Electronics Components Distributor

Umhlahlandlela wakho ku-AT90CAN128 microcontroller, Pinkout, ukuqhathanisa, kanye ne-datasheet
2024-11-22 709

I-AT90CAN128 iyi-microcontroller engu-8-bit esebenzisa izakhiwo ze-AVR Risc, eyenzelwe ijubane lokucubungula eliphakeme kanye nokusetshenziswa kwamandla okuphansi.Ixhasa imiyalo efinyelela ezigidini eziyi-1 ngomzuzwana ngamunye nge-megahertz, okwenza ilungele izinhlelo ezibucayi.Ukuhambisana kwalo okubanzi nge-Hardware ehlukahlukene ne-software kuthuthukisa ukuvumelana nezimo, okuvumela ukuguquguquka kwephrojekthi.I-microcontroller ihlangana kalula nohlu lwezakhi, ukusiza ku-Compcial Circuit Design kanye nokusheshisa izinqubo zokuthuthuka.

Namabhuku

1. I-AT90CAN128

2. AT90CAN128 CAD Design

3. Ukuqonda ku -90CAN128

4. AT90CAN128 Izici

5. Ukucaciswa kobuchwepheshe

I-6. AT90CAN128 Ukubuka Okuhlelekile

7. Izinketho Zokubuyiselwa Kwe-AT90CAN128

8. Izingxenye eziqhathaniswa ze-AT90CAN128

9. AT90CAN128 Ukupakishwa

10. At90CAN128 umenzi

Ukuhlelwa kwe-PIN ye-AT90CAN128

Pin Layout

I-AT90CAN128 CAD Design

Ngezansi kukhona uphawu lwe-AT90CAN128, imodeli yonyawo nemodeli ye-3D.

AT90CAN128 CAD Model

Ukuqonda ku-AT90CAN128

Le khasi AT90CAN128 yi-8-bit micrococtoller enamandla ngokususelwa kwi-AVR Ris Procture.Icubungula imiyalo ngokushesha, ifinyelela isivinini esiseduze nama-moips ayi-1 nge-MHZ, esiza ukulinganisa ukusebenza okusheshayo ngokusetshenziswa kwamandla aphansi.Lokhu kwenza kube kuhle ngamaphrojekthi adinga ukusebenza kahle kwejubane kanye namandla.

I-microcontroller isebenza kahle nge-hardware ehlukile nesoftware, okwenza ukuthi iguquguquke ngakho konke kusuka kumaphrojekthi amancane okuzilibazisa kuya ezinhlelweni eziyinkimbinkimbi zezimboni.Ilingana kalula emiklamo ekhona, ikusiza ukusheshisa umsebenzi wakho futhi uvumelanise ngokushesha ngokuhlolwa okuzayo nezibuyekezo.

Ezindaweni zezimboni, i-AT90CAN128 ilungele ukuphatha nokubheka imishini ngokunemba nokwethenjwa.Kuyasiza ezinhlelweni zezimoto, lapho iqinisekisa ukuxhumana kahle kwamanethiwekhi ezimoto.Ngokwengeziwe, amakhono ayo wenethiwekhi ayadingeka ekushintshaniseni kwedatha okusheshayo nokunokwethenjelwa ezimweni ezifunwayo.

Izici zika-At90Can128

Umnyombo nokusebenza

• Ukusebenza okuphezulu, okuphezulu kwe-AVRV® 8-Bit Microcontroller.

• Ukwakhiwa kwe-Risce okuthuthukile ngemiyalo ye-133 eyodwa-Clizcle.

• Amarejista anezinhloso ezi-32 x 8, ukusebenza okuphelele okuphelele.

• Kufika ku-16 moips ukugcwala ku-16 MHz.

Ukukhumbula

• Amabhayithi ayi-128k e-Flash Memory ye-Flash;kuze kube yimijikelezo eyi-10,000.

• I-4K Bytes EEPROM nama-4K Bytes Sram.

• Isigaba sekhodi ye-Boot Optional ngosayizi oguqukayo kanye nokuvalwa kokukhiya okuzimele.

• Usekela imisebenzi yangempela yokufunda ngenkathi ubhala.

Ukuxhumana nobulungisa

• I-Jtag interface ehambisana ne-IEEE STD.1149.1 Ngohlelo kanye nokulungisa iphutha.

• Ungalawula i-2.0A / B, i-ISO 16845 eqinisekisiwe, isekela kuze kufike ku-1MBITS / s Rate Rate.

Izici ze-Prepheral

• Isikhathi esiningi nezindawo zokubala ezinomphumela we-PWM.

• Isiteshi esingu-8, i-10-bit adc enokulungiswa kweziteshi eziguqukayo.

• I-serial dual ehlelekile ye-serialstart, isikhombimsebenzisi se-SPI.

Izici ezingeziwe

• Ukuhleleka kwe-Watchdog Isikhathi kanye nezindlela eziningi zokulala.

• Imvamisa ye-Clock Effect ekhethwe yesoftware kanye nezici zokusetha kabusha.

• Izintambo ze-I / O / o ezitholakala nge-53, ezitholakala kumaphakeji we-TQFP aholayo angama-64 nama-QFN.

Osebenzayo

• Ububanzi be-Voltage: 2.7 - 5.5V.

• Ukushisa okusebenzayo: 40 ° C kuya ku-85 ° C.

• Imvamisa kaMax: 8 MHZ ku-2.7V, 16 MHZ ku-4.5v.

Ukucaciswa kobuchwepheshe

Imininingwane enemininingwane yobuchwepheshe be-microchip AT90CAN128-16MU.

Ukuthayipha	Ipharameter
Indawo yokukhiqiza Isikhathi esiholayo	14 Amasonto
Engele Ukuthayipha	Ngaphezulu Insika
Isishuqulu / Case	I-64-VFQFN Pad eveziwe
Ngaphezulu Insika	Yebo
Inombolo wezikhonkwane	64
Umbhalo Abaguquli	A / D I-8X10B
Inombolo ye-I / OS	53
ORom (igama)	131072
Sebenza Izinga lokushisa nokubanda	-40 ° C ~ 85 ° C ta ta
Ukuwowapha	Ugqoko
-Uhume	I-AVR ® 90Chan
Enyatheliswa	2005
Jeses-609 Ukufingqwa	E3
I-PBFREE Ukufingqwa	Yebo
Ingxenye Isikhundla	-Khuthele
Ubumanzi Isilinganiso sokuzwela	+ (Amahora angama-168)
Inombolo of terminations	64
Isikhumulo Pheza	Uhlobo lwenkamba Igogogo
-Ngaphezulu Ubuso	Na- isebenza ngokuhlinzekwa okuncane kwe-2.7V e-8 mhz
Isikhumulo Ukuma	Icashi
Isikhumulo Isithunzi	-Nokuba Hola
Isiqongo sentaba Khombisa izinga lokushisa	240 ° C
Phakela Amandla kagesi	Hulelo
Isikhumulo Iphimbo	I-0.5mm
Isikhathi @ Peak aclew temp	-I Kuchaziwe
Isizinda Ingxenye Yengxenye	AT90CAN128
Iziqu Isikhundla	-I -Nokwazi
Phakela I-Voltage - UMax (VSUP)	I-5.5V
Ubuqhwaga Izimpahla	3 / 5V
Phakela I-Voltage - Min (VSUP)	I-4.5V
Oscillator Ukuthayipha	-Ngaphakathi
Isivinini	I-16mhz
Inqama Ubungako	4k x 8
Amandla kagesi - Supply (VCC / VDD)	I-2.7V ~ 5.5v
I-UPS / UCS / PERIPReral Uhlobo lwe-ICS	I-Microcontroller, Umthombo
Umongo Iprosesa	Izelwane zendilinga
Izithonto	Kubuyiselwe emuva Thola / Ukusetha kabusha, POR, PWM, WDT
Iwashi elikhulu Ubuningi bokwenzeka	I-16mhz
Okuzokwenzeka Uhlobo lwememori	Unyampu
Umongo Ubungako	8-bit
Okuzokwenzeka Usayizi wememori	I-128kb (128k x 8)
Ukunguma	Ikani, I-EBI / EMI, I-I2C, SPI, UART / USART
Phakela Okwamanje - Max	I-37A
Ihhashi Ubungako	8
-Nana I-ADC	Yebo
Uhlobo Iziteshi ezikhona	-Nokuba
Pwm Iziteshi ezikhona	Yebo
I-dac Iziteshi ezikhona	-Nokuba
Beka Ububanzi Bebhasi	Ubhomboloko o-inhliziyo
EEPROM Ubungako	4k x 8
Ngaphandle Ububanzi bebhasi yedatha	8
Ubude	I-9mm
Ubude Isihlalo (max)	1mm
Ububanzi	I-9mm
Rohs Isikhundla	Rohs3 -Vumelayo
Hola Khululekile	Hola Khululekile

I-AT90CAN128 I-Overviewview

4 AT90CAN128 Structural Diagram

Izinketho Zokubuyiselwa Kwe-AT90CAN128

Isifanekiso inombolo	Umenzi	Ukufanisa
AT90CAN64-16MU	Invamu Inkapani	Umthombo I-Microcontroller, 8-bit, Flash, AVR RISC CPU, 16MHz, CMOS, Green, Mo-220VMMD3, QFN-64
AT90CAN32-16I	Invamu Inkapani	Umthombo I-Microcontroller, 8-bit, Flash, AVR RISC CPU, 16MHz, CMOS, PQFP64, 1 MM Ukuphakama, ipulasitiki, TQFP-64
AT90CAN32-15MT1	I-Microchip Ubuchwepheshe inc	Ig I-MCU 8bit 32KB Flash 64qfn
AT90CAN64-16I	Invamu Inkapani	Umthombo I-Microcontroller, 8-bit, Flash, AVR RISC CPU, 16MHz, CMOS, PQFP64, 1 MM Ukuphakama, ipulasitiki, TQFP-64
AT90CAN32-15AT1	I-Microchip Ubuchwepheshe inc	Ig I-MCU 8bit 32KB Flash 64TQFP
AT90CAN32-15AT	Invamu Inkapani	Umthombo I-Microcontroller, 8-bit, Flash, AVR RISC CPU, 16MHz, CMOS, PQFP64, 14 x 14 mm, 1 mm ukuphakama, 0.80 mm pitch, oluhlaza okotshani, ipulasitiki, i-TQFP-64
AT90CAN128-15MZ	I-Microchip Ubuchwepheshe inc	Ig I-MCU 8bit 128KB Flash 64qfn
AT90CAN64-15MT1	I-Microchip Ubuchwepheshe inc	Ig I-MCU 8bit 64kb Flash 64qfn
AT90CAN32-16AU	Invamu Inkapani	Umthombo I-Microcontroller, 8-bit, Flash, AVR RISC CPU, 16MHz, CMOS, PQFP64, Green, 1 mm Ukuphakama, ipulasitiki, TQFP-64

Izingxenye eziqhathaniswakazi ze-AT90CAN128

Ngezansi kwezakhi ezabelana ngokucaciswa okuqhathaniswa nobuchwepheshe be-microchip ku-AT90CAN128-16MU.

Ingxenye Inombolo	AT90CAN128-16MU	Atmega128A-Mu	Atmega1281-16mur	Atmega1281-16MMU
Umenzi	I-Microchip Ubuchwepheshe	I-Microchip Ubuchwepheshe	I-Microchip Ubuchwepheshe	I-Microchip Ubuchwepheshe
Isishuqulu / Case	I-64-VFQFN Pad eveziwe	I-64-VFQFN Pad eveziwe	I-64-VFQFN Pad eveziwe	I-64-VFQFN Pad eveziwe
Inombolo wezikhonkwane	64	64	64	64
Inombolo ye-I / O	53	54	54	53
Phakela Amandla kagesi	5 v	5 v	5 v	5 v
Izithonto	Kubuyiselwe emuva Thola / Ukusetha kabusha, POR, PWM, WDT	Kubuyiselwe emuva Thola / Ukusetha kabusha, POR, PWM, WDT	Kubuyiselwe emuva Thola / Ukusetha kabusha, POR, PWM, WDT	Kubuyiselwe emuva Thola / Ukusetha kabusha, POR, PWM, WDT
Isikhumulo Iphimbo	0.5 m	0.5 m	0.5 m	0.5 m
EEPROM Ubungako	4k x 8	4k x 8	4k x 8	4k x 8
Uhlobo Iziteshi ezikhona	-Nokuba	-Nokuba	-Nokuba	-Nokuba

AT90CAN128 Ukupakishwa

AT90CAN128 Packaging

Umenzi we-AT90CAN128

I-Microchip Technology Inc., esekelwe eChandler, e-Arizona, esebenza ngokukhethekile kuma-micrococtolltoller kanye nama-analog semiconductors.Bagxila ekunciphiseni isikhathi sokuthuthukisa umkhiqizo kanye nezindleko ngokuhlanganisa izici ezithuthukile ezenza amasistimu endabuko enza lula.Isu labo lomhlaba jikelele lihlanganisa ukwakha ubudlelwano obuhle bokuhlala phambili kwezobuchwepheshe, okwenza ngcono ukuxhaswa kwamakhasimende ezifundeni ezahlukahlukene, futhi bazinze ekuqinisekiseni ngokunciphisa umthelela wezemvelo.Le ndlela ayiqinisekisi kuphela isikhundla sabo semakethe kodwa futhi iqinisekisa ukuthi bahlangabezana nezidingo ezinamandla zamakhasimende abo ngenkathi bebhekene nemvelo.

Datasheet pdf

MAYELANA NATHI Ukwaneliseka kwamakhasimende ngaso sonke isikhathi.Ukwethembana kanye nezintshisakalo ezivamile. I-ARIAT Tech isungule ubudlelwano besikhathi eside nobuzinzile nabakhiqizi abaningi nabenzeli. "Ukuphatha amakhasimende ngezinto zokwakha zangempela nokuthatha insizakalo njengezinkinga", yonke ikhwalithi izohlolwa ngaphandle kwezinkinga futhi idluliselwe uchwepheshe
Ukuhlolwa komsebenzi.Imikhiqizo ephakeme kakhulu esebenza kabi futhi insizakalo engcono kakhulu ukuzibophezela kwethu kwaphakade.

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imibuzo ejwayelekile ukubuzwa [FAQ]

1 I-AT90CAN128 inezikhonkwane ezingaki?

Inezikhonkwane ezingama-64.

2. Yini uhla lokushisa olusebenzayo lwe-AT90CAN128?

Uhla lokushisa lungu-40 ° C kuye ku-85 ° C.

3. Isiphi isici esiyinhloko se-AT90CAN128?

I-AT90CAN128 iyi-CMOS 8-Bit MicrocoController ephansi esebenzisa ukwakhiwa kwe-RCC ye-AVR ethuthukisiwe.

4. Yimaphi amathuluzi wokuthuthukisa atholakala ku-AT90CAN128 AVR?

I-AT90CAN128 AVR isekela isethi ephelele yamathuluzi okuthuthukisa, kufaka phakathi abahlanganisi be-C, abahlaseli be-Macro, amaseluleko sohlelo / ama-simulators, ama-in-amakhithi wesekethe.