ARDUINO ABX00069 Nano BLE Sense Rev2 ARM Cortex-M4 Manual User Board
Bayani
The Arduino Nano 33 BID CIGABA 2* ƙaramin ƙanƙara ne mai girman ƙirar NINA B306, dangane da
Nordic nRF52480 kuma ya ƙunshi Cortex M4F. BMI270 da BMM150 tare suna ba da 9 axis IMU. Za'a iya shigar da tsarin ko dai a matsayin bangaren DIP (lokacin da ake hawan fil), ko kuma a matsayin bangaren SMT, ana siyar da shi kai tsaye ta faifan castellated.
Nordic nRF52480 kuma ya ƙunshi Cortex M4F. BMI270 da BMM150 tare suna ba da 9 axis IMU. Za'a iya shigar da tsarin ko dai a matsayin bangaren DIP (lokacin da ake hawan fil), ko kuma a matsayin bangaren SMT, ana siyar da shi kai tsaye ta faifan castellated.
* Samfurin Arduino Nano 33 BLE Sense Rev2 yana da SKUs guda biyu:
- Ba tare da kai ba (ABX00069)
- Mai taken (ABX00070)
Yankunan Target
Mai ƙirƙira, haɓakawa, aikace-aikacen IoT
Siffofin
- NINA B306 Module♦ Mai sarrafawa
♦ 64 MHz Arm® Cortex®-M4F (tare da FPU)
♦ MB Flash + 256 KB RAM♦ Bluetooth® 5 multiprotocol rediyo
♦ 2 Mbps
♦ CSA #2
♦ Ƙwararren Talla
♦ Dogon Rage
♦ +8 dBm TX iko
♦ -95 dBm hankali
♦ 4.8mA a cikin TX (0 dBm)
♦ 4.6 mA a cikin RX (1 Mbps)
♦ Haɗin balun tare da 50 Ω fitarwa mai ƙarewa ɗaya
♦ IEEE 802.15.4 goyon bayan rediyo
♦ Zare
♦ Zigbee♦ Kayan aiki
♦ Cikakken-gudun 12 Mbps USB
♦ NFC-A tag
♦ Arm CryptoCell CC310 tsarin tsaro
♦ QSPI/SPI/TWI/I²S/PDM/QDEC
♦ Babban gudun 32 MHz SPI
♦ Quad SPI dubawa 32 MHz
♦ EasyDMA don duk hanyoyin sadarwa na dijital
♦ 12-bit 200 ksps ADC
♦ 128 bit AES/ECB/CCM/AAR co-processor - BMI 270 6-axis IMU (Accelerometer da Gyroscope)
♦ 16-bit
♦ 3-axis accelerometer tare da ± 2g/± 4g/±8g/± 16g kewayo
3-axis gyroscope tare da ± 125dps / 250dps / ± 500dps / ± 1000dps / ± 2000dps kewayon - BMM150 3-axis IMU (Magnetometer)
♦ 3-axis dijital geomagnetic firikwensin
♦ 0.3μT ƙuduri
♦ ± 1300μT (x, y-axis), ± 2500μT (z-axis) - Saukewa: LPS22HB (Barometer da yanayin zafin jiki)
♦ 260 zuwa 1260 hPa cikakken kewayon matsa lamba tare da madaidaicin 24 bit
Ikon cika aiki mai yawa: 20x cikakken sikelin
♦ Haɗaɗɗen zafin jiki
♦ 16-bit zafin bayanai fitarwa
♦ 1 Hz zuwa 75 Hz yawan fitarwa na bayanai Ƙaƙwalwar ayyuka: Shirye-shiryen Bayanai, Tutocin FIFO, matsa lamba - HS3003 Na'urar zafi da zafi
♦ 0-100% dangi zafi kewayon
♦ Daidaiton ɗanshi: ± 1.5% RH, na hali (HS3001, 10 zuwa 90% RH, 25°C)
♦ Daidaitaccen firikwensin zafin jiki: ± 0.1 ° C, na yau da kullun
♦ Har zuwa 14-bit zafi da bayanan fitarwa na zafin jiki - Saukewa: APDS-9960 (Kusanci na dijital, Hasken yanayi, RGB da Sensor Gesture)
Haske na yanayi mai yanayi da launin RGB yana lura da UV da Irin Tabarau
♦ Babban hankali - Ya dace da aiki a bayan gilashin duhu
♦ Ƙimar kusanci tare da ƙin yarda da haske na yanayi
♦ Haɗaɗɗen Hannun Kashi - Saukewa: MP34DT06JTR (Makirifo Dijital)
♦ AOP = 122.5 dbSPL
♦ 64 DB Signal-to-Hoise rabo
♦ Hannun kai tsaye
♦ -26 dBFS ± 3 dB hankali - MP2322 DC-DC
♦ Yana daidaita shigar da voltage daga har zuwa 21V tare da mafi ƙarancin aiki na 65% @ mafi ƙarancin kaya
♦ Fiye da 85% inganci @12V
Hukumar
Kamar yadda duk allon ƙira na Nano, Nano 33 BLE Sense Rev2 ba shi da cajar baturi amma ana iya kunna ta ta USB ko masu kai.
NOTEArduino Nano 33 BLE Sense Rev2 kawai yana goyan bayan 3.3VI / Os kuma shine BA Haƙuri 5V don haka don Allah a tabbata ba kai tsaye haɗa siginar 5V zuwa wannan allo ko kuma ta lalace. Hakanan, sabanin allunan Arduino Nano waɗanda ke goyan bayan aikin 5V, fil ɗin 5V BA ya samar da vol.tage amma an fi haɗa shi, ta hanyar jumper, zuwa shigar da wutar lantarki ta USB.
1.1 Ma'auni
1.1.1 Sharuɗɗan Aiki da aka Shawarar
1.2 Amfani da Wuta
Aiki Ya Ƙareview
2.1 Topology na allo
2.2 Mai sarrafawa
Babban Mai sarrafawa shine Arm® Cortex®-M4F wanda ke gudana har zuwa 64MHz. Yawancin fitilun sa suna haɗe da masu kai na waje, duk da haka wasu an tanadar su don sadarwa ta ciki tare da tsarin mara waya da na'urorin I2C na ciki (IMU da Crypto).
NOTE: Sabanin sauran allunan Arduino Nano, fil A4 da A5 suna da jan ciki da tsoho don amfani da su azaman I2C Bus don haka ba a ba da shawarar amfani da abubuwan shigar analog ba.
2.3 IMU
Arduino Nano 33 BLE Sense Rev2 yana ba da damar IMU tare da axis 9, ta hanyar haɗin BMI270 da BMM150 ICs. BMI270 ya ƙunshi duka gyroscope axis guda uku da kuma na'urar accelerometer axis guda uku, yayin da BMM150 ke da ikon fahimtar bambancin filin maganadisu a cikin dukkan matakan uku. Za a iya amfani da bayanan da aka samu don auna ma'aunin motsi na ɗanyen motsi da kuma koyan na'ura.
2.4 LPS22HB (U9) Barometer da Sensor Zazzabi
LPS22HB firikwensin matsin lamba IC (U9) ya haɗa da duka madaidaicin firikwensin matsa lamba tare da firikwensin zafin jiki wanda aka haɗa cikin ƙaramin guntu. Na'urar firikwensin matsa lamba (U9) yana mu'amala tare da babban microcontroller (U1) ta hanyar dubawar I2C. Abun ji yana kunshe da membrane da aka dakatar da micromachied don auna cikakken matsi, kuma ya haɗa da gadar Wheatstone a ciki don auna abubuwan piezoresistive. Ana samun diyya ga ɓarnawar zafin jiki ta hanyar firikwensin zafin jiki akan guntu. Cikakken matsa lamba na iya kewaya daga 260 zuwa 1260 hPa. Za a iya jefa bayanan matsa lamba ta hanyar I2C har zuwa 24 ragowa, yayin da za a iya ƙididdige bayanan zafin jiki har zuwa 16-bits. Laburaren Arduino_LPS22HB yana ba da shirye don amfani da aiwatar da ka'idar I2C tare da wannan guntu.
2.5 HS3003 (U8) Dangantakar Humidity da Sensor Zazzabi
HS3003 (U8) na'urori masu auna firikwensin MEMS ne, wanda aka ƙera don samar da ingantaccen karatu na yanayin zafi da zafi a cikin ƙaramin fakiti. Ana yin ma'aunin zafi-diyya da daidaitawa akan guntu, ba tare da buƙatar waje ba
kewaye. HS3003 na iya auna yanayin zafi daga 0% zuwa 100% RH tare da lokutan amsawa cikin sauri (a ƙarƙashin daƙiƙa 4). Na'urar firikwensin zafin jiki da aka haɗa (an yi amfani da shi don ramuwa) yana da daidaiton zafin jiki na ± 0.1°C. U8 yana sadarwa ta babban microcontroller ta bas I2C.
kewaye. HS3003 na iya auna yanayin zafi daga 0% zuwa 100% RH tare da lokutan amsawa cikin sauri (a ƙarƙashin daƙiƙa 4). Na'urar firikwensin zafin jiki da aka haɗa (an yi amfani da shi don ramuwa) yana da daidaiton zafin jiki na ± 0.1°C. U8 yana sadarwa ta babban microcontroller ta bas I2C.
2.5.1 Gano Hannu
Gano motsin motsi yana amfani da photodiodes na jagora guda huɗu don jin haske mai haske na IR makamashi (wanda aka samo daga haɗaɗɗen LED) don canza bayanin motsi na jiki (watau saurin gudu, shugabanci da nisa) zuwa bayanan dijital. Gine-ginen injin karimcin yana fasalta kunnawa ta atomatik (dangane da sakamakon ingin kusanci), raguwar haske na yanayi, sokewar magana ta giciye, masu sauya bayanai 8-bit dual, jinkirin jujjuyawar wuta, 32-dataset FIFO, da katse hanyoyin sadarwa na I2C. . Injin karimcin yana ɗaukar nau'ikan buƙatun nunin na'urar hannu: Sauƙaƙan motsin motsin sama-KASA-DAMAN-HAGU ko ƙarin hadaddun motsin motsi ana iya gane su daidai. An rage yawan amfani da wutar lantarki da amo tare da daidaitawar lokacin IR LED.
2.5.2 Gano Kusanci
Siffar gano kusanci tana ba da ma'aunin nisa (misali allon na'urar hannu zuwa kunnen mai amfani) ta hanyar gano photodiode na makamashin IR mai haske (wanda aka samo daga hadedde LED). Gano/saki abubuwan da suka faru ana katse su, kuma suna faruwa a duk lokacin da sakamakon kusanci ya ketare manyan saitunan kofa. Injin kusanci yana fasalta rijistar daidaitawa don biyan diyya na tsarin da ba a so ya haifar da tunanin kuzarin IR maras so da ke bayyana a firikwensin. An gyara ƙarfin IR LED na masana'anta don kawar da buƙatar ƙayyadaddun kayan aiki na ƙarshe saboda bambancin sassa. Ana ƙara inganta sakamakon kusanci ta hanyar rage hasken yanayi ta atomatik.
2.5.3 Launi da Gano ALS
Siffar gano Launi da ALS tana ba da ja, kore, shuɗi da bayyanan bayanan ƙarfin haske. Kowace tashoshi R, G, B, C suna da matatar toshewa ta UV da IR da keɓaɓɓen mai canza bayanai yana samar da bayanai 16-bit lokaci guda. Wannan gine-ginen yana ba da damar aikace-aikace don auna daidai hasken yanayi da launi mai ma'ana wanda ke ba na'urori damar lissafin zafin launi da sarrafa hasken baya.
2.6 Digital Microphone
MP34DT06JTR ƙaramin ƙarfi ne, ƙaramar ƙarfi, madaidaiciyar hanya, makirufo na dijital MEMS wanda aka gina tare da sigar ji mai ƙarfi da haɗin IC.
Abun ganewa, mai iya gano raƙuman sauti, an ƙera shi ta amfani da tsarin micromachining na musamman na silicon wanda aka keɓe don samar da na'urori masu auna sauti.
Abun ganewa, mai iya gano raƙuman sauti, an ƙera shi ta amfani da tsarin micromachining na musamman na silicon wanda aka keɓe don samar da na'urori masu auna sauti.
2.7 Itace Wuta
Ana iya kunna allon ta hanyar haɗin USB, VIN ko VUSB fil akan masu kai.
NOTE: Tun da VUSB tana ciyar da VIN ta hanyar Schottky diode da mai sarrafa DC-DC da aka ƙayyade mafi ƙarancin shigarwar vol.tage shine 4.5V mafi ƙarancin wadata voltage daga kebul na USB dole ne a ƙara zuwa voltage a cikin kewayon tsakanin 4.8V zuwa 4.96V dangane da halin yanzu da ake zana.
Aikin hukumar
3.1 Farawa - IDE
Idan kana so ka tsara Arduino Nano 33 BLE Sense Rev2 yayin da kake layi, kana buƙatar shigar da Arduino Desktop IDE [1] Don haɗa Arduino Nano 33 BLE Sense Rev2 zuwa kwamfutarka, zaka buƙaci Micro-B kebul na USB. Wannan kuma yana ba da iko ga allon, kamar yadda LED ya nuna.
3.2 Farawa - Arduino Web Edita
Duk allunan Arduino, gami da wannan, suna aiki a waje akan Arduino Web Edita, ta hanyar shigar da plugin mai sauƙi kawai.
A Arduino Web Ana gudanar da edita akan layi, saboda haka koyaushe zai kasance na zamani tare da sabbin abubuwa da goyan baya ga duk allunan. Bi don fara codeing akan mai binciken kuma loda zane-zanen ku akan allo.
A Arduino Web Ana gudanar da edita akan layi, saboda haka koyaushe zai kasance na zamani tare da sabbin abubuwa da goyan baya ga duk allunan. Bi don fara codeing akan mai binciken kuma loda zane-zanen ku akan allo.
3.3 Farawa - Arduino IoT Cloud
Duk samfuran da aka kunna Arduino IoT ana tallafawa akan Arduino IoT Cloud wanda ke ba ku damar Shiga, tsarawa da tantance bayanan firikwensin, jawo abubuwan da suka faru, da sarrafa gidanku ko kasuwancin ku.
Duk samfuran da aka kunna Arduino IoT ana tallafawa akan Arduino IoT Cloud wanda ke ba ku damar Shiga, tsarawa da tantance bayanan firikwensin, jawo abubuwan da suka faru, da sarrafa gidanku ko kasuwancin ku.
3.4 Sampda Sketches
SampZa a iya samun zane-zane na Arduino Nano 33 BLE Sense Rev2 ko dai a cikin “Ex.amples” menu a cikin Arduino IDE ko a cikin sashin “Takardu” na Arduino Pro website.
SampZa a iya samun zane-zane na Arduino Nano 33 BLE Sense Rev2 ko dai a cikin “Ex.amples” menu a cikin Arduino IDE ko a cikin sashin “Takardu” na Arduino Pro website.
3.5 Albarkatun Kan layi
Yanzu da kuka wuce ta hanyar abubuwan da za ku iya yi tare da hukumar za ku iya bincika damar da ba ta da iyaka da take bayarwa ta hanyar duba ayyuka masu ban sha'awa akan ProjectHub, Rubutun Laburaren Arduino da kantin sayar da layi inda za ku iya cika hukumar ku tare da. firikwensin, actuators da ƙari.
Yanzu da kuka wuce ta hanyar abubuwan da za ku iya yi tare da hukumar za ku iya bincika damar da ba ta da iyaka da take bayarwa ta hanyar duba ayyuka masu ban sha'awa akan ProjectHub, Rubutun Laburaren Arduino da kantin sayar da layi inda za ku iya cika hukumar ku tare da. firikwensin, actuators da ƙari.
3.6 farfadowa da na'ura
Duk allunan Arduino suna da ginanniyar bootloader wanda ke ba da damar walƙiya allon ta USB. Idan sketch ya kulle na'ura mai sarrafawa kuma allon ba zai iya zuwa ta hanyar USB ba, yana yiwuwa a shigar da yanayin bootloader ta danna maɓallin sake saiti sau biyu bayan an kunna wuta.
Duk allunan Arduino suna da ginanniyar bootloader wanda ke ba da damar walƙiya allon ta USB. Idan sketch ya kulle na'ura mai sarrafawa kuma allon ba zai iya zuwa ta hanyar USB ba, yana yiwuwa a shigar da yanayin bootloader ta danna maɓallin sake saiti sau biyu bayan an kunna wuta.
Mai haɗa Pinouts
4.1 USB
4.2 Shugabanni
Allon yana fallasa masu haɗin fil guda 15 waɗanda ko dai za a iya haɗa su da fitilun kan layi ko kuma a siyar da su ta hanyar da aka ƙera.
4.3 Gyara
A gefen ƙasa na allon, a ƙarƙashin tsarin sadarwa, ana shirya siginonin ɓarna azaman 3 × 2 pads na gwaji tare da farar mil 100 tare da cire fil 4. Fil 1 ana kwatanta shi a Hoto na 3 - Matsayin Mai Haɗi
Bayanin Injiniya
5.1 Shafi na allo da Ramukan Hawa
Matakan allon sun gauraya tsakanin awo da na sarki. Ana amfani da matakan daular don kula da grid mil 100 tsakanin fil ɗin layi don ba su damar dacewa da allon biredi yayin da tsayin allo ya kasance Metric
Takaddun shaida
6.1 Bayanin 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).
6.2 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.
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 bayyana cewa samfuranmu ba su ƙunshi kowane nau'in abubuwan da aka jera akan "Jerin Izini" (Annex XIV na ƙa'idodin REACH) da Abubuwan da ke da matukar damuwa (SVHC) a cikin kowane adadi mai mahimmanci kamar yadda aka ƙayyade. ta Annex XVII na jerin 'yan takara da ECHA (Hukumar Sinadarai ta Turai) ta buga 1907/2006/EC.
6.3 Bayanin Ma'adinan Rikici
A matsayin mai ba da kayayyaki na duniya na kayan lantarki da na lantarki, Arduino yana sane da wajibcinmu game da dokoki da ka'idoji game da Ma'adinan Rikici, 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 kayan haɗin 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 muka samu zuwa yanzu mun bayyana cewa samfuranmu sun ƙunshi ma'adanai masu rikice-rikice waɗanda aka samo daga wuraren da babu 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.
FCC RF Bayanin Bayyana Radiation:
- Wannan mai watsawa dole ne a kasance tare ko aiki tare tare da kowane eriya ko mai watsawa.
- Wannan kayan aikin ya dace da iyakokin fiddawa na RF wanda aka tsara don muhalli mara sarrafawa.
- Ya kamata a shigar da wannan kayan aikin tare da mafi ƙarancin nisa 20cm tsakanin radiyo & jikin ku.
Turanci: Littattafan mai amfani don na'urar rediyon da ba ta da lasisi za ta ƙunshi sanarwa mai zuwa ko makamancinta a cikin wani fili a cikin littafin jagorar mai amfani ko a madadin na'urar ko duka biyun. Wannan na'urar ta dace da ma'auni(s) na RSS na masana'antar Kanada. Aikin yana ƙarƙashin sharuɗɗa biyu masu zuwa:
- wannan na'urar bazai haifar da tsangwama ba
- dole ne wannan na'urar ta karɓi kowane tsangwama, gami da tsangwama wanda zai iya haifar da aikin da ba a so na na'urar.
Gargaɗi na IC SAR:
Ya kamata a shigar da wannan kayan aikin tare da mafi ƙarancin nisa 20 cm tsakanin radiyo da jikinka.
Muhimmanci: Yanayin aiki na EUT ba zai iya wuce 85 ℃ ba kuma kada ya kasance ƙasa da -40 ℃.
Ta haka, Arduino Srl ya bayyana cewa wannan samfurin ya dace da mahimman buƙatu da sauran tanadin da suka dace na Umarnin 2014/53/EU. An ba da izinin amfani da wannan samfurin a duk ƙasashe membobin EU.
Ta haka, Arduino Srl ya bayyana cewa wannan samfurin ya dace da mahimman buƙatu da sauran tanadin da suka dace na Umarnin 2014/53/EU. An ba da izinin amfani da wannan samfurin a duk ƙasashe membobin EU.
Bayanin Kamfanin
Takardun Magana
https://www.arduino.cc/en/software
https://create.arduino.cc/editor
https://create.arduino.cc/projecthub/Arduino_Genuino/getting-started-with-arduino-web-editor 4b3e4a
https://create.arduino.cc/editor
https://create.arduino.cc/projecthub/Arduino_Genuino/getting-started-with-arduino-web-editor 4b3e4a
Tarihin Bita
Arduino® Nano 33 BLE Sense Rev2
An gyara: 01/08/2023
Takardu / Albarkatu
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ARDUINO ABX00069 Nano BLE Sense Rev2 ARM Cortex-M4 Board [pdf] Manual mai amfani ABX00069, ABX00070, Nano BLE Sense Rev2 ARM Cortex-M4 Board, ABX00069 Nano BLE Sense Rev2 ARM Cortex-M4 Board |