Arduino® Nano ESP32
Incwadi yeReferensi yeMveliso
SKU: ABX00083
INano ESP32 enezihloko
Inkcazo
I-Arduino Nano ESP32 (kunye kunye nangaphandle kweentloko) yibhodi ye-Nano yefom yefom esekelwe kwi-ESP32-S3 (efakwe kwi-NORA-W106-10B esuka ku-u-blox®). Le yibhodi yokuqala yeArduino ukuba isekwe ngokupheleleyo kwi-ESP32, kwaye ineWi-Fi® kunye neBluetooth® LE.
I-Nano ESP32 iyahambelana ne-Arduino Cloud, kwaye inenkxaso ye-MicroPython. Yibhodi efanelekileyo yokuqalisa ngophuhliso lwe-IoT.
Iindawo ekujoliswe kuzo:
Umenzi, i-IoT, iMicroPython
Iimbonakalo
Xtensa® Dual-core 32-bit LX7 Microprocessor
- Ukuya kuthi ga kwi-240 MHz
- 384 kB iROM
- 512 kB SRAM
- I-16 kB SRAM kwi-RTC (imowudi yamandla aphantsi)
- UMlawuli we-DMA
Amandla
- Ukusebenza ivoltage 3.3v
- I-VBUS ibonelela nge-5 V nge-USB-C® isinxibelelanisi
- Uluhlu lweVIN yi-6-21 V
Uqhagamshelwano
- I-Wi-Fi®
- IBluetooth® LE
- I-eriyali eyakhelwe-ngaphakathi
- 2.4 GHz isidlulisi/umamkeli
- Ukuya kuthi ga kwi-150 Mbps
Izikhonkwane
- I-14x yedijithali (21x iquka i-analog)
- 8x analog (ifumaneka kwimo ye-RTC)
- SPI(D11,D12,D13), I2C (A4/A5), UART(D0/D1)
Amazibuko oNxibelelwano
- SPI
- I2C
- I2S
- UART
- I-CAN (TWAI®)
Amandla aphantsi
- 7 μA ukusetyenziswa kwimowudi yobuthongo obunzulu*
- 240 μA ukusetyenziswa kwindlela yokulala elula*
- Inkumbulo yeRTC
- I-Ultra Low Power (ULP) iCoprocessor
- IYunithi yoLawulo lwaMandla (PMU)
- I-ADC kwimo ye-RTC
*Imilinganiselo yosetyenziso lwamandla edweliswe kwiimowudi zamandla aphantsi kuphela ze-ESP32-S3 SoC. Amanye amacandelo ebhodini (njenge-LEDs), asebenzisa amandla ngokunjalo, okwandisa ukusetyenziswa kwamandla ebhodi.
Ibhodi
I-Nano ESP32 yibhodi yophuhliso ye-3.3 V esekelwe kwi-NORA-W106-10B esuka kwi-u-blox®, imodyuli equka inkqubo ye-ESP32-S3 kwi-chip (SoC). Le modyuli inenkxaso ye-Wi-Fi® kunye neBluetooth® Low Energy (LE), nge ampunxibelelwano nge-eriyali eyakhelweyo. I-CPU (i-32-bit Xtensa® LX7) ixhasa amaza ewotshi ukuya kuthi ga kwi-240 MHz.
1.1 Isicelo EksampLes
I-automation yasekhaya: ibhodi efanelekileyo yokwenza ikhaya lakho, kwaye inokusetyenziselwa izitshitsha ezikrelekrele, izibane ezizenzekelayo kunye nolawulo lwemoto umz. iimfama ezilawulwa yimoto.
I-sensors ze-IoT: kunye neziteshi ezininzi ze-ADC ezinikezelweyo, iibhasi ze-I2C / SPI ezifikelelekayo kunye nemodyuli yerediyo eyomeleleyo ye-ESP32-S3, le bhodi inokuhanjiswa ngokulula ukujonga amaxabiso enzwa.
Uyilo lwamandla aphantsi: yenza usetyenziso olunamandla ebhetri ngokusetyenziswa kwamandla aphantsi, usebenzisa ezakhelwe kwiimowudi zamandla aphantsi we-ESP32-S3 SoC.
ESP32 Undoqo
I-Nano ESP32 isebenzisa iPakeji yeBhodi ye-Arduino kwiibhodi ze-ESP32, i-derivation ye-Espressif's arduino-esp32 core.
Ukukala
IiMeko zokuSebenza eziCetyisiweyo
| Uphawu | Inkcazo | Min | Chwetheza | Max | Iyunithi |
| VIN | Igalelo voltage ukusuka VIN pad | 6 | 7.0 | 21 | V |
| I-VUSB | Igalelo voltage ukusuka kwisidibanisi se-USB | 4.8 | 5.0 | 5.5 | V |
| I-Tambient | Ubushushu obugciniwe | -40 | 25 | 105 | °C |
Umsebenzi oPhezuluview
Umzobo weBhloko
I-Topology yeBhodi
5.1 Ngaphambili View
View ukusuka kwicala eliphezulu
Phezulu View ye Arduino Nano ESP32
| Ref. | Inkcazo |
| M1 | I-NORA-W106-10B (ESP32-S3 SoC) |
| J1 | CX90B-16P USB-C® isidibanisi |
| JP1 | 1 × 15 i-analog header |
| JP2 | I-1 × 15 i-header yedijithali |
| U2 | I-MP2322GQH isiguquli esisezantsi |
| U3 | I-GD25B128EWIGR 128 Mbit (16 MB) ext. inkumbulo yokukhanya |
| DL1 | I-RGB ye-LED |
| DL2 | I-LED SCK (ikloko yothotho) |
| DL3 | Amandla e-LED (luhlaza) |
| D2 | I-PMEG6020AELRX Schottky Diode |
| D3 | PRTR5V0U2X,215 Ukhuseleko lwe-ESD |
I-NORA-W106-10B (Imodyuli yerediyo / MCU)
I-Nano ESP32 ibonisa imodyuli yerediyo ye-NORA-W106-10B yodwa, ifakela i-ESP32-S3 uthotho lwe-SoC kunye ne-eriyali edibeneyo. I-ESP32-S3 isekwe kuthotho lwe-microprocessor ye-Xtensa® LX7.
6.1 Xtensa® Dual-Core 32bit LX7 Microprocessor
I-microprocessor ye-ESP32-S3 SoC ngaphakathi kwimodyuli ye-NORA-W106 yi-double-core 32-bit Xtensa® LX7. Undoqo ngamnye unokubaleka ukuya kuthi ga kwi-240 MHz kwaye unenkumbulo ye-512 kB ye-SRAM. Iimpawu zeLX7:
- 32-bit iseti yomyalelo olungiselelweyo
- 128-bit data ibhasi
- I-32-bit yophindaphinda / isahluli
I-LX7 ine-384 kB ROM (iMemori eFundayo kuphela), kunye ne-512 kB ye-SRAM (iMemori yoFikelelo oluHlangeneyo eStatic). Ikwanayo ne-8 kB RTC FAST kunye ne-RTC SLOW memory. Ezi nkumbulo zenzelwe imisebenzi ephantsi kwamandla, apho imemori ye-SLOW ingafumaneka yi-ULP (Ulta Low Power) i-coprocessor, igcina idatha kwimodi yokulala.
6.2 Wi-Fi®
Imodyuli ye-NORA-W106-10B isekela i-Wi-Fi® 4 IEEE 802.11 imigangatho b/g/n, kunye ne-EIRP yamandla ephumayo ukuya kwi-10 dBm. Uluhlu oluphezulu lwale modyuli ziimitha ezingama-500.
- 802.11b: 11 Mbit/s
- 802.11g: 54 Mbit/s
- 802.11n: 72 Mbit/s max e-HT-20 (20 MHz), 150 Mbit/s max e-HT-40 (40 MHz)
6.3 iBluetooth®
Imodyuli ye-NORA-W106-10B isekela i-Bluetooth® LE v5.0 kunye ne-EIRP yamandla ephumayo ukuya kwi-10 dBm kunye namazinga edatha ukuya kwi-2 Mbps. Inokhetho lokuskena kunye nokuthengisa ngaxeshanye, kunye nokuxhasa unxibelelwano oluninzi kwi-peripheral / central mode.
6.4 I-PSRAM
Imodyuli ye-NORA-W106-10B iquka i-8 MB ye-PSRAM edibeneyo. (Octal SPI)
6.5 Ukuzuza kwe-Antenna
I-eriyali eyakhelwe-ngaphakathi kwimodyuli ye-NORA-W106-10B isebenzisa ubuchule bokumodareyitha be-GFSK, kunye nemilinganiselo yokusebenza edweliswe ngezantsi:
Wi-Fi®:
- Amandla emveliso aqhutywayo: 17 dBm.
- Amandla ombane aphumayo aqhelekileyo: 20 dBm EIRP.
- Uvakalelo oluqhutywayo: -97 dBm.
IBluetooth® Amandla aPhantsi:
- Amandla emveliso aqhutywayo: 7 dBm.
- Amandla ombane aphumayo aqhelekileyo: 10 dBm EIRP.
- Uvakalelo oluqhutywayo: -98 dBm.
Le datha ifunyenwe kwiphepha ledatha le-uBlox NORA-W10 (iphepha 7, icandelo 1.5) elikhoyo apha.
Inkqubo
7.1 Ukusetha kwakhona
I-ESP32-S3 inenkxaso kumanqanaba amane okusetha kwakhona:
- I-CPU: cwangcisa ngokutsha i-CPU0/CPU1 core
- Undoqo: useta kwakhona inkqubo yedijithali, ngaphandle kweeperipherals ze-RTC (i-ULP coprocessor, imemori ye-RTC).
- Inkqubo: iphinda imisele yonke inkqubo yedijithali, kuquka neeperipherals zeRTC.
- I-chip: ibeka kwakhona yonke i-chip.
Kuyenzeka ukuba wenze ukusetha kwakhona kwesoftware yale bhodi, kunye nokufumana isizathu sokusetha kwakhona.
Ukwenza ukusetha kwakhona kwehardware yebhodi, sebenzisa iqhosha lokuseta kwakhona kwibhodi (PB1).
7.2 amaxesha
I-Nano ESP32 inezibali-xesha zilandelayo:
- I-52-bit system timer ene-2x 52-bit counters (16 MHz) kunye ne-3x yokuthelekisa.
- 4x injongo ngokubanzi 54-bit izibali-xesha
- I-3x watchdog timers, ezimbini kwiinkqubo eziphambili (MWDT0 / 1), enye kwimodyuli ye-RTC (RWDT).
7.3 Ukuphazamisa
Zonke ii-GPIOs kwiNano ESP32 zinokulungiswa ukuba zisetyenziswe njengeziphazamisi, kwaye zibonelelwa ngophazamiseko lwematrix.
Izikhonkwane zokuphazamiseka ziqwalaselwe kwinqanaba lesicelo, kusetyenziswa olu lungelelwaniso lulandelayo:
- PHANTSI
- PHEZULU
- TSHINTSHA
- UKUWA
- UKUVUKA
IiProtokholi zoNxibelelwano oluthotho
Itshiphu ye-ESP32-S3 ibonelela ngokuguquguquka kweendlela ezahlukeneyo zeprotocol eziyixhasayo. Umzekeloample, i I2C ibhasi inokwabelwa phantse nayiphi na iGPIO ekhoyo.
8.1 I-Inter-Integrated Circuit (I2C)
Izikhonkwane ezihlala zikhona:
- A4 – SDA
- I-A5 – SCL
Ibhasi ye-I2C ngokungagqibekanga inikezelwe kwi-A4 / A5 (SDA / SCL) izikhonkwane zokuhambelana kwe-retro. Esi sabelo sesiphini sinokutshintshwa, ngenxa yokuguquguquka kwetshiphu ye-ESP32-S3.
I-SDA kunye ne-SCL izikhonkwane zingabelwa kwii-GPIO ezininzi, nangona kunjalo ezinye zezi zikhonkwane zinokuba neminye imisebenzi ebalulekileyo evimbela imisebenzi ye-I2C ukuba iqhube ngempumelelo.
Nceda qaphela: iilayibrari ezininzi zesoftware zisebenzisa i-asayinimenti yephini eqhelekileyo (A4/A5).
8.2 Isandi se-Inter-IC (I2S)
Kukho abalawuli ababini be-I2S abaqhele ukusetyenziselwa ukunxibelelana nezixhobo ezivakalayo. Akukho zikhonkwane ezikhethekileyo ezabelwe i-I2S, oku kunokusetyenziswa yiyo nayiphi na iGPIO yasimahla.
Ukusebenzisa imo esemgangathweni okanye ye-TDM, le migca ilandelayo isetyenziswa:
- MCLK - iwotshi enkulu
- I-BCLK - iwotshi encinci
- WS – khetha igama
- I-DIN/DOUT – idatha yothotho
Ukusebenzisa imo yePDM:
- CLK – PDM iwotshi
- DIN/DOUT idatha yothotho
Funda ngakumbi malunga neprotocol ye-I2S kwi-Espressif's Peripheral API – Izandi ze-InterIC (I2S)
8.3 Uthotho lwesiNxulumano sePeripheral (SPI)
- SCK – D13
- CIPO – D12
- I-COPI – D11
- CS – D10
Umlawuli we-SPI ngokungagqibekanga wabelwe izikhonkwane ezingentla.
8.4 Universal Asynchronous Receiver/Transmitter (UART)
- D0 / TX
- D1 / RX
Umlawuli we-UART ngokungagqibekanga wabelwe izikhonkwane ezingentla.
8.5 isiNxulumano esiNxina ngeeNgcaciso zeMicingo ezimbini (TWAI®)
Umlawuli we-CAN / TWAI® usetyenziselwa ukunxibelelana neenkqubo usebenzisa i-CAN / TWAI® protocol, ngokukodwa eqhelekileyo kwishishini lemoto. Akukho zikhonkwane ezikhethekileyo ezinikezelwe kwisilawuli se-CAN/TWAI®, nayiphi na i-GPIO yasimahla ingasetyenziswa.
Nceda qaphela: I-TWAI® yaziwa ngokuba yi-CAN2.0B, okanye "i-CAN yakudala". Isilawuli se-CAN AKUHLANGANANI neZAkhelo ze-CAN FD.
Inkumbulo yokudanyaza yangaphandle
I-Nano ESP32 ine-128 Mbit (16 MB) iflash yangaphandle, i-GD25B128EWIGR (U3). Le nkumbulo iqhagamshelwe kwi-ESP32 nge-Quad Serial Peripheral Interface (QSPI).
I-frequency yokusebenza yale IC yi-133 MHz, kwaye inezinga lokudlulisa idatha ukuya kwi-664 Mbit / s.
Isinxibelelanisi se-USB
I-Nano ESP32 ine-USB-C® enye izibuko, esetyenziselwa ukunika amandla kunye neprogram yebhodi yakho kunye nokuthumela kunye nokufumana unxibelelwano lwe-serial.
Qaphela ukuba akufanele unike amandla ibhodi ngaphezu kwe-5 V nge-USB-C® port.
Iinketho zamandla
Amandla anokuthi anikezelwe nge-VIN pin, okanye nge-USB-C® ikhonkco. Nawuphi na umqulutage igalelo mhlawumbi nge-USB okanye VIN wehliswa ukuya 3.3 V usebenzisa MP2322GQH (U2) converter.
Umthamo wokusebenzatage kule bhodi 3.3 V. Nceda uqaphele ukuba akukho pin 5V ekhoyo kule bhodi, kuphela VBUS inokubonelela 5 V xa ibhodi iqhutywa nge-USB.
11.1 Umthi waMandla
11.2 iPin Voltage
Zonke izikhonkwane zedijithali kunye ne-analog kwiNano ESP32 ziyi-3.3 V. Musa ukudibanisa nayiphi na ivolthi ephezulutagizixhobo e nakweyiphi na izikhonkwane njengoko kuya kubeka emngciphekweni ukonakalisa ibhodi.
11.3 Umlinganiselo weVIN
Igalelo elicetyiswayo voltagUluhlu lwe-6-21 V.
Akufunekanga uzame ukunika amandla ibhodi ngevolthitage ngaphandle koluhlu olucetyiswayo, ngakumbi hayi ngaphezulu kwe-21 V.
Ukusebenza kakuhle kwesiguquli sixhomekeke kumthamo wegalelotage nge-VIN pin. Jonga umndilili ongezantsi womsebenzi webhodi ngokusetyenziswa okuqhelekileyo kwangoku:
- 4.5 V – >90%.
- 12 V - 85-90%
- 18 V - <85%
Olu lwazi lucatshulwe kuluhlu lweenkcukacha zeMP2322GQH.
11.4 VBUS
Akukho pin ye-5V ekhoyo kwiNano ESP32. I-5 V inokubonelelwa kuphela nge-VBUS, enikezelwa ngokuthe ngqo kumthombo wamandla we-USB-C®.
Ngoxa unika amandla ibhodi nge-VIN pin, i-VBUS pin ayisebenzi. Oku kuthetha ukuba awunayo inketho yokubonelela nge-5 V ukusuka ebhodini ngaphandle kokuba inikwe amandla nge-USB okanye ngaphandle.
11.5 Ukusebenzisa i-3.3 V Pin
I-pin ye-3.3 V idibaniswe ne-3.3 V kaloliwe edityaniswe nemveliso ye-MP2322GQH ye-converter down down. Le pin isetyenziswa ikakhulu ukunika amandla amalungu angaphandle.
11.6 I-Pin yangoku
I-GPIOs kwi-Nano ESP32 inokusingatha imisinga yomthombo ukuya kuthi ga kwi-40 mA, kunye ne-sink currents ukuya kwi-28 mA. Ungaze uqhagamshele izixhobo ezizoba umsinga ophezulu ngqo kwi-GPIO.
Ulwazi ngoomatshini
I-Pinout
12.1 I-Analog (JP1)
| Iphini | Umsebenzi | Uhlobo | Inkcazo |
| 1 | D13 / SCK | NC | Ikloko yothotho |
| 2 | +3V3 | Amandla | +3V3 Isiporo saMandla |
| 3 | IBHODI0 | Imowudi | Ukuseta kwakhona iBhodi 0 |
| 4 | A0 | I-Analog | Igalelo leAnalog 0 |
| 5 | A1 | I-Analog | Igalelo leAnalog 1 |
| 6 | A2 | I-Analog | Igalelo leAnalog 2 |
| 7 | A3 | I-Analog | Igalelo leAnalog 3 |
| 8 | A4 | I-Analog | Igalelo leAnalog 4 / I²C Uthotho lweDatha (SDA) |
| 9 | A5 | I-Analog | Igalelo le-Analog 5 / I²C Ikloko yothotho (SCL) |
| 10 | A6 | I-Analog | Igalelo leAnalog 6 |
| 11 | A7 | I-Analog | Igalelo leAnalog 7 |
| 12 | I-V-BUS | Amandla | Amandla e-USB (5V) |
| 13 | IBHODI1 | Imowudi | Ukuseta kwakhona iBhodi 1 |
| 14 | GND | Amandla | Umhlaba |
| 15 | VIN | Amandla | UmqulutagIgalelo |
12.2 Idijithali (JP2)
| Iphini | Umsebenzi | Uhlobo | Inkcazo |
| 1 | D12 / CIPO* | Idijithali | Umlawuli Kwi-peripheral Out |
| 2 | D11 / COPI* | Idijithali | Umlawuli ngaphandle kwe-peripheral In |
| 3 | D10 / CS* | Idijithali | Chip Khetha |
| 4 | D9 | Idijithali | Digital pin 9 |
| 5 | D8 | Idijithali | Digital pin 8 |
| 6 | D7 | Idijithali | Digital pin 7 |
| 7 | D6 | Idijithali | Digital pin 6 |
| 8 | D5 | Idijithali | Digital pin 5 |
| 9 | D4 | Idijithali | Digital pin 4 |
| 10 | D3 | Idijithali | Digital pin 3 |
| 11 | D2 | Idijithali | Digital pin 2 |
| 12 | GND | Amandla | Umhlaba |
| 13 | RST | Ngaphakathi | Lungisa kwakhona |
| 14 | D1/RX | Idijithali | Digital pin 1 / Uthotho Umamkeli (RX) |
| 15 | D0/TX | Idijithali | Digital pin 0 / Uthotho Transmitter (TX) |
*I-CIPO/COPI/CS ithatha indawo yesigama se-MISO/MOSI/SS.
Imingxunya yokuQinisa kunye nolwandlalo lweBhodi
Ukusebenza kweBhodi
14.1 Ukuqalisa – IDE
Ukuba ufuna ukucwangcisa iNano ESP32 yakho ngelixa ungasebenziyo kufuneka ufakele iArduino IDE [1]. Ukuqhagamshela i-Nano ESP32 kwikhompyutheni yakho, uya kufuna intambo ye-USB ye-Type-C®, enokunika amandla ebhodini, njengoko kuboniswe yi-LED (DL1).
14.2 Ukuqalisa – Arduino Web Umhleli
Zonke iibhodi zeArduino, kubandakanywa nale, zisebenza ngaphandle kwebhokisi kwi-Arduino Web Umhleli [2], ngokufaka nje iplagi elula.
IArduino Web Umhleli ubanjwa kwi-intanethi, ke ngoko iya kuhlala isexesheni ngeempawu zamva nje kunye nenkxaso yazo zonke iibhodi. Landela [3] ukuqalisa ukubhala ikhowudi kwisikhangeli kwaye ulayishe imizobo yakho ebhodini yakho.
14.3 Ukuqalisa – iArduino Cloud
Zonke iimveliso ezinikwe amandla ze-Arduino IoT zixhaswa kwi-Arduino Cloud ekuvumela ukuba ungene, igrafu kwaye uhlalutye idatha yenzwa, uqalise iziganeko, kwaye uzenzele ikhaya lakho okanye ishishini.
14.4 Izixhobo ze-Intanethi
Ngoku udlule kwizinto ezisisiseko onokuthi uzenze ngebhodi ungaphonononga amathuba angenasiphelo ebonelela ngokujonga iiprojekthi ezinomdla kwi-Arduino Project Hub [4], i-Arduino Library Reference [5], kunye nevenkile ekwi-intanethi [6] ]; apho uya kuba nakho ukuncedisana nebhodi yakho kunye nabenzi boluvo, ii-activators kunye nokunye.
14.5 UkuBuyiselwa kwakhona kweBhodi
Zonke iibhodi zeArduino zine-bootloader eyakhelwe-ngaphakathi evumela ukuba ibhodi ivuleke nge-USB. Kwimeko apho umzobo utshixa iprosesa kwaye ibhodi ayifumaneki kwakhona nge-USB, kunokwenzeka ukuba ufake imowudi yokuqalisa ngokucofa kabini iqhosha lokuseta kwakhona emva kokufakwa kwamandla.
Iziqinisekiso
Isibhengezo sokuThobela i-CE DoC (EU)
Sibhengeza phantsi koxanduva lwethu ukuba ezi mveliso zingentla zihambelana neemfuno ezingundoqo zale Miqathango ilandelayo ye-EU kwaye ke ngoko sikulungele ukuhamba ngokukhululekileyo kwiimarike ezibandakanya iManyano yaseYurophu (i-EU) kunye noMmandla woQoqosho waseYurophu (EEA).
Isibhengezo sokuThobela kwi-EU RoHS & REACH 211
01/19/2021
Iibhodi ze-Arduino zihambelana ne-RoHS 2 Directive 2011/65/EU yePalamente yaseYurophu kunye ne-RoHS 3 Directive 2015/863/EU yeBhunga le-4 kaJuni 2015 ekuthinteleni ukusetyenziswa kwezinto ezithile ezinobungozi kwisixhobo sombane kunye ne-elektroniki.
| Iziyobisi | Ubuninzi bomda (ppm) |
| Khokela (Pb) | 1000 |
| I-Cadmium (Cd) | 100 |
| Imercury (HG) | 1000 |
| Hexavalent Chromium (Cr6+) | 1000 |
| Iibiphenyls zePoly Brominated (PBB) | 1000 |
| I-Poly Brominated Diphenyl ethers (PBDE) | 1000 |
| I-Bis(2-Ethylhexyl} phthalate (DEHP) | 1000 |
| I-Benzyl butyl phthalate (BBP) | 1000 |
| I-Dibutyl phthalate (DBP) | 1000 |
| I-Diisobutyl phthalate (DIBP) | 1000 |
Ukukhululwa : Akukho kukhululwa kubangwayo.
Iibhodi ze-Arduino zihambelana ngokupheleleyo neemfuno ezihambelanayo ze-European Union Regulation (EC) 1907 / 2006 malunga noBhaliso, uVavanyo, uGunyaziso kunye nokuThintelwa kweMichiza (REACH). Asibhengeza nanye kwii-SVHCs https://echa.europa.eu/web/guest/candidate-list-table), ULuhlu lwabaMviwa beZinto eziNxibelelayo eziPhakeme kakhulu zogunyaziso ngoku olukhutshwe yi-ECHA, lukhona kuzo zonke iimveliso (kunye nephakheji) ngobuninzi obupheleleyo kuxinzelelo olulingana okanye ngaphezulu kwe-0.1%. Ngokolwazi lwethu, sikwabhengeza ukuba iimveliso zethu aziqulathanga naziphi na izinto ezidweliswe “kuLuhlu loGunyaziso” (Isihlomelo XIV semigaqo ye-REACH) kunye nezinto eziXhathayo kakhulu (SVHC) kuyo nayiphi na imali ebalulekileyo njengoko kuchaziwe. ngeSihlomelo XVII soluhlu lwabaMviwa olupapashwe yi-ECHA (i-Arhente yeMichiza yaseYurophu) 1907 /2006/EC.
Ungquzulwano lweZimbiwa isibhengezo
Njengomboneleli wehlabathi jikelele wezinto zombane kunye nezombane, iArduino iyazazi izibophelelo zethu ngokubhekiselele kwimithetho nemimiselo ephathelele kwiConflict Minerals, ngokukodwa iDodd-Frank Wall Street Reform kunye noMthetho woKhuseleko lwaBathengi, iCandelo 1502. IArduino ayiveli ngqo okanye iqhube ukungquzulana ngokuthe ngqo. iiminerali ezifana neTin, iTantalum, iTungsten, okanye iGolide. Iiminerali eziphikisanayo ziqulethwe kwiimveliso zethu ngendlela yesolder, okanye njengenxalenye yealloys zetsimbi. Njengenxalenye yenkuthalo yethu efanelekileyo, i-Arduino iqhagamshelane nabanikezeli becandelo ngaphakathi kwekhonkco lethu lobonelelo ukuze baqinisekise ukuqhubeka kwabo nokuthobela imimiselo. Ngokusekelwe kulwazi esilufumeneyo ukuza kuthi ga ngoku, sibhengeza ukuba iimveliso zethu zinezimbiwa eziNgqubuthelana ezithathwe kwiindawo ezingenazingxabano.
Isilumkiso seFCC
Naluphi na uTshintsho okanye uhlengahlengiso olungavunywanga ngokucacileyo liqela elinoxanduva lokuthobela lunokutshitshisa igunya lomsebenzisi lokusebenzisa isixhobo.
Esi sixhobo sithobela inxalenye ye-15 yeMithetho yeFCC. Umsebenzi uxhomekeke kwezi meko zimbini zilandelayo:
- Esi sixhobo sisenokungabangeli uphazamiseko oluyingozi
- Esi sixhobo kufuneka samkele naluphi na uphazamiseko olufunyenweyo, kuquka uphazamiseko olunokubangela usetyenziso olungafunekiyo.
INkcazo yeFCC RF yokuVela kwiMitha:
- Esi siThuthi akufuneki sibe kwindawo enye okanye sisebenze kunye nayo nayiphi na enye i-eriyali okanye isidluliseli.
- Esi sixhobo sithobela imida yokuvezwa kwemitha ye-RF emiselwe indawo engalawulwayo.
- Esi sixhobo kufuneka sifakwe kwaye sisebenze kunye nomgama omncinci wama-20 cm phakathi kweradiyetha kunye nomzimba wakho.
Phawula: Esi sixhobo sivavanyiwe saza safunyanwa ukuba sithobela imida yesixhobo sedijithali soDidi B, ngokungqinelana nenxalenye ye-15 yeMithetho yeFCC. Le mida yenzelwe ukubonelela ngokhuseleko olufanelekileyo ekuphazamisekeni okunobungozi kwindawo yokuhlala. Esi sixhobo sivelisa, sisebenzise kwaye sinokusasaza amandla amaza erediyo kwaye, ukuba asifakanga kwaye sisetyenziswe ngokuhambelana nemiyalelo, sinokubangela uphazamiseko oluyingozi kunxibelelwano lwerediyo. Nangona kunjalo, akukho siqinisekiso sokuba ukuphazamiseka akuyi kwenzeka kufakelo oluthile. Ukuba esi sixhobo sibangela uphazamiseko oluyingozi kunomathotholo okanye ulwamkelo lukamabonakude, olunokumiselwa ngokucinywa nokulayita isixhobo, umsebenzisi uyakhuthazwa ukuba azame ukulungisa uphazamiseko ngenyathelo elinye okanye ngaphezulu kwezi zilandelayo:
- Jongisa kwakhona okanye uhambise i-eriyali efumanayo.
- Yandisa ukwahlukana phakathi kwesixhobo kunye nomamkeli.
- Qhagamshela isixhobo kwindawo yokuphuma kwisekethe eyahlukileyo kuleyo apho umamkeli aqhagamshelwe khona.
- Dibana nomthengisi okanye igcisa likanomathotholo/kumabonakude ukuze ufumane uncedo.
Iincwadana zabasebenzisi zezixhobo zerediyo ezikhululwe kwilayisenisi ziya kuba nezi saziso zilandelayo okanye ezifanayo kwindawo ecacileyo kwincwadi yomsebenzisi okanye ngenye indlela kwisixhobo okanye zombini. Esi sixhobo sithobela i(s) umgangatho we-RSS we-Industry Canada welayisenisi. Umsebenzi uxhomekeke kwezi meko zimbini zilandelayo:
- Esi sixhobo sisenokungabangeli ukuphazamiseka
- Esi sixhobo kufuneka samkele naluphi na uphazamiseko, kuquka uphazamiseko olunokubangela ukusebenza okungafunekiyo kwesixhobo.
Isilumkiso se-IC SAR:
Esi sixhobo kufuneka sifakwe kwaye sisebenze kunye nomgama omncinci wama-20 cm phakathi kweradiyetha kunye nomzimba wakho.
Kubalulekile: Ubushushu bokusebenza kwe-EUT abunakugqitha kuma-85℃ kwaye akufunekanga bube ngaphantsi kwe -40 ℃.
Ngale ndlela, i-Arduino Srl ibhengeza ukuba le mveliso iyahambelana neemfuno ezibalulekileyo kunye namanye amalungiselelo afanelekileyo oMgaqo ka-201453/EU. Le mveliso ivumelekile ukuba isetyenziswe kuwo onke amazwe angamalungu e-EU.
Ulwazi lweNkampani
| Igama leKhampani | Arduino Srl |
| Idilesi yeNkampani | Via Andrea Appiani, 25 Monza, MB, 20900 Italy |
Amaxwebhu ekubhekiswa kuwo
| Ref | Ikhonkco |
| Arduino IDE (Desktop) | https://www.arduino.cc/en/Main/Software |
| Arduino Web Umhleli (Cloud) | https://create.arduino.cc/editor |
| Web Umhleli – Ukuqalisa | https://docs.arduino.cc/cloud/web-editor/tutorials/getting-started/getting-started-web-editor |
| I-Hub yeProjekthi | https://create.arduino.cc/projecthub?by=part&part_id=11332&sort=trending |
| Isalathiso seThala leeNcwadi | https://github.com/arduino-libraries/ |
| Ivenkile ye-Intanethi | https://store.arduino.cc/ |
Guqula iLog
| Umhla | Iinguqu |
| 08/06/2023 | Khulula |
| 09/01/2023 | Hlaziya itshati yomthi wamandla. |
| 09/11/2023 | Hlaziya icandelo le-SPI, hlaziya icandelo le-analog/digital pin. |
| 11/06/2023 | Lichanekileyo igama lenkampani, i-VBUS/VUSB echanekileyo |
| 11/09/2023 | Uhlaziyo lwe-Block Diagram, Iinkcukacha ze-Antenna |
| 11/15/2023 | Uhlaziyo lobushushu be-Ambient |
| 11/23/2023 | Ileyibhile eyongeziweyo kwiindlela ze-LP |
Ilungisiwe: 29/01/2024
Amaxwebhu / Izibonelelo
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I-Arduino Nano ESP32 enezihloko [pdf] Incwadi yokusebenzisa I-Nano ESP32 enezihloko, i-Nano, i-ESP32 eneeNcwadi eziHeadayo, ezineMibhalweni, iiHeda |