manemin AFX00007 Arduino Configurable Analog
Bayanin samfur
Ƙayyadaddun bayanai
- Ƙara VoltagSaukewa: 12-24V
- Kariyar Kariya ta Juya: Ee
- Kariyar ESP: Ee
- Overvoltage Kariya: Har zuwa 40 V
- Modulolin Faɗawa Matsakaicin Tallafi: Har zuwa 5
- Matsayin Kariya: IP20
- Takaddun shaida: FCC, CE, UKCA, CUlus, ENEC
Umarnin Amfani da samfur
Kanfigareshan shigarwa
Tashoshin shigarwar Analog Expansion yana goyan bayan hanyoyi daban-daban ciki har da Voltage Yanayin shigarwa, Yanayin shigarwa na yanzu, da Yanayin shigar da RTD.
Voltage Yanayin shigarwa
Sanya tashoshin shigarwa don firikwensin dijital ko firikwensin analog na 0-10 V.
- Shigarwar Dijital VoltagSaukewa: 0-24V
- Ƙaddamar Ƙaƙƙarfan Ƙa'idar: Ee (don tallafawa matakin tunani na 0-10V)
- Analog Input VoltagSaukewa: 0-10V
- Analog Input LSB Darajar: 152.59 uV
- Daidaito: +/- 1%
- Maimaituwa: +/- 1%
- Impedance na shigarwa: Min 175k (lokacin da aka kunna resistor 200k na ciki)
Yanayin shigarwa na yanzu
Sanya tashoshin shigarwa don kayan aikin madauki na yanzu ta amfani da ma'aunin 0/4-20 mA.
- Analog Input Yanzu: 0-25mA
- Analog Input LSB Darajar: 381.5 nA
- Ƙayyadaddun Ƙirar Da'irar Yanzu: Min 25mA, Max 35mA (mai ƙarfi na waje)
- Ƙayyadaddun Shirye-shiryen Yanzu: 0.5mA zuwa 24.5mA (an kunna madaukai)
- Daidaito: +/- 1%
- Maimaituwa: +/- 1%
Yanayin Shigarwar RTD
Yi amfani da tashoshin shigarwa don auna zafin jiki tare da PT100 RTDs.
- Nisan shigarwa: 0-1 M
- Bias Voltagku: 2.5v
Tambayoyin da ake yawan yi (FAQ)
- Tambaya: Tashoshi nawa ne don shigarwa?
A: Akwai jimillar tashoshi 8 da ake da su don shigarwa, waɗanda za a iya daidaita su bisa ƙayyadaddun yanayin da ake buƙata. - Tambaya: Menene takaddun shaida samfurin yake da shi
A: Samfurin yana da takaddun shaida ta FCC, CE, UKCA, CUlus, da ENEC.
Arduino Opta® Analog Expansion
Littafin Maganar Samfur
Saukewa: AFX00007
Bayani
Arduino Opta® Analog Expansions an ƙirƙira su don ninka ƙarfin Opta® micro PLC ɗinku tare da ƙarin tashoshi 8 waɗanda za'a iya tsara su azaman abubuwan shigarwa ko abubuwan fitarwa don haɗa ƙarfin analog ɗin ku.tage. An tsara shi tare da haɗin gwiwar manyan masana'antun relay Finder®, yana ba ƙwararru damar haɓaka ayyukan masana'antu da gina ayyukan sarrafa kansa yayin ɗaukar advan.tage na Arduino ecosystem.
Wuraren da ake nufi:
IoT na masana'antu, Gine-gine sarrafa kansa, Gudanar da lodin lantarki, sarrafa kansa na masana'antu
Aikace-aikace Examples
Arduino Opta® Analog Expansion an ƙera shi don daidaitaccen sarrafa injin masana'antu tare da Opta® micro PLC. An haɗa shi cikin sauri cikin kayan aikin Arduino da yanayin yanayin software.
- Layin Samar da Kai ta atomatik: Arduino Opta® na iya sarrafa jigilar kayayyaki gabaɗaya a masana'anta. Domin misaliample, ta hanyar haɗa nauyin kaya ko tsarin hangen nesa, zai iya tabbatar da cewa kowane lokaci na tsarin tattarawa ya yi daidai, watsar da sassan da ba daidai ba ta atomatik, tabbatar da adadin kayan da ya dace ya kasance a cikin kowane akwati kuma yayi hulɗa tare da masu buga layin samarwa, kuma yana ƙarawa. lokutaamp bayanan aiki tare ta hanyar Sadarwar Time Protocol (NTP).
- Sa ido na ainihi a cikin Masana'antu: Ana iya ganin bayanan samarwa a cikin gida ta hanyar HMI ko ma ta haɗawa zuwa Arduino Opta® ta Bluetooth® Low Energy. Sauƙin Arduino Cloud yana ba da damar nuna dashboards na al'ada daga nesa; wannan samfurin kuma ya dace da sauran manyan masu samar da Cloud.
- Gano Anomaly Mai sarrafa kansa: Ƙarfin lissafin sa yana ba Arduino Opta® damar tura algorithms Learning Machine wanda ke da ikon koyo lokacin da tsari ke motsawa daga halin da ya saba da shi akan layin samarwa da kunnawa / kashe hanyoyin don hana lalacewar kayan aiki.
Siffofin
Gabaɗaya Bayanin Ƙareview
| Halaye | Cikakkun bayanai |
| Ƙara Voltage | 12… 24 V |
| Juya polarity kariya | Ee |
| Kariyar ESP | Ee |
| Mai wucewa overvoltage kariya | Ee (har zuwa 40V) |
| Modulolin Faɗawa Matsakaicin Tallafi | Har zuwa 5 |
| Tashoshi | 8x: I1, I2, I3, I4, O1, I5, I6, O2 |
|
Ayyukan tashoshi |
I1 da I2: Abubuwan shigar da shirye-shirye (Voltage, na yanzu, wayoyi na RTD2, wayoyi na RTD3), Abubuwan da ake iya aiwatarwa (Voltage da na yanzu) - I3, I4, O1, I5, I6, O2: Abubuwan da za a iya aiwatarwa (Vol).tage, Current, RTD2 wayoyi), Abubuwan da aka tsara (Voltage da kuma halin yanzu) |
| Digiri na Kariya | IP20 |
| Takaddun shaida | FCC, CE, UKCA, CUlus, ENEC |
Lura: Bincika abubuwan shigarwa da fitar da cikakkun sassan da ke ƙasa don ƙarin bayani game da amfani da tashoshi na Faɗawa Analog.
Abubuwan shigarwa
| Halaye | Cikakkun bayanai |
| Yawan tashoshi | 8x |
| Tashoshi masu shirye-shirye azaman abubuwan shigarwa | I1, I2, I3, I4, O1, I5, I6, O2 |
| Nau'in shigarwar da aka karɓa | Digital Voltage da Analog (Voltage, Current da RTD) |
| Abubuwan shigarwa sun yi yawatage kariya | Ee |
| Kariyar antipolarity | A'a |
| Ƙaddamar shigar da Analog | 16 bit |
| Kin amincewa da surutu | Kin amincewa da amo na zaɓi tsakanin 50 Hz da 60 Hz |
Voltage Yanayin shigarwa
Ana iya saita tashoshin shigarwar Analog Expansion don firikwensin dijital ko na'urori masu auna firikwensin analog na 0-10V.
| Halaye | Cikakkun bayanai |
| Shigarwar dijital voltage | 0… 24 V |
| Ƙofar mai iya daidaitawa | Ee (don tallafawa matakin dabaru na 0…10V) |
| Analog shigarwar voltage | 0… 10 V |
| Analog shigar da ƙimar LSB | 152.59 UV |
| Daidaito | +/- 1% |
| Maimaituwa | +/- 1% |
| Input impedance | Min: 175 kΩ (lokacin da aka kunna resistor 200 kΩ na ciki) |
Yanayin shigarwa na yanzu
Ana iya saita tashoshin shigarwar Analog Expansion don kayan aikin madauki na yanzu ta amfani da ma'aunin 0/4-20 mA.
| Halaye | Cikakkun bayanai |
| Analog shigar da halin yanzu | 0mA |
| Analog shigar da ƙimar LSB | 381.5n ku |
| Gajeren iyaka na yanzu | Minti: 25mA, Max 35mA (mai ƙarfi na waje). |
| Iyakar shirye-shirye na yanzu | 0.5mA zuwa 24.5mA (madauki) |
| Daidaito | +/- 1% |
| Maimaituwa | +/- 1% |
Yanayin Shigarwar RTD
Ana iya amfani da tashoshi na shigar da faɗaɗa Analog don auna zafin jiki tare da PT100 RTDs.
| Halaye | Cikakkun bayanai |
| Kewayon shigarwa | 0…1 MΩ |
| Bias voltage | 2.5 V |
Ana iya haɗa wayoyi 2 RTD zuwa kowane tashoshi takwas.
3 Wayoyin RTD Connection
RTD mai wayoyi 3 gabaɗaya yana da wayoyi biyu masu launi iri ɗaya.
- Haɗa wayoyi biyu masu launi iri ɗaya zuwa - da ICx screw terminals bi da bi.
- Haɗa waya tare da launi daban-daban zuwa tashar dunƙulewa +.
3 wayoyi RTD ne kawai za a iya auna ta tashoshi I1 da I2.
Abubuwan da aka fitar
| Halaye | Cikakkun bayanai |
| Yawan tashoshi | 8x, (2x amfani da lokaci guda shawarar) |
| Tashoshi masu shirye-shirye azaman abubuwan fitarwa | I1, I2, I3, I4, O1, I5, I6, O2 |
| Nau'in abubuwan da aka goyan baya | Analog voltage da halin yanzu |
| DAC ƙuduri | 13 bit |
| Cajin famfo don sifilin voltage fitarwa | Ee |
Ana iya amfani da duk tashoshi takwas na analog azaman fitarwa amma saboda iyakancewar wutar lantarki, ana ba da shawarar a sami tashoshi 2 da aka saita a fitarwa a lokaci guda.
A 25 ° C na yanayin zafi, duk tashoshi 8 da aka saita azaman kayan aiki an gwada su a lokaci guda yayin fitar da fiye da 24 mA a 10 V kowanne (> 0.24W ta tashar).
Voltage Yanayin fitarwa
Wannan yanayin fitarwa yana ba ku damar sarrafa voltage-kore actuators.
| Halaye | Cikakkun bayanai |
| Analog fitarwa voltage | 0… 11 V |
| Kewayon lodi mai juriya | 500 Ω… 100 kΩ |
| Matsakaicin kaya mai ƙarfi | 2 μF |
| Gajeren kewayawa na kowane tashoshi (samuwa) | Min: 25 mA, Nau'i: 29 mA, Max: 32 mA (ƙananan iyaka = 0 (tsohuwar)), Min: 5.5 mA, Nau'in: 7 mA, Max: 9 mA (ƙananan iyaka bit = 1) |
| Short-circuit halin yanzu kowane tasha ( nutsewa ) | Minti: 3.0mA, Nau'in: 3.8mA, Max: 4.5 mA |
| Daidaito | +/- 1% |
| Maimaituwa | +/- 1% |
Yanayin Fitowar Yanzu
Wannan yanayin fitarwa yana ba ku damar sarrafa injin kunnawa na yanzu.
| Halaye | Cikakkun bayanai |
| Analog fitarwa na yanzu | 0mA |
| Matsakaicin fitarwa voltage lokacin samun 25mA | 11.9V ± 20% |
| Buɗe kewaye mai juzu'itage | 16.9V ± 20% |
| Fitarwa impedance | Minti: 1.5 MΩ, Nau'in: 4 MΩ |
| Daidaito | 1% a cikin kewayon 0-10mA, 2% a cikin kewayon 10-24mA |
| Maimaituwa | 1% a cikin kewayon 0-10mA, 2% a cikin kewayon 10-24mA |
PWM Fitar Tashoshi
Faɗin Analog yana da tashoshin fitarwa na PWM guda huɗu (P1… P4). Suna iya daidaita software kuma don su yi aiki dole ne ka samar da fil ɗin VPWM tare da voll ɗin da ake sotage.
| VPWM Voltage | Cikakkun bayanai |
| Tushen voltage goyon baya | 8… 24 VDC |
| Lokaci | Mai shirye-shirye |
| Zagayen aiki | Mai shirye-shirye (0-100%) |
Yanayin LED
Faɗin Analog yana fasalta LEDs masu shirye-shiryen mai amfani guda takwas da suka dace don rahoton matsayi a cikin gaban panel.
| Bayani | Daraja |
| Yawan LEDs | 8x |
Mahimman ƙima
Sharuɗɗan Aiki da aka Shawarar
| Bayani | Daraja |
| Yankin Gudanar da Yanayi | -20… 50 ° C |
| Ƙimar darajar kariya | IP20 |
| Matsayin gurɓatawa | 2 daidai da IEC 61010 |
Ƙimar Ƙarfi (Zazzabi na yanayi)
| Dukiya | Min | Buga | Max | Naúrar |
| Ƙarar voltage | 12 | – | 24 | V |
| Kewayon halatta | 9.6 | – | 28.8 | V |
| Amfanin wutar lantarki (12V) | 1.5 | – | – | W |
| Amfanin wutar lantarki (24V) | 1.8 | – | – | W |
Ƙarin Bayanan kula
Duk tashoshi na dunƙule masu alamar "-" (alamar ragi) an gajarta tare. Babu warewa galvanic tsakanin hukumar da wutar lantarki ta DC.
Aiki Ya Ƙareview
Samfura View
| Abu | Siffar |
| 3a | Tashoshin Samar da Wuta 12…24 VDC |
| 3b | P1…P4 PWM Fitarwa |
| 3c | Matsayin Wutar Lantarki |
| 3d | Analog Input/Fit Terminals I1…I2 (Voltage, Yanzu, RTD 2 wayoyi da wayoyi na RTD 3) |
| 3e | Matsayin LEDs 1…8 |
| 3f | Tashar tashar jiragen ruwa don sadarwa da haɗin kayan haɗin gwiwa |
| 3g | Analog Input/Fit Terminals I3…I6 (Voltage, Yanzu, RTD 2 wayoyi) |
| 3h | Analog Input/Fit Terminals O1…O2 (Voltage, Yanzu, RTD 2 wayoyi) |
Tsarin zane
Zane mai zuwa yana bayanin alakar da ke tsakanin manyan abubuwan Faɗawar Analog na Opta®:
Tashoshin shigarwa/fitarwa
Arduino Opta® Analog Expansion yana fasalta tashoshi 8 waɗanda za'a iya saita su azaman abubuwan shigarwa ko fitarwa. Lokacin da aka saita tashoshi azaman abubuwan shigarwa ana iya amfani da su azaman dijital tare da kewayon 0-24/0-10 V, ko kuma ana iya auna vol.tage daga 0 zuwa 10 V, auna halin yanzu daga 0 zuwa 25 mA ko zafin jiki yana ba da damar yanayin RTD.
Ana iya amfani da tashoshi I1 da I2 don haɗa 3-Wires RTDs. Ana iya amfani da kowace tasha kuma azaman fitarwa, ku sani cewa yin amfani da tashoshi sama da biyu azaman fitarwa lokaci guda na iya yin zafi da na'urar. Wannan zai dogara da yanayin zafin jiki da nauyin tashar.
Mun gwada saita duk tashoshi takwas azaman abubuwan fitarwa a 25 °C suna fitar da fiye da 24 mA a 10 V kowanne a cikin ƙayyadaddun lokaci.
Gargadi: Idan mai amfani yana buƙatar saiti tare da karkata daga wanda aka ba da shawara, zai buƙaci tabbatar da aikin tsarin da kwanciyar hankali kafin turawa cikin yanayin samarwa.
Abubuwan PWM software ne masu iya daidaitawa kuma don su yi aiki dole ne ku samar da fil ɗin VPWM tare da vol da ake so.tage tsakanin 8 da 24 VDC, za ku iya saita lokaci da sake zagayowar aiki ta software.4.4 Faɗawa Port
Za a iya amfani da tashar faɗaɗawa don daisy-sarkar da yawa Opta® Expansions da ƙarin kayayyaki. Don samun damar yin amfani da shi, yana buƙatar kuɓutar da shi daga murfin filastik mai karyewa, kuma ana buƙatar ƙara haɗin haɗin tsakanin kowace na'ura.
Yana goyon bayan har zuwa 5 fadada kayayyaki. Don guje wa yuwuwar al'amurran sadarwa, tabbatar da jimlar adadin da aka haɗa bai wuce 5 ba.
Idan wata matsala ta faru tare da gano na'urar ko musayar bayanai, bincika haɗin kai sau biyu kuma tabbatar da shigar da haɗin Aux da shirye-shiryen bidiyo a cikin amintaccen tashar jiragen ruwa. Idan matsalolin sun ci gaba, bincika kowane sako-sako da igiyoyin da ba su dace ba.
Aikin Na'ura
Farawa - IDE
Idan kana so ka tsara Arduino Opta® Analog Expansion yayin da kake waje kana buƙatar shigar da Arduino® IDE Desktop [1] da Arduino_Opta_Blueprint ta amfani da Manajan Laburare. Don haɗa Arduino Opta® zuwa kwamfutarka, kuna buƙatar kebul na USB-C®.
Farawa - Arduino Cloud Editan
Duk na'urorin Arduino® suna aiki a waje a kan Arduino® Cloud Editan [2] ta hanyar shigar da plugin kawai.
Arduino® Cloud Editan an shirya shi akan layi, saboda haka koyaushe zai kasance na zamani tare da sabbin abubuwa da goyan baya ga duk alluna da na'urori. Bi [3] don fara codeing akan mashigin yanar gizo da loda zanen ku akan na'urarku.
Farawa - Arduino PLC IDE
Arduino Opta® Analog Expansion kuma ana iya tsara shi ta amfani da daidaitattun yarukan shirye-shiryen IEC 61131-3 na masana'antu. Zazzage software na Arduino® PLC IDE [4], haɗa Opta® Expansion ta hanyar Aux Connector kuma haɗa Arduino Opta® zuwa kwamfutarka ta amfani da kebul na USB-C® mai sauƙi don fara ƙirƙirar hanyoyin masana'antar PLC na ku. PLC IDE zai gane fadadawa kuma zai fallasa sabon samuwa I/Os a cikin bishiyar albarkatun.
Farawa - Arduino Cloud
Duk samfuran da aka kunna Arduino® IoT ana tallafawa akan Arduino Cloud wanda ke ba ku damar shiga, tsarawa da tantance bayanan firikwensin, jawo abubuwan da suka faru, da sarrafa gidanku ko kasuwancinku.
Sampda Sketches
SampAna iya samun sketches na Arduino Opta® Analog Expansions a cikin ɗakin karatu na Arduino_Opta_Blueprint “Ex.amples" a cikin Arduino® IDE ko sashen "Arduino Opta® Takardun" na Arduino® [5].
Albarkatun Kan layi
Yanzu da kuka shiga cikin mahimman abubuwan da zaku iya yi da na'urar, zaku iya bincika yuwuwar da ba ta da iyaka da take bayarwa ta hanyar bincika ayyukan ban sha'awa akan ProjectHub [6], Maganar Laburaren Arduino® [7] da kantin sayar da kan layi [8] inda zaku iya haɓaka samfuran ku na Arduino Opta® tare da ƙarin kari, na'urori masu auna firikwensin da masu kunnawa.
Bayanin Injiniya
Girman samfur
Lura: Ana iya amfani da tashoshi tare da waya mai ƙarfi da maƙarƙashiya (min: 0.5 mm2/20 AWG).
Takaddun shaida
Takaitaccen Takaddun shaida
| Takaddun shaida | Arduino Opta® Analog Expansion (AFX00007 |
| CE (EU) | EN IEC 61326-1: 2021, EN IEC 61010 (LVD) |
| CB (EU) | Ee |
| WEEE (EU) | Ee |
| ISA (EU) | Ee |
| UKCA (Birtaniya) | EN IEC 61326-1: 2021 |
| FCC (Amurka) | Ee |
| ku | Saukewa: UL61010-2-201 |
Sanarwa na Daidaitawa CE DoC (EU)
Muna ayyana ƙarƙashin alhakin mu kaɗai cewa samfuran da ke sama sun dace da mahimman buƙatun ƙa'idodin EU masu zuwa don haka sun cancanci tafiya cikin 'yanci a cikin kasuwannin da suka ƙunshi Tarayyar Turai (EU) da Yankin Tattalin Arziki na Turai (EEA).
Sanarwa na Daidaitawa ga EU RoHS & ISAUTAR 211 01/19/2021
Allolin Arduino suna bin umarnin RoHS 2 2011/65/EU na Majalisar Tarayyar Turai da RoHS 3 Directive 2015/863/EU na Majalisar 4 ga Yuni 2015 kan ƙuntata amfani da wasu abubuwa masu haɗari a cikin kayan lantarki da lantarki.
| Abu | Matsakaicin iyaka (ppm) |
| Kai (Pb) | 1000 |
| Cadmium (Cd) | 100 |
| Mercury (Hg) | 1000 |
| Hexavalent Chromium (Cr6+) | 1000 |
| Poly Brominated Biphenyls (PBB) | 1000 |
| Poly Brominated Diphenyl ethers (PBDE) | 1000 |
| Bis (2-Ethylhexyl) phthalate (DEHP) | 1000 |
| Benzyl butyl phthalate (BBP) | 1000 |
| Dibutyl phthalate (DBP) | 1000 |
| Diisobutyl phthalate (DIBP) | 1000 |
Keɓancewa: Ba a da'awar keɓancewa.
Al'amuran Arduino sun cika cikakkun buƙatun na Dokokin Tarayyar Turai (EC) 1907/2006 dangane da Rijista, Ƙimar, Izini da Ƙuntata Sinadarai (SAUKI). Ba mu bayyana ko ɗaya daga cikin SVHCs ba (https://echa.europa.eu/)web/bako/Jerin-jerin-takara), Jerin Abubuwan Abubuwan da ke Damu da Babban Damuwa don izini a halin yanzu da ECHA ta fitar, yana nan a cikin duk samfuran (da kuma kunshin) a cikin adadi mai yawa a cikin maida hankali daidai ko sama da 0.1%. A iyakar saninmu, muna kuma shelanta cewa samfuranmu ba su ƙunshi ko ɗaya daga cikin abubuwan da aka jera akan "Jerin Izini" (Annex XIV na ƙa'idodin REACH) da Abubuwan Damuwa Mai Girma (SVHC) a cikin kowane adadi mai mahimmanci kamar ƙayyadaddun. ta Annex XVII na jerin 'yan takara da ECHA (Hukumar Sinadarai ta Turai) ta buga 1907/2006/EC.
Sanarwar Ma'adinan Rikici
A matsayinsa na mai samar da kayan lantarki da na lantarki na duniya, Arduino yana sane da wajibcinmu game da dokoki da ƙa'idodi game da Ma'adanai masu rikice-rikice, musamman Dodd-Frank Wall Street Reform and Consumer Protection Act, Sashe na 1502. Arduino ba ya samo asali ko aiwatar da rikici kai tsaye. ma'adanai irin su Tin, Tantalum, Tungsten, ko Zinariya. Ma'adanai masu rikice-rikice suna ƙunshe a cikin samfuranmu a cikin nau'in siyar, ko a matsayin wani sashi a cikin gami da ƙarfe. A matsayin wani ɓangare na ƙwazonmu mai ma'ana Arduino ya tuntuɓi masu samar da kayan aiki a cikin sarkar kayan mu don tabbatar da ci gaba da bin ƙa'idodin. Dangane da bayanan da aka samu zuwa yanzu muna bayyana cewa samfuranmu sun ƙunshi Ma'adanai masu Rikici waɗanda aka samo daga wuraren da ba su da rikici.
FCC Tsanaki
Duk wani canje-canje ko gyare-gyaren da ƙungiyar da ke da alhakin bin doka ba ta amince da su ba na iya ɓata ikon mai amfani na sarrafa kayan aiki.
Wannan na'urar ta bi sashe na 15 na Dokokin FCC. Aikin yana ƙarƙashin sharuɗɗa biyu masu zuwa:
- Wannan na'urar bazai haifar da tsangwama mai cutarwa ba
- dole ne wannan na'urar ta karɓi duk wani tsangwama da aka samu, gami da tsangwama wanda zai iya haifar da aiki maras so.
Lura: An gwada wannan kayan aikin kuma an samo shi don biyan iyaka don na'urar dijital ta Class A, bisa ga sashi na 15 na Dokokin FCC. An tsara waɗannan iyakokin don ba da kariya mai ma'ana daga tsangwama mai cutarwa lokacin da ake sarrafa kayan aiki a cikin yanayin kasuwanci. Wannan kayan aiki yana haifarwa, yana amfani da shi, kuma yana iya haskaka ƙarfin mitar rediyo kuma, idan ba'a shigar da shi ba kuma aka yi amfani dashi daidai da littafin koyarwa, na iya haifar da kutse mai cutarwa ga sadarwar rediyo. Yin aiki da wannan kayan aiki a cikin wurin zama yana iya haifar da tsangwama mai cutarwa wanda idan mai amfani zai buƙaci ya gyara tsangwamar da kuɗin kansa.
Bayanin Kamfanin
| Sunan kamfani | Arduino Srl |
| Adireshin Kamfanin | Ta hanyar Andrea Appiani, 25 - 20900 MONZA (Italiya) |
Takardun Magana
| Ref | mahada |
| Arduino IDE (Desktop) | https://www.arduino.cc/en/Main/Software |
| Arduino IDE (Cloud) | https://create.arduino.cc/editor |
| Arduino Cloud - Farawa | https://docs.arduino.cc/arduino-cloud/getting-started/iot-cloud-getting-started |
| Arduino PLC IDE | https://www.arduino.cc/en/Main/Software |
| Takardun Arduino Opta® | https://docs.arduino.cc/hardware/opta |
| Cibiyar Aikin | https://create.arduino.cc/projecthub?by=part&part_id=11332&sort=trending |
| Maganar Laburare | https://www.arduino.cc/reference/en/ |
| Shagon Kan layi | https://store.arduino.cc/ |
Tarihin Bita
| Kwanan wata | Bita | Canje-canje |
| 24/09/2024 | 4 | Sabunta tashar jiragen ruwa |
| 03/09/2024 | 3 | Editan Cloud ya sabunta daga Web Edita |
| 05/07/2024 | 2 | An sabunta zanen Block |
| 25/07/2024 | 1 | Sakin Farko |
Takardu / Albarkatu
 |
manemin AFX00007 Arduino Configurable Analog [pdf] Littafin Mai shi AFX00007 Arduino Configurable Analog, AFX00007, Arduino Configurable Analog, Canjin Analog, Analog |
