I-ATMEL ATtiny11 8-bit Microcontroller ene-1K Byte Flash
Iimbonakalo
- Isebenzisa i-AVR® RISC Architecture
- Ukusebenza okuphezulu kunye namandla aphantsi kwe-8-bit RISC Architecture
- Imiyalelo engama-90 Enamandla – Uninzi lokuPhunyezwa komjikelo wewotshi enye
- 32 x 8 Iirejista zokuSebenza ngokweNjongo ngokubanzi
- Ukuya kuthi ga kwi-8 MIP yokuPhuhlisa kwi-8 MHz
Inkqubo engaguqukiyo kunye neMemori yedatha
- I-1K Byte yeMemori yeNkqubo yeFlash
- I-In-System Programmable (ATtiny12)
- Ukunyamezela: I-1,000 yokubhala / yokucima imijikelo (ATtiny11/12)
- I-64 Bytes ye-In-System Programmable EEPROM Data Memory ye-ATtiny12
- Ukunyamezela: I-100,000 yokubhala / yokucima imijikelo
- I-Programming Lock yeNkqubo yeFlash kunye ne-EEPROM yoKhuseleko lweDatha
Iimpawu zeperipheral
- Ukuphazamisa kunye nokuvuka kwi-Pin Change
- Enye 8-bit Isibali-xesha/Counter kunye Prescaler Eyahlukileyo
- Isithelekisi seAnalog kwi-chip
- Programmable Watchdog Timer nge On-chip Oscillator
Iimpawu ezikhethekileyo zeMicrocontroller
- Ukungasebenzi kwamandla aphantsi kunye neendlela zokuthoba amandla
- Imithombo yoPhakamiso lwaNgaphandle naNgaphakathi
- Kwi-System Programmable ngeSPI Port (ATtiny12)
- ISekethe yokuSeta kwakhona amandla ongezelelweyo (ATtiny12)
- I-Oscillator ye-RC elungelelanisiweyo yangaphakathi (ATtiny12)
Inkcazo
- Amandla aphantsi, iTekhnoloji yeNkqubo yeCMOS enesantya esiphezulu
- Ukusebenza okuzinzileyo ngokupheleleyo
Ukusetyenziswa kwamandla kwi-4 MHz, 3V, 25°C
- Iyasebenza: 2.2 mA
- Imowudi yokungasebenzi: 0.5 mA
- Imowudi yokwehlisa amandla: <1 μA
Iiphakheji
- I-8-pin ye-PDIP kunye ne-SOIC
Umsebenzi weVoltages
- 1.8 - 5.5V ye-ATtiny12V-1
- 2.7 - 5.5V ye-ATtiny11L-2 kunye ne-ATtiny12L-4
- 4.0 - 5.5V ye-ATtiny11-6 kunye ne-ATtiny12-8
Isantya samaBanga
- 0 – 1.2 MHz (ATtiny12V-1)
- 0 – 2 MHz (ATtiny11L-2)
- 0 – 4 MHz (ATtiny12L-4)
- 0 – 6 MHz (ATtiny11-6)
- 0 – 8 MHz (ATtiny12-8)
Ukulungiselela uPinki
Ngaphezuluview
I-ATtiny11 / 12 yi-CMOS enamandla aphantsi kwe-8-bit microcontroller esekelwe kwi-architecture ye-AVR RISC. Ngokusebenzisa imiyalelo enamandla kumjikelo wewotshi enye, i-ATtiny11/12 ifezekisa iziphumo ezisondela kwi-1 MIPS nge-MHz nganye, ivumela umyili wenkqubo ukuba andise ukusetyenziswa kwamandla xa kuthelekiswa nesantya sokusebenza. I-core ye-AVR idibanisa umyalelo ocebileyo kunye neerejista ze-32 zenjongo jikelele yokusebenza. Zonke iirejista ze-32 ziqhagamshelwe ngokuthe ngqo kwi-Arithmetic Logic Unit (ALU), evumela ukuba iirejista ezimbini ezizimeleyo zifumaneke kumyalelo omnye owenziwe kumjikelo wewotshi enye. Ulwakhiwo olusisiphumo lusebenza ngakumbi ngekhowudi ngelixa uphumeza iziphumo ukuya kuthi ga kalishumi ngokukhawuleza kunee-microcontrollers ze-CISC eziqhelekileyo.
Itheyibhile 1. Inkcazo yeengxenye
| Isixhobo | Flash | EEPROM | Bhalisa | UmqulutagUluhlu | Ukuphindaphinda |
| ATtiny11L | 1K | – | 32 | 2.7 - 5.5V | 0-2 MHz |
| ATtiny11 | 1K | – | 32 | 4.0 - 5.5V | 0-6 MHz |
| I-ATtiny12V | 1K | 64 B | 32 | 1.8 - 5.5V | 0-1.2 MHz |
| ATtiny12L | 1K | 64 B | 32 | 2.7 - 5.5V | 0-4 MHz |
| ATtiny12 | 1K | 64 B | 32 | 4.0 - 5.5V | 0-8 MHz |
I-ATtiny11/12 AVR ixhaswa ngenkqubo epheleleyo kunye nezixhobo zophuhliso lwenkqubo ezibandakanya: ii-assemblers ezinkulu, i-debugger yeprogram / i-simulators, i-emulators ye-circuit,
kunye nezixhobo zovavanyo.
I-ATtiny11 Block Diagram
Jonga umzobo 1 kwiphepha 3. I-ATtiny11 ibonelela ngezi mpawu zilandelayo: I-1K bytes yeFlash, ukuya kuthi ga kwimigca emihlanu yenjongo jikelele ye-I/O, umgca wegalelo omnye, iirejista zeenjongo zokusebenza ezingama-32, i-8-bit timer/counter, yangaphakathi. kunye nokuphazamiseka kwangaphandle, i-Watchdog Timer ecwangcisiweyo kunye ne-oscillator yangaphakathi, kunye neendlela ezimbini zokulondoloza amandla ezikhethiweyo zesoftware. I-Idle Mode imisa i-CPU ngelixa ivumela isibali-xesha / izinto zokubala kunye nokuphazamiseka kwenkqubo ukuba iqhubeke nokusebenza. I-Power-down Mode igcina imixholo yerejista kodwa imise i-oscillator, ikhubaze yonke eminye imisebenzi ye-chip de kube kuphazamiseke okulandelayo okanye ukusetwa kwakhona kwehardware. Ukuvuswa okanye ukuphazamisa kwiimpawu zokutshintsha i-pin kwenza ukuba i-ATtiny11 iphendule kakhulu kwiziganeko zangaphandle, isenokusebenzisa amandla aphantsi kakhulu ngelixa kwiindlela zokuhla kwamandla. Esi sixhobo senziwa kusetyenziswa itekhnoloji yememori engaguquguqukiyo ephezulu ye-Atmel. Ngokudibanisa i-RISC ye-8-bit CPU kunye ne-Flash kwi-chip monolithic, i-Atmel ATtiny11 iyi-microcontroller enamandla enika isisombululo esiphezulu-esiguquguqukayo kunye neendleko ezisebenzayo kwiinkqubo ezininzi zokulawula ezifakwe.
Umzobo 1. I-ATtiny11 Block Diagram
I-ATtiny12 Block Diagram
Umzobo 2 kwiphepha lesi-4. I-ATtiny12 ibonelela ngezi mpawu zilandelayo: I-1K bytes yeFlash, i-64 bytes EEPROM, ukuya kuthi ga kwimigca emithandathu yenjongo ye-I/O, iirejista zeenjongo zokusebenza ezingama-32, i-8-bit timer/counter, yangaphakathi kunye ukuphazamisa kwangaphandle, i-Timer ye-Watchdog ecwangcisiweyo ene-oscillator yangaphakathi, kunye ne-software-selectable-selectable-saving modes. I-Idle Mode imisa i-CPU ngelixa ivumela isibali-xesha / izinto zokubala kunye nokuphazamiseka kwenkqubo ukuba iqhubeke nokusebenza. I-Power-down Mode igcina imixholo yerejista kodwa imise i-oscillator, ikhubaze yonke eminye imisebenzi ye-chip de kube kuphazamiseke okulandelayo okanye ukusetwa kwakhona kwehardware. Ukuvuswa okanye ukuphazamiseka kwiimpawu zokutshintsha iphini kwenza ukuba i-ATtiny12 iphendule kakhulu kwiziganeko zangaphandle, isenokusebenzisa amandla aphantsi kakhulu ngelixa kwiindlela zokuhla kwamandla. Esi sixhobo senziwa kusetyenziswa itekhnoloji yememori engaguquguqukiyo ephezulu ye-Atmel. Ngokudibanisa i-RISC 8-bit CPU kunye neFlash kwi-chip monolithic chip, i-Atmel ATtiny12 i-microcontroller enamandla enika isisombululo esiphezulu-esiguquguqukayo kunye neendleko ezisebenzayo kwiinkqubo ezininzi zokulawula ezifakwe.
Umzobo 2. I-ATtiny12 Block Diagram
Iinkcazo zePin
- Ukubonelela ngevoltage pin.
- Iphini lomhlaba.
Izibuko B yi-6-bit I/O port. I-PB4..0 zizikhonkwane ze-I/O ezinokubonelela ngokutsalwa kwangaphakathi (ezikhethelwe isuntswana ngalinye). Kwi-ATtiny11, iPB5 ifaka kuphela. Kwi-ATtiny12, i-PB5 igalelo okanye i-open-drain output. Izikhonkwane zezibuko zichazwe kathathu xa imeko yokusetha kwakhona iqala ukusebenza, nokuba iwotshi ayisebenzi. Ukusetyenziswa kwezikhonkwane ze-PB5..3 njengegalelo okanye izikhonkwane ze-I / O zilinganiselwe, kuxhomekeke ekusetweni ngokutsha kunye nezicwangciso zewotshi, njengoko kuboniswe ngezantsi.
Itheyibhile 2. PB5..PB3 Ukusebenza vs. Iinketho zokuvala isixhobo
| IsiXhobo sokuTshikisha ukhetho | PB5 | PB4 | PB3 |
| Ukusetha kwakhona kwangaphandle kunikwe amandla | esetyenzisiweyo(1) | -(2) | – |
| Ukusetha kwakhona kwangaphandle kukhubazekile | Igalelo(3)/I/O(4) | – | – |
| ICrystal yangaphandle | – | Isetyenzisiwe | Isetyenzisiwe |
| ICrystal yangaphandle ye-Low-frequency | – | Isetyenzisiwe | Isetyenzisiwe |
| IResonator yeCeramic yangaphandle | – | Isetyenzisiwe | Isetyenzisiwe |
| I-Oscillator ye-RC yangaphandle | – | I/O(5) | Isetyenzisiwe |
| Ikloko yangaphandle | – | I/O | Isetyenzisiwe |
| I-Oscillator ye-RC yangaphakathi | – | I/O | I/O |
Amanqaku
- Isetyenzisiwe” ithetha ukuba iphini isetyenziselwa ukusetha ngokutsha okanye iinjongo zewotshi.
- ithetha ukuba umsebenzi wephini awuchatshazelwa lukhetho.
- Igalelo lithetha ukuba isikhonkwane sisixhobo sokufaka i-port.
- Kwi-ATtiny11, iPB5 ifaka kuphela. Kwi-ATtiny12, i-PB5 igalelo okanye i-open-drain output.
- I/O ithetha ukuba isikhonkwane sisixhobo sokufaka izibuko/yemveliso.
XTAL1 Igalelo kwi-oscillator eguqukayo ampi-lifier kunye negalelo kwisekethe yokusebenza yewotshi yangaphakathi.
XTAL2 Isiphumo esivela kwi-oscillator eguqukayo ampisihlanguli.
SETSHENZISWA KHONA Lungisa igalelo. Ukusetha kwakhona kwangaphandle kuveliswa kwinqanaba eliphantsi kwi-RESET pin. Ukuseta kwakhona i-pulses ixesha elide kune-50 ns kuya kuvelisa ukusetha kwakhona, nokuba iwotshi ayisebenzi. Ii-pulse ezimfutshane aziqinisekiswanga ukuba ziya kwenza ukusetha kwakhona.
Bhalisa isiShwankathelo ATtiny11
| Idilesi | Igama | Incinci 7 | Incinci 6 | Incinci 5 | Incinci 4 | Incinci 3 | Incinci 2 | Incinci 1 | Incinci 0 | Iphepha |
| $3F | I-SREG | I | T | H | S | V | N | Z | C | iphepha 9 |
| $3E | Igciniwe | |||||||||
| $3D | Igciniwe | |||||||||
| $3C | Igciniwe | |||||||||
| $3B | I-GIMSK | – | I-INT0 | I-PCIE | – | – | – | – | – | iphepha 33 |
| $3A | I-GIFR | – | INTF0 | PCIF | – | – | – | – | – | iphepha 34 |
| $39 | TIMSK | – | – | – | – | – | – | I-TOIE0 | – | iphepha 34 |
| $38 | TIFR | – | – | – | – | – | – | TOV0 | – | iphepha 35 |
| $37 | Igciniwe | |||||||||
| $36 | Igciniwe | |||||||||
| $35 | MCUCR | – | – | SE | SM | – | – | ISC01 | ISC00 | iphepha 32 |
| $34 | MCUSR | – | – | – | – | – | – | I-EXTRF | I-PORF | iphepha 28 |
| $33 | I-TCCR0 | – | – | – | – | – | CS02 | CS01 | CS00 | iphepha 41 |
| $32 | TCNT0 | Isibali-xesha/Ikhawuntasi0 (8 Bit) | iphepha 41 | |||||||
| $31 | Igciniwe | |||||||||
| $30 | Igciniwe | |||||||||
| … | Igciniwe | |||||||||
| $22 | Igciniwe | |||||||||
| $21 | WDTCR | – | – | – | WDTOE | WDE | WDP2 | WDP1 | WDP0 | iphepha 43 |
| $20 | Igciniwe | |||||||||
| $1F | Igciniwe | |||||||||
| $1E | Igciniwe | |||||||||
| $1D | Igciniwe | |||||||||
| $1C | Igciniwe | |||||||||
| $1B | Igciniwe | |||||||||
| $1A | Igciniwe | |||||||||
| $19 | Igciniwe | |||||||||
| $18 | PORTB | – | – | – | I-PORTB4 | I-PORTB3 | I-PORTB2 | I-PORTB1 | I-PORTB0 | iphepha 37 |
| $17 | I-DDRB | – | – | – | I-DDB4 | I-DDB3 | I-DDB2 | I-DDB1 | I-DDB0 | iphepha 37 |
| $16 | I-PINB | – | – | I-PINB5 | I-PINB4 | I-PINB3 | I-PINB2 | I-PINB1 | I-PINB0 | iphepha 37 |
| $15 | Igciniwe | |||||||||
| … | Igciniwe | |||||||||
| $0A | Igciniwe | |||||||||
| $09 | Igciniwe | |||||||||
| $08 | I-ACSR | ACD | – | ACO | ACI | I-ACIE | – | ACIS1 | ACIS0 | iphepha 45 |
| … | Igciniwe | |||||||||
| $00 | Igciniwe | |||||||||
Amanqaku
- Ukuhambelana nezixhobo zexesha elizayo, amasuntswana agciniweyo kufuneka abhalwe azero ukuba afunyenwe. Iidilesi zememori ze-I/O ezigciniweyo akufuneki zibhalwe.
- Ezinye iiflegi zobume ziyacinywa ngokubhala enye enengqiqo kubo. Qaphela ukuba imiyalelo ye-CBI kunye ne-SBI iya kusebenza kuwo onke amasuntswana kwirejista ye-I/O, ukubhala enye kwakhona kuyo nayiphi na iflegi efundwayo njengesetiwe, ngaloo ndlela icoca iflegi. I-CBI kunye nemiyalelo ye-SBI isebenza kunye neerejista $00 ukuya kwi-$1F kuphela.
Bhalisa isiShwankathelo ATtiny12
| Idilesi | Igama | Incinci 7 | Incinci 6 | Incinci 5 | Incinci 4 | Incinci 3 | Incinci 2 | Incinci 1 | Incinci 0 | Iphepha |
| $3F | I-SREG | I | T | H | S | V | N | Z | C | iphepha 9 |
| $3E | Igciniwe | |||||||||
| $3D | Igciniwe | |||||||||
| $3C | Igciniwe | |||||||||
| $3B | I-GIMSK | – | I-INT0 | I-PCIE | – | – | – | – | – | iphepha 33 |
| $3A | I-GIFR | – | INTF0 | PCIF | – | – | – | – | – | iphepha 34 |
| $39 | TIMSK | – | – | – | – | – | – | I-TOIE0 | – | iphepha 34 |
| $38 | TIFR | – | – | – | – | – | – | TOV0 | – | iphepha 35 |
| $37 | Igciniwe | |||||||||
| $36 | Igciniwe | |||||||||
| $35 | MCUCR | – | I-PUD | SE | SM | – | – | ISC01 | ISC00 | iphepha 32 |
| $34 | MCUSR | – | – | – | – | WDRF | BORF | I-EXTRF | I-PORF | iphepha 29 |
| $33 | I-TCCR0 | – | – | – | – | – | CS02 | CS01 | CS00 | iphepha 41 |
| $32 | TCNT0 | Isibali-xesha/Ikhawuntasi0 (8 Bit) | iphepha 41 | |||||||
| $31 | OSCCAL | Irejista ye-Oscillator Calibration | iphepha 12 | |||||||
| $30 | Igciniwe | |||||||||
| … | Igciniwe | |||||||||
| $22 | Igciniwe | |||||||||
| $21 | WDTCR | – | – | – | WDTOE | WDE | WDP2 | WDP1 | WDP0 | iphepha 43 |
| $20 | Igciniwe | |||||||||
| $1F | Igciniwe | |||||||||
| $1E | EEAR | – | – | Irejista yedilesi ye-EEPROM | iphepha 18 | |||||
| $1D | I-EDR | Irejista yedatha ye-EEPROM | iphepha 18 | |||||||
| $1C | I-EECR | – | – | – | – | EERIE | EEMWE | EEWE | EERE | iphepha 18 |
| $1B | Igciniwe | |||||||||
| $1A | Igciniwe | |||||||||
| $19 | Igciniwe | |||||||||
| $18 | PORTB | – | – | – | I-PORTB4 | I-PORTB3 | I-PORTB2 | I-PORTB1 | I-PORTB0 | iphepha 37 |
| $17 | I-DDRB | – | – | I-DDB5 | I-DDB4 | I-DDB3 | I-DDB2 | I-DDB1 | I-DDB0 | iphepha 37 |
| $16 | I-PINB | – | – | I-PINB5 | I-PINB4 | I-PINB3 | I-PINB2 | I-PINB1 | I-PINB0 | iphepha 37 |
| $15 | Igciniwe | |||||||||
| … | Igciniwe | |||||||||
| $0A | Igciniwe | |||||||||
| $09 | Igciniwe | |||||||||
| $08 | I-ACSR | ACD | I-AINBG | ACO | ACI | I-ACIE | – | ACIS1 | ACIS0 | iphepha 45 |
| … | Igciniwe | |||||||||
| $00 | Igciniwe | |||||||||
Phawula
- Ukuhambelana nezixhobo zexesha elizayo, amasuntswana agciniweyo kufuneka abhalwe azero ukuba afunyenwe. Iidilesi zememori ze-I/O ezigciniweyo akufuneki zibhalwe.
- Ezinye iiflegi zobume ziyacinywa ngokubhala enye enengqiqo kubo. Qaphela ukuba imiyalelo ye-CBI kunye ne-SBI iya kusebenza kuwo onke amasuntswana kwirejista ye-I/O, ukubhala enye kwakhona kuyo nayiphi na iflegi efundwayo njengesetiwe, ngaloo ndlela icoca iflegi. I-CBI kunye nemiyalelo ye-SBI isebenza kunye neerejista $00 ukuya kwi-$1F kuphela.
Umyalelo Seta Isishwankathelo
| I-Mnemonics | Ii-operands | Inkcazo | Ukusebenza | Iiflegi | #Iiwotshi |
| I-ARITHMETIC KUNYE NEMIYALELO YOQINISEKISO | |||||
| YONZA | Rd, Rr | Yongeza ezimbini iirejista | Rd ¬ Rd + Rr | Z,C,N,V,H | 1 |
| ADC | Rd, Rr | Yongeza kunye Carry iirejista ezimbini | Rd ¬ Rd + Rr + C | Z,C,N,V,H | 1 |
| I-SUB | Rd, Rr | Thabatha iirejista ezimbini | Rd ¬ Rd – Rr | Z,C,N,V,H | 1 |
| I-SUBI | Rd, K | Thabatha rhoqo kwirejista | Rd ¬ Rd – K | Z,C,N,V,H | 1 |
| SBC | Rd, Rr | Thabatha ngeThatha iirejista ezimbini | Rd ¬ Rd – Rr – C | Z,C,N,V,H | 1 |
| SBCI | Rd, K | Thabatha ngeCarry Constant kwiReg. | Rd ¬ Rd – K – C | Z,C,N,V,H | 1 |
| KUNYE | Rd, Rr | Ingqiqo KUNYE neerejista | Rd ¬ Rd · Rr | Z,N,V | 1 |
| KWAYE NAM | Rd, K | Ingqiqo KUNYE nerejista kwaye rhoqo | Rd ¬ Rd · K | Z,N,V | 1 |
| OR | Rd, Rr | Ingqiqo OKANYE Iirejista | Rd ¬ Rd v Rr | Z,N,V | 1 |
| ORI | Rd, K | Ngengqiqo OKANYE Bhalisa kwaye rhoqo | Rd ¬ Rd v K | Z,N,V | 1 |
| EOR | Rd, Rr | Ezikhethekileyo OKANYE Iirejista | Rd ¬ RdÅRr | Z,N,V | 1 |
| COM | Rd | Umphelelisi omnye | Rd ¬ $FF – Rd | Z,C,N,V | 1 |
| NEG | Rd | Ukuphelelisa ezimbini | Rd ¬ $00 – Rd | Z,C,N,V,H | 1 |
| SBR | Rd,K | Seta amasuntswana kwiRejista | Rd ¬ Rd v K | Z,N,V | 1 |
| CBR | Rd,K | Sula amasuntswana kwiRejista | Rd ¬ Rd · (FFh – K) | Z,N,V | 1 |
| INC | Rd | Ukwanda | Rd ¬ Rd + 1 | Z,N,V | 1 |
| DEC | Rd | Ukuhlawula | Rd ¬ Rd – 1 | Z,N,V | 1 |
| TST | Rd | Uvavanyo lweZero okanye Minus | Rd ¬ Rd · Rd | Z,N,V | 1 |
| I-CLR | Rd | Sula irejista | Rd ¬ RdÅRd | Z,N,V | 1 |
| I-SER | Rd | Seta iRejista | Rd ¬ $FF | Akukho nanye | 1 |
| IMIYALELO YESEBE | |||||
| RJMP | k | I-Relative Jump | IPC ¬ iPC + k + 1 | Akukho nanye | 2 |
| UBIZELE | k | Isihlobo soMnxeba weNkqubela | IPC ¬ iPC + k + 1 | Akukho nanye | 3 |
| I-RET | UkuBuyiselwa kweNdlela engaphantsi | PC ¬ STACK | Akukho nanye | 4 | |
| IRETI | Ukuphazamisa ukuBuyisa | PC ¬ STACK | I | 4 | |
| I-CPSE | Rd,Rr | Thelekisa, Tsiba ukuba kuyalingana | ukuba (Rd = Rr) PC ¬ PC + 2 okanye 3 | Akukho nanye | 1/2 |
| CP | Rd,Rr | Thelekisa | Rd – Rr | Z, N,V,C,H | 1 |
| CPC | Rd,Rr | Thelekisa neCarry | Rd – Rr – C | Z, N,V,C,H | 1 |
| CPI | Rd,K | Thelekisa uBhaliso noKhawulezayo | Rd – K | Z, N,V,C,H | 1 |
| I-SBRC | Rr, b | Tsiba ukuba iBit kwiRejista Icinyiwe | ukuba (Rr(b)=0) PC ¬ PC + 2 okanye 3 | Akukho nanye | 1/2 |
| SBRS | Rr, b | Tsiba ukuba iBit kwiRejista isetiwe | ukuba (Rr(b)=1) PC ¬ PC + 2 okanye 3 | Akukho nanye | 1/2 |
| SBIC | P, b | Tsiba ukuba iBit kwiRejista ye-I/O Icinyiwe | ukuba (P(b)=0) iPC ¬ PC + 2 okanye 3 | Akukho nanye | 1/2 |
| I-SBIS | P, b | Tsiba ukuba iBit kwirejista ye-I/O isetiwe | ukuba (P(b)=1) iPC ¬ PC + 2 okanye 3 | Akukho nanye | 1/2 |
| BRBS | s, k | Isebe ukuba Isimo seeflegi Seti | ukuba (SREG(s) = 1) ngoko PC¬PC + k + 1 | Akukho nanye | 1/2 |
| BRBC | s, k | Isebe ukuba iflegi yesimo isusiwe | ukuba (SREG(s) = 0) ngoko PC¬PC + k + 1 | Akukho nanye | 1/2 |
| I-BREQ | k | Isebe ukuba Lilingana | ukuba (Z = 1) ngoko iPC ¬ iPC + k + 1 | Akukho nanye | 1/2 |
| BRNE | k | Isebe ukuba alilingani | ukuba (Z = 0) ngoko iPC ¬ iPC + k + 1 | Akukho nanye | 1/2 |
| I-BRCS | k | Isebe ukuba Carry Set | ukuba (C = 1) ngoko iPC ¬ PC + k + 1 | Akukho nanye | 1/2 |
| I-BRCC | k | Isebe ukuba lithwele lisusiwe | ukuba (C = 0) ngoko iPC ¬ PC + k + 1 | Akukho nanye | 1/2 |
| IBRSH | k | Isebe ukuba liyafana okanye liPhezulu | ukuba (C = 0) ngoko iPC ¬ PC + k + 1 | Akukho nanye | 1/2 |
| I-BRLO | k | Isebe ukuba liPhantsi | ukuba (C = 1) ngoko iPC ¬ PC + k + 1 | Akukho nanye | 1/2 |
| I-BRMI | k | Isebe ukuba Susa | ukuba (N = 1) ngoko iPC ¬ iPC + k + 1 | Akukho nanye | 1/2 |
| BRPL | k | Isebe ukuba Plus | ukuba (N = 0) ngoko iPC ¬ iPC + k + 1 | Akukho nanye | 1/2 |
| BRGE | k | Isebe ukuba likhulu okanye liyalingana, Lisayinwe | ukuba (N Å V= 0) ngoko iPC ¬ iPC + k + 1 | Akukho nanye | 1/2 |
| I-BRLT | k | Isebe ukuba lingaphantsi kunoziro, Lisayiniwe | ukuba (N Å V= 1) ngoko iPC ¬ iPC + k + 1 | Akukho nanye | 1/2 |
| BRHS | k | Isebe ukuba Isiqingatha Ukuthwala iflegi Seti | ukuba (H = 1) ngoko iPC ¬ PC + k + 1 | Akukho nanye | 1/2 |
| I-BRHC | k | Isebe ukuba Isiqingatha Siphethe iflegi Isusiwe | ukuba (H = 0) ngoko iPC ¬ PC + k + 1 | Akukho nanye | 1/2 |
| I-BRTS | k | Isetyana ukuba iT iSeti yeflegi | ukuba (T = 1) ngoko iPC ¬ iPC + k + 1 | Akukho nanye | 1/2 |
| I-BRTC | k | Isebe ukuba iflegi ye-T isusiwe | ukuba (T = 0) ngoko iPC ¬ iPC + k + 1 | Akukho nanye | 1/2 |
| I-BRVS | k | Isebe ukuba iflegi yokuPhuphumayo iSetiwe | ukuba (V = 1) ngoko iPC ¬ PC + k + 1 | Akukho nanye | 1/2 |
| I-BRVC | k | Isebe ukuba iflegi yokuphuphuma kwayo iyacinywa | ukuba (V = 0) ngoko iPC ¬ PC + k + 1 | Akukho nanye | 1/2 |
| BRIE | k | Isebe ukuba Uphazamiseko Luvuliwe | ukuba (I = 1) ngoko iPC ¬ PC + k + 1 | Akukho nanye | 1/2 |
| UMtshakazi | k | Isebe Ukuba Ukuphazamisa Kukhubazekile | ukuba (I = 0) ngoko iPC ¬ PC + k + 1 | Akukho nanye | 1/2 |
| I-Mnemonics | Ii-operands | Inkcazo | Ukusebenza | Iiflegi | #Iiwotshi |
| UKUTSHINTSHWA KWEDATHA IMIYALELO | |||||
| LD | Rd,Z | Layisha irejista ngokungathanga ngqo | Rd ¬ (Z) | Akukho nanye | 2 |
| ST | Z,Rr | Gcina uBhaliso olungathanga ngqo | (Z) ¬ Rr | Akukho nanye | 2 |
| MOV | Rd, Rr | Hambisa phakathi kweerejista | Rd ¬ Rr | Akukho nanye | 1 |
| LDI | Rd, K | Layisha Kwangoko | Rd ¬ K | Akukho nanye | 1 |
| IN | Rd, P | EPort | Rd ¬ P | Akukho nanye | 1 |
| PHUMA | P, Rr | Ngaphandle kwePort | P ¬ Rr | Akukho nanye | 1 |
| LPM | Layisha iMemori yeNkqubo | I-R0 ¬ (Z) | Akukho nanye | 3 | |
| IMIYALELO KANYE NE-BIT-TEST | |||||
| SBI | P,b | Seta iBit kwiRejista ye-I/O | I/O(P,b) ¬ 1 | Akukho nanye | 2 |
| CBI | P,b | I-Bit ecacileyo kwirejista ye-I/O | I/O(P,b) ¬ 0 | Akukho nanye | 2 |
| LSL | Rd | UShift oQinisekayo eKhohlo | Rd(n+1) ¬ Rd(n), Rd(0) ¬ 0 | Z,C,N,V | 1 |
| LSR | Rd | UShift oQinisekayo eKunene | Rd(n) ¬ Rd(n+1), Rd(7) ¬ 0 | Z,C,N,V | 1 |
| INDIMA | Rd | Jikelezisa eKhohlo NgokuQhuba | Rd(0) ¬ C, Rd(n+1) ¬ Rd(n), C ¬ Rd(7) | Z,C,N,V | 1 |
| I-ROR | Rd | Jikelezisa eKunene ngokuQhuba | Rd(7) ¬ C, Rd(n) ¬ Rd(n+1), C ¬ Rd(0) | Z,C,N,V | 1 |
| ASR | Rd | Arithmetic Shift Ekunene | Rd(n) ¬ Rd(n+1), n = 0..6 | Z,C,N,V | 1 |
| TSHINTSHA | Rd | Tshintsha iiNibbles | Rd(3..0) ¬ Rd(7..4), Rd(7..4) ¬ Rd(3..0) | Akukho nanye | 1 |
| I-BSET | s | Iseti yeflegi | SREG(ii) ¬ 1 | SREG(s) | 1 |
| BCLR | s | Ifulegi ecacileyo | SREG(ii) ¬ 0 | SREG(s) | 1 |
| I-BST | Rr, b | I-Bit Store ukusuka kwiRejista ukuya kwi-T | T ¬ Rr(b) | T | 1 |
| BLD | Rd, b | Umthwalo omncinci ukusuka ku-T ukuya kwirejista | Rd(b) ¬ T | Akukho nanye | 1 |
| I-SEC | Seta Qhuba | C ¬ 1 | C | 1 | |
| CLC | Cacisa Qhuba | C ¬ 0 | C | 1 | |
| SEN | Cwangcisa iflegi engalunganga | N¬ 1 | N | 1 | |
| I-CLN | Cacisa iflegi embi | N¬ 0 | N | 1 | |
| I-SEZ | Cwangcisa iflegi enguZiro | Z¬ 1 | Z | 1 | |
| CLZ | Cacisa iflegi engu-Zero | Z¬ 0 | Z | 1 | |
| SEI | IGlobal Interruption Vulela | Mna 1 | I | 1 | |
| CLI | Ukuphazamiseka kweGlobal Khubaza | Mna 0 | I | 1 | |
| I-SES | Seta iflegi yovavanyo esayiniweyo | S ¬ 1 | S | 1 | |
| CLS | Cacisa iflegi yovavanyo esayiniweyo | S ¬ 0 | S | 1 | |
| SEV | Cwangcisa iZimbini zokuPhumelela | V ¬ 1 | V | 1 | |
| CLV | Cacisa iZimbini zokuPhumelela | V ¬ 0 | V | 1 | |
| SET | Seta T kwi-SREG | T¬ 1 | T | 1 | |
| CLT | Coca T kwi-SREG | T¬ 0 | T | 1 | |
| SEH | Cwangcisa iHalf Carry Flag kwi-SREG | H¬ 1 | H | 1 | |
| I-CLH | Cacisa iflegi yeHalf kwi-SREG | H¬ 0 | H | 1 | |
| NOP | Akukho Sebenzi | Akukho nanye | 1 | ||
| LALA | Lala | (jonga ingcaciso ethile yomsebenzi wokuLala) | Akukho nanye | 1 | |
| WDR | Bukela iNja kwakhona | (jonga i-descr. ye-WDR/ixesha) | Akukho nanye | 1 | |
Ukuodola Ulwazi
ATtiny11
| Ukunikezwa Amandla | Isantya (MHz) | Ikhowudi yokuodola | Iphakheji | Uluhlu lokuSebenza |
|
2.7 - 5.5V |
2 |
I-ATtiny11L-2PC ATtiny11L-2SC | 8P3
8S2 |
EzoRhwebo (0°C ukuya ku-70°C) |
| I-ATtiny11L-2PI
ATtiny11L-2SI ATtiny11L-2SU(2) |
8P3
8S2 8S2 |
Imizi-mveliso (-40°C ukuya kuma-85°C) |
||
|
4.0 - 5.5V |
6 |
I-ATtiny11-6PC ATtiny11-6SC | 8P3
8S2 |
EzoRhwebo (0°C ukuya ku-70°C) |
| ATtiny11-6PI ATtiny11-6PU(2)
I-ATtiny11-6SI I-ATtiny11-6SU(2) |
8P3
8P3 8S2 8S2 |
Imizi-mveliso (-40°C ukuya kuma-85°C) |
Amanqaku
- Ibanga lesantya libhekisa kumlinganiselo wewotshi ephezulu xa usebenzisa ikristale yangaphandle okanye idrive iwotshi yangaphandle. I-oscillator ye-RC yangaphakathi inexesha elifanayo lewotshi eliqhelekileyo kuwo onke amabakala esantya.
- Enye indlela yokupakisha engahlawulelwayo ye-Pb, ithobela uMyalelo waseYurophu wokuThintelwa kwezinto ezinobungozi (umyalelo we-RoHS). Kwakhona iHalide isimahla kwaye iGreen ngokupheleleyo.
| Uhlobo lwePakethe | |
| 8P3 | I-8-lead, 0.300″ ebanzi, iPlastiki eDual Inline Package (PDIP) |
| 8S2 | I-8-lead, 0.200" ebanzi, iPlastiki yeGull-Wing Small Outline (EIAJ SOIC) |
ATtiny12
| Ukunikezwa Amandla | Isantya (MHz) | Ikhowudi yokuodola | Iphakheji | Uluhlu lokuSebenza |
|
1.8 - 5.5V |
1.2 |
I-ATtiny12V-1PC ATtiny12V-1SC | 8P3
8S2 |
EzoRhwebo (0°C ukuya ku-70°C) |
| ATtiny12V-1PI ATtiny12V-1PU(2)
I-ATtiny12V-1SI I-ATtiny12V-1SU(2) |
8P3
8P3 8S2 8S2 |
Imizi-mveliso (-40°C ukuya kuma-85°C) |
||
|
2.7 - 5.5V |
4 |
I-ATtiny12L-4PC ATtiny12L-4SC | 8P3
8S2 |
EzoRhwebo (0°C ukuya ku-70°C) |
| ATtiny12L-4PI ATtiny12L-4PU(2)
I-ATtiny12L-4SI I-ATtiny12L-4SU(2) |
8P3
8P3 8S2 8S2 |
Imizi-mveliso (-40°C ukuya kuma-85°C) |
||
|
4.0 - 5.5V |
8 |
I-ATtiny12-8PC ATtiny12-8SC | 8P3
8S2 |
EzoRhwebo (0°C ukuya ku-70°C) |
| ATtiny12-8PI ATtiny12-8PU(2)
I-ATtiny12-8SI I-ATtiny12-8SU(2) |
8P3
8P3 8S2 8S2 |
Imizi-mveliso (-40°C ukuya kuma-85°C) |
Amanqaku
- Ibanga lesantya libhekisa kumlinganiselo wewotshi ephezulu xa usebenzisa ikristale yangaphandle okanye idrive iwotshi yangaphandle. I-oscillator ye-RC yangaphakathi inexesha elifanayo lewotshi eliqhelekileyo kuwo onke amabakala esantya.
- Enye indlela yokupakisha engahlawulelwayo ye-Pb, ithobela uMyalelo waseYurophu wokuThintelwa kwezinto ezinobungozi (umyalelo we-RoHS). Kwakhona iHalide isimahla kwaye iGreen ngokupheleleyo.
| Uhlobo lwePakethe | |
| 8P3 | I-8-lead, 0.300″ ebanzi, iPlastiki eDual Inline Package (PDIP) |
| 8S2 | I-8-lead, 0.200" ebanzi, iPlastiki yeGull-Wing Small Outline (EIAJ SOIC) |
Ulwazi lokuPakisha
8P3
IMILINGANISELO EQHELEKILEYO
(Iyunithi yoMlinganiso = i-intshi)
| UMFANEKISO | MIN | NOM | MAX | PHAWULA |
| A | 0.210 | 2 | ||
| A2 | 0.115 | 0.130 | 0.195 | |
| b | 0.014 | 0.018 | 0.022 | 5 |
| b2 | 0.045 | 0.060 | 0.070 | 6 |
| b3 | 0.030 | 0.039 | 0.045 | 6 |
| c | 0.008 | 0.010 | 0.014 | |
| D | 0.355 | 0.365 | 0.400 | 3 |
| D1 | 0.005 | 3 | ||
| E | 0.300 | 0.310 | 0.325 | 4 |
| E1 | 0.240 | 0.250 | 0.280 | 3 |
| e | 0.100 BSC | |||
| eA | 0.300 BSC | 4 | ||
| L | 0.115 | 0.130 | 0.150 | 2 |
Amanqaku
- Lo mzobo ngowolwazi ngokubanzi kuphela; jonga kwiJEDEC Drawing MS-001, Variation BA ukufumana ingcaciso eyongezelelweyo.
- Imilinganiselo A kunye ne-L ilinganiswa ngepakethi ehleli kwi-JEDEC yokuhlala kwinqwelomoya yeGauge GS-3.
- D, D1 kunye ne-E1 imilinganiselo ayibandakanyi i-mold Flash okanye i-protrusions. Umngundo Flash okanye protrusions ayizudlula 0.010 intshi.
- I-E kunye ne-eA zilinganiswe ngemikhombandlela enyanzelweyo ukuba ibe yi-perpendicular to datum.
- Iingcebiso ezikhombayo okanye ezingqukuva zikhethwa ukuze kube lula ukufaka.
- I-b2 kunye ne-b3 imilinganiselo ephezulu ayibandakanyi i-Dambar protrusions. Iiprotrusions zeDambar aziyi kudlula i-0.010 (0.25 mm).
IMILINGANISELO EQHELEKILEYO
(Iyunithi yoMlinganiso = mm)
| UMFANEKISO | MIN | NOM | MAX | PHAWULA |
| A | 1.70 | 2.16 | ||
| A1 | 0.05 | 0.25 | ||
| b | 0.35 | 0.48 | 5 | |
| C | 0.15 | 0.35 | 5 | |
| D | 5.13 | 5.35 | ||
| E1 | 5.18 | 5.40 | 2, 3 | |
| E | 7.70 | 8.26 | ||
| L | 0.51 | 0.85 | ||
| q | 0° | 8° | ||
| e | 1.27 BSC | 4 | ||
Amanqaku
- Lo mzobo ngowolwazi ngokubanzi kuphela; bhekisa kwi-EIAJ uMzobo we-EDR-7320 ngolwazi olongezelelweyo.
- Ukungafani kwee-dies eziphezulu kunye nezisezantsi kunye nee-resin burrs azifakwanga.
- Kucetyiswa ukuba imingxuma ephezulu nasezantsi ilingane. Ukuba zahlukile, idimension enkulu iya kuqwalaselwa.
- Imisela indawo yokwenyani yejometri.
- Amaxabiso b,C asebenza kwitheminali enepleyiti. Ubukhulu obuqhelekileyo bomaleko wokucwenga buya kulinganisa phakathi kwe-0.007 ukuya kwi-.021 mm.
Imbali yoHlaziyo lweDatha
Nceda uqaphele ukuba amanani ephepha adweliswe kweli candelo abhekisa kolu xwebhu. Amanani ohlaziyo abhekiselele kuhlaziyo loxwebhu.
I-Rev. 1006F-06/07
- Ayikhuthazwa kuyilo olutsha”
I-Rev. 1006E-07/06
- Uyilo lwesahluko oluhlaziyiweyo.
- Uhlaziyo lwe-Power-down "kwiindlela zokulala ze-ATtiny11" kwiphepha lama-20.
- Uhlaziyo lwe-Power-down "kwiindlela zokulala ze-ATtiny12" kwiphepha lama-20.
- Itheyibhile ehlaziyiweyo ye-16 kwiphepha lama-36.
- Ihlaziywe "I-Calibration Byte kwi-ATtiny12" kwiphepha lama-49.
- “Inkcazelo Yokuodola” ehlaziyiweyo kwiphepha le-10.
- "IiNkcukacha zokuPakisha" ezihlaziyiweyo kwiphepha le-12.
I-Rev. 1006D-07/03
- Amaxabiso eVBOT ahlaziyiweyo kwiThebhile 9 kwiphepha lama-24.
I-Rev. 1006C-09/01
- N / A
Ikomkhulu lamazwe ngamazwe
- Inkampani yeAtmel 2325 Orchard Parkway San Jose, CA 95131 USA Umnxeba: 1(408) 441-0311 Ifeksi: 1(408) 487-2600
- I-Atmel Asia Room 1219 Chinachem Golden Plaza 77 Mody Road Tsimshatsui East Kowloon Hong Kong Tel: (852) 2721-9778 Fax: (852) 2722-1369
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- Atmel Japan 9F, Tonetsu Shinkawa Bldg. 1-24-8 Shinkawa Chuo-ku, Tokyo 104-0033 Japan Tel: (81) 3-3523-3551 Fax: (81) 3-3523-7581
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ISIQINISEKISO
NGOKUPHATHELELE KWIMVELISO ZAYO EKUBANDAKANYA, KODWA AKUMDAWU, ISIQINISEKISO ESIPHAKANYIWEYO SORhwebo, UKULUNGELA INGXENYE.
INJONGO, OKANYE UKUNGATHWULANI KOMTHETHO. 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, NANGONA I-ATMEL ICEBISIWE NGOKUBA KUNOKUBA 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.
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I-ATMEL ATtiny11 8-bit Microcontroller ene-1K Byte Flash [pdf] Isikhokelo somsebenzisi I-ATtiny11 8-bit Microcontroller ene-1K Byte Flash, i-ATtiny11, i-8-bit Microcontroller ene-1K Byte Flash, iMicrocontroller ene-1K Byte Flash, i-1K Byte Flash |
