu ezahlukeneyo ezizodwa ze-AT90CAN32/64/128 njengoko zidweliswe kwiphepha lama-88.

Cwangcisa kwakhona

Lungisa igalelo. Inqanaba eliphantsi kule pin ixesha elide kunobude obuncinci be-pulse liya kuvelisa ukusetwa kwakhona. Ubuncinci ubude be-pulse bunikezelwa kwiimpawu. Ii-pulse ezimfutshane aziqinisekiswanga ukuba ziya kwenza ukusetha kwakhona. Iichweba ze-I / O ze-AVR zisetwa kwakhona kwimeko yazo yokuqala nokuba iwotshi ayisebenzi. Iwotshi iyadingeka ukuseta ngokutsha i-AT90CAN32/64/128.

1.6.11 XTAL1

Igalelo kwi-Oscillator eguqulayo ampi-lifier kunye negalelo kwisekethe yokusebenza yewotshi yangaphakathi.

1.6.12 XTAL2

Isiphumo esivela kwi-Oscillator eguqukayo ampisihlanguli.

1.6.13 AVCC

I-AVCC yivolthi yonikezelotage pin ye A/D Converter kwi Port F. Kufuneka iqhagamshelwe ngaphandle kwi V_cc, nokuba i-ADC ayisetyenziswanga. Ukuba i-ADC iyasetyenziswa, kufuneka iqhagamshelwe kwi-V_cc ngokusebenzisa isihluzo esisezantsi.

1.6.14 I-AREF

Eli liqhosha lereferensi ye-analog ye-A/D Converter.

Malunga Code ExampLes

Olu xwebhu luqulethe ikhowudi elula exampIzifundo ezibonisa ngokufutshane indlela yokusebenzisa iindawo ezahlukeneyo zesixhobo. Le khowudi exampLes ithatha ukuba inxalenye ethile yeheader file ifakiwe phambi kokuhlanganiswa. Qaphela ukuba ayingabo bonke abathengisi be-C compiler ababandakanya iinkcazo zebit kwiheda files kunye nokuphazamiseka ukuphatha ku-C kuxhomekeke kumqokeleli. Nceda uqinisekise nge C compiler documentation ngeenkcukacha ezithe vetshe.

Bhalisa isiShwankathelo

Amanqaku:

Amasuntswana edilesi adlula iPCMSB (Itheyibhile 25-11 kwiphepha 341) awakhathali.

Amasuntswana edilesi angaphezu kwe-EEAMSB (Uluhlu lwama-25-12 kwiphepha lama-341) alukhathali.
Ukuhambelana nezixhobo zexesha elizayo, amasuntswana agciniweyo kufuneka abhalwe azero ukuba afunyenwe. Iidilesi zememori ze-I/O ezigciniweyo akufuneki zibhalwe.
Iirejista ze-I / O ngaphakathi koluhlu lweedilesi 0x00 - 0x1F zifikeleleka ngokuthe ngqo kwi-bit-accessible usebenzisa i-SBI kunye ne-CBI imiyalelo. Kwezi rejista, ixabiso leebhithi ezilodwa linokutshekishwa ngokusebenzisa imiyalelo ye-SBIS kunye ne-SBIC.

Ezinye iiflegi zobume ziyacinywa ngokubhala enye enengqiqo kubo. Qaphela ukuba, ngokungafaniyo nezinye ii-AVR ezininzi, imiyalelo ye-CBI kunye ne-SBI iya kusebenza kuphela kwi-bit ekhankanyiweyo, kwaye ke inokusetyenziswa kwiirejista eziqulethe iiflegi zesimo esinjalo. I-CBI kunye nemiyalelo ye-SBI isebenza kunye neerejista 0x00 ukuya ku-0x1F kuphela. 6. Xa usebenzisa imiyalelo ecacileyo ye-I/O NGAPHAKATHI ne-OUT, idilesi ye-I/O 0x00 – 0x3F kufuneka isetyenziswe. Xa ujongana neeRejista ze-I/O njengendawo yedatha usebenzisa imiyalelo ye-LD ne-ST, u-0x20 kufuneka wongezwe kwezi dilesi. I-AT90CAN32/64/128 iyi-microcontroller entsonkothileyo eneeyunithi ezininzi zeperipheral kunokuba inokuxhaswa ngaphakathi kwendawo engama-64 egcinwe kwi-Opcode ye-IN kunye ne-OUT imiyalelo. Kwisithuba esandisiweyo se-I/O ukusuka kwi-0x60 – 0xFF kwi-SRAM, kuphela i-ST/STS/STD kunye ne-LD/LDS/LDD imiyalelo enokusetyenziswa.

Ukuodola Ulwazi

Amanqaku: 1. Ezi zixhobo zinokubonelelwa nge-wafer form. Nceda uqhagamshelane neofisi yakho yentengiso ye-Atmel ukuze ufumane iinkcukacha zokuodola kunye nobuncinane bexabiso.

Ulwazi lokuPakisha

TQFP64

64 IZIKHONA EZICINCI EZIFLETHIWEYO EZINANE

QFN64

AMANQAKU: AMANQAKU OMGANGATHO WE-QFN

UKWENZIWA KOMLINGANISELO NONYAMEZELO LUQHUBANA NE-ASME Y14.5M. - 1994.
UMLINGANISO b USEBENZA KWI-TTERMINAL EYENZIWEYO KWAYE UMLINGANISWA PHAKATHI kwe-0.15 kunye ne-0.30 mm UKUSUKA KWINGCEBISO YETERMINAL. UKUBA ISITHEMINA INERADIYOSI OYIKHETHAYO KWESINYE IPHELO LETERMINAL, UMLINGANISO b AKUMAKUMLINGANISWE KULO NDAWO YERADI.

MAX. IPACKAGE WARPAGE IS 0.05mm.
UBUBENI ABANGAPHAMBILI AMABHASHA AVUMELEKILEYO YI-0.076 mm KUZO ZONKE IZIKHOKELO.
I-PIN #1 I-ID PHEZULU IYA KUMAKIWA NGELAser.
LO MZOBO UQHUBANA NE-JEDEC ISAYA ESIBHALISWEYO MO-220.
UBUDALA BE-0.15mm UKURHALELA EMVA (L1) BUNOKUBA KHONA.
L MINUS L1 UYA KULINGANA OKANYE PHEZULU KUNO-0.30 mm
ISIHLOMBU SESIGQIBA SESIGQIBA SESI #1 IYAKUKHETHA KODWA KUFUNEKA SIBE PHAKATHI KOMZINDI OLAWULIWE ISIHLOMBU SESIGQIBA SESIGQIBA SESI #1 SIYIMUNDO OKANYE IMPAWU EPHAWULWEYO.

Ikomkhulu

Inkampani yeAtmel
2325 Orchard Parkway
San Jose. CA 95131
i-USA
Umnxeba: 1(408) 441-0311
Ifeksi: 1(408) 487-2600

Amazwe ngamazwe

I-Atmel Asia
Igumbi 1219
Chinachem Golden Plaza
77 Mod Indlela Tsimshatsui
EMpuma Kowloon
Ehong kong
Umnxeba: (852) 2721-9778
Ifeksi: (852) 2722-1369

Atmel yaseYurophu
Le Krebs
8. URue Jean-Pierre Timbaud
BP 309
78054 Saint-Quentin-en-
Yvelines Cedex
Fransi
Tel: (33) 1-30-60-70-00
Fax: (33) 1-30-60-71-11

Atmel Japan
9F. Tonetsu Shinkawa Bldg.
1-24-8 Shinkawa
Chuo-ku, Tokyo 104-0033
Japhan
Umnxeba: (81) 3-3523-3551
Ifeksi: (81) 3-3523-7581

Uqhagamshelwano lweMveliso

Web Isiza
www.atmel.com

Uxhaso lobuchwepheshe
avr@atmel.com

Uqhagamshelwano lokuthengisa
www.atmel.com/contacts

Izicelo zoncwadi
www.atmel.com/literature

Ukuzihlangula: Ulwazi olukolu xwebhu lunikiwe ngokunxulumene neemveliso ze-Atmel. Akukho layisenisi, ecacileyo okanye echaziweyo, nge-estoppel okanye ngenye indlela, kulo naliphi na ilungelo lepropathi enomgangatho ophezulu wokuqonda linikwe ngolu xwebhu okanye ngokunxulumene nokuthengiswa kweemveliso ze-Atmel. NGAPHANDLE NJENGOKUBA KUBEKWE KWIMIGAQO NEMQATHANGO YE-ATMEL YOKUTHENGISA EKU-ATMEL'S. WEB ISIZA, I-ATMEL AYIQINISEKI NGAYO NAYIPHI NA UXANDUVA KWAYE IBANZA NAPHI NA INKCAZELO, OKUTHETHWAYO OKANYE ISIQINISEKISO SOMTHETHO NGOKUPHATHELELE NEEMVELISO ZASO, KODWA AYIMDALWA, ISIQINISEKISO SOKUTHENGISWA, UKULUNGELA, UKUFANELEKILE INGXAXHEKO. AKUKHO MFANEKO I-ATMEL IYA KUTHWALA NALUPHI NA UBUCHULEKO LWENKUNDLA, INDLELA, OKUPHUMELEKAYO, OKUSOHLWAYO, OKUKHETHEKILEYO OKANYE UMONAKALO OWODWA (kubandakanywa, NGAPHANDLE KOMDA, UMONAKALO WOKULAHLEKELWA KWENZUZO, UPHAZAMZO LWESHISHINO, OKANYE UKUSETYENZISWA KOLWAZI) OLU XWEBHU, NOBA I-ATMEL ICEBISIWE NGOKUBA NOKUNGENZA OKUNOMONAKALO.. I-Atmel ayenzi inkcazo okanye iziqinisekiso malunga nokuchaneka okanye ukuphelela komxholo wolu xwebhu kwaye inelungelo lokwenza utshintsho kwiinkcazo kunye neenkcazo zemveliso nangaliphi na ixesha ngaphandle kwesaziso. I-Atmel ayenzi nakuphi na ukuzibophelela ekuhlaziyeni ulwazi oluqulethwe apha. Ngaphandle kokuba kubonelelwe ngenye indlela, iimveliso ze-Atmel azifanelekanga, kwaye aziyi kusetyenziswa, kwizicelo zeemoto. Iimveliso ze-Atmel azenzelwanga, zigunyazisiwe, okanye azigunyaziswanga ukuba zisetyenziswe njengamacandelo kwizicelo ezijoliswe ukuxhasa okanye ukugcina ubomi.

© 2008 Atmel Corporation. Onke Amalungelo Agciniwe. I-Atmel®, ilogo kunye neendibaniselwano zayo, kunye nezinye ziimpawu zorhwebo ezibhalisiweyo okanye iimpawu zorhwebo ze-Atmel Corporation okanye iinkampani eziphantsi kwayo. Eminye imiqathango kunye namagama emveliso inokuba ziimpawu zorhwebo zabanye.

7679HS–CAN–08/08

Amaxwebhu / Izibonelelo

I-ATMEL AT90CAN32-16AU 8bit AVR isilawuli esincinci [pdf] Isikhokelo somsebenzisi
AT90CAN32-16AU 8bit AVR Microcontroller, AT90CAN32-16AU, 8bit AVR Microcontroller, Microcontroller

Iimbekiselo

Incwadi yokusebenzisa