ESP32-WROVER-E &
ESP32-WROVER-IE
Manual mai amfani

 Ƙarsheview

ESP32-ROVER-E yana da ƙarfi, ƙirar WiFi-BT-BLE MCU na gaba ɗaya wanda ke yin niyya iri-iri na aikace-aikace, kama daga cibiyoyin sadarwar firikwensin ƙananan ƙarfi zuwa mafi yawan ayyuka masu buƙata, kamar rikodin murya, yawo na kiɗa, da ƙaddamar da MP3.
An samar da wannan tsarin a cikin nau'i biyu: ɗaya tare da eriyar PCB, ɗayan tare da eriyar IPEX. ESP32WROVER-E yana da filasha SPI na waje 4 MB da ƙarin 8 MB SPI Pseudo static RAM (PSRAM). Bayanin da ke cikin wannan takardar bayanan yana aiki ne ga samfuran biyu. Bayanin oda akan bambance-bambancen guda biyu na ESP32-WROVER-E an jera su kamar haka:

Module	Chip cushe	Filashi	SHIRIN	Girman Module (mm)
ESP32-WROVER-E (PCB)	Saukewa: ESP32-D0WD-V3	8 MB 1	8 MB	(18.00±0.10)×(31.40±0.10)×(3.30±0.10)
ESP32-WROVER-IE (IPEX)
Bayanan kula: ESP32-ROVER-E (PCB) ko ESP32-ROVER-IE (IPEX) tare da 4 MB flash ko 16 MB flash yana samuwa don 1. tsari na al'ada. 2. Don cikakkun bayanan oda, da fatan za a dubae Bayanin oda samfurin Espressifation. 3. Don girman mai haɗin IPEX, da fatan za a duba Babi na 10.

Tebur 1: Bayanin oda ESP32-ROVER-E

A cikin ainihin tsarin shine guntu ESP32-D0WD-V3*. An ƙera guntu da aka haɗa don zama mai daidaitawa da daidaitawa. Akwai nau'ikan nau'ikan CPU guda biyu waɗanda za'a iya sarrafa su daban-daban, kuma ana daidaita mitar agogon CPU daga 80 MHz zuwa 240 MHz. Mai amfani kuma na iya kashe CPU kuma yayi amfani da mai haɗin gwiwa mai ƙaramin ƙarfi don saka idanu akai-akai don canje-canje ko ketare ƙofa. ESP32 yana haɗa ɗimbin ɗimbin na'urori masu ƙarfi, kama daga firikwensin taɓawa mai ƙarfi, firikwensin Hall, ƙirar katin SD, Ethernet, SPI mai sauri, UART, I²S, da I²C.

Lura:
* Don cikakkun bayanai kan lambobi na dangin kwakwalwan kwamfuta na ESP32, da fatan za a duba takardar ESP32 Manua mai amfanil.

Haɗin kai na Bluetooth, Bluetooth LE, da Wi-Fi yana tabbatar da cewa ana iya yin niyya da yawa na aikace-aikace kuma tsarin yana kewaye da shi: amfani da Wi-Fi yana ba da damar babban kewayon jiki da haɗin kai kai tsaye zuwa Intanet ta hanyar Wi-Fi. Fi na'ura mai ba da hanya tsakanin hanyoyin sadarwa na Bluetooth yana bawa mai amfani damar haɗawa da wayar cikin dacewa ko watsar da ƙananan tashoshi masu ƙarfi don gano ta. A halin yanzu barci na guntu ESP32 bai kai 5 A ba, yana mai da shi dacewa da aikace-aikacen na'urorin lantarki masu ƙarfin baturi da sawa. Tsarin yana goyan bayan ƙimar bayanai har zuwa 150 Mbps. Kamar yadda irin wannan ƙirar ke ba da ƙayyadaddun jagorancin masana'antu da mafi kyawun aiki don haɗin lantarki, kewayo, amfani da wutar lantarki, da haɗin kai.

Tsarin aiki da aka zaɓa don ESP32 shine freeRTOS tare da LwIP; TLS 1.2 tare da haɓaka kayan masarufi an gina shi kuma. Hakanan ana tallafawa haɓakawa (wanda aka rufaffen ɓoye) akan iska (OTA), ta yadda masu amfani za su iya haɓaka samfuran su koda bayan sakin su, a ƙaramin farashi da ƙoƙari.
Table 2 yana ba da ƙayyadaddun bayanai na ESP32-ROVER-E.

Tebur 2: Bayanan ESP32-WROVER-E

Categories	Abubuwa	Ƙayyadaddun bayanai
Gwaji	Dogara	HTML/HTSL/uHAST/TCT/ESD
Wi-Fi	Ka'idoji	802.11 b/g/n20//n40
		Ƙungiyar A-MPDU da A-MSDU da 0.4 s goyon bayan tsaka-tsakin lokaci
	Kewayon mita	2412-2462MHz
Bluetooth	Ka'idoji	Bluetooth v4.2 BR/EDR da ƙayyadaddun BLE
	Rediyo	Mai karɓar NZIF tare da -97 dBm hankali
		Class-1, class-2 da class-3 watsawa
		AFH
	Audio	CVSD da SBC
Hardware	Module musaya	Katin SD, UART, SPI, SDIO, I2C, LED PWM, Motar PWM, I2S, IR, bugun bugun jini, GPIO, firikwensin taɓawa, ADC, DAC
	Na'urar firikwensin kan-chip	Hall firikwensin
	Haɗe-haɗe crystal	40 MHz crystal
	Haɗe-haɗen SPI flash	4 MB
	Haɗin PSRAM	8 MB
	Ƙa'idar aikitage/Power wadata	3.0 ~ 3.6 V
	Mafi ƙarancin halin yanzu da wutar lantarki ke bayarwa	500 mA
	Shawarar kewayon zafin aiki	-40 ° C ~ 65 ° C
	girman	(18.00± 0.10) mm × (31.40± 0.10) mm × (3.30± 0.10) mm
	Matsayin jin daɗi (MSL)	Mataki na 3

 Ma'anar Pin

2.1 Fil Layout

Bayanin Pin

ESP32-ROVER-E yana da fil 38. Duba ma'anar fil a Tebu 3.

Tebur 3: Ma'anar Ma'anar Pin

Suna	A'a.	Nau'in	Aiki
GND	1	P	Kasa
3V3	2	P	Tushen wutan lantarki
EN	3	I	Sigina mai kunna-module. Babban aiki.
SENSOR_VP	4	I	GPIO36, ADC1_CH0, RTC_GPIO0
SENSOR_VN	5	I	GPIO39, ADC1_CH3, RTC_GPIO3
IO34	6	I	GPIO34, ADC1_CH6, RTC_GPIO4
IO35	7	I	GPIO35, ADC1_CH7, RTC_GPIO5
IO32	8	I/O	GPIO32, XTAL_32K_P (32.768 kHz crystal oscillator shigar), ADC1_CH4, TOUCH9, RTC_GPIO9
IO33	9	I/O	GPIO33, XTAL_32K_N (32.768 kHz crystal oscillator fitarwa), ADC1_CH5, TOUCH8, RTC_GPIO8
IO25	10	I/O	GPIO25, DAC_1, ADC2_CH8, RTC_GPIO6, EMAC_RXD0
IO26	11	I/O	GPIO26, DAC_2, ADC2_CH9, RTC_GPIO7, EMAC_RXD1
IO27	12	I/O	GPIO27, ADC2_CH7, TOUCH7, RTC_GPIO17, EMAC_RX_DV
IO14	13	I/O	GPIO14, ADC2_CH6, TOUCH6, RTC_GPIO16, MTMS, HSPICLK, HS2_CLK, SD_CLK, EMAC_TXD2
IO12	14	I/O	GPIO12, ADC2_CH5, TOUCH5, RTC_GPIO15, MTDI, HSPIQ, HS2_DATA2, SD_DATA2, EMAC_TXD3
GND	15	P	Kasa
IO13	16	I/O	GPIO13, ADC2_CH4, TOUCH4, RTC_GPIO14, MTCK, HSPID, HS2_DATA3, SD_DATA3, EMAC_RX_ER
NC	17	–	–
NC	18	–	–
NC	19	–	–
NC	20	–	–
NC	21	–	–
NC	22	–	–
IO15	23	I/O	GPIO15, ADC2_CH3, TOUCH3, MTDO, HSPICS0, RTC_GPIO13, HS2_CMD, SD_CMD, EMAC_RXD3
IO2	24	I/O	GPIO2, ADC2_CH2, TOUCH2, RTC_GPIO12, HSPIWP, HS2_DATA0, SD_DATA0
IO0	25	I/O	GPIO0, ADC2_CH1, TOUCH1, RTC_GPIO11, CLK_OUT1, EMAC_TX_CLK
IO4	26	I/O	GPIO4, ADC2_CH0, TOUCH0, RTC_GPIO10, HSPIHD, HS2_DATA1, SD_DATA1, EMAC_TX_ER
NC1	27	–	–
NC2	28	–	–
IO5	29	I/O	GPIO5, VSPICS0, HS1_DATA6, EMAC_RX_CLK
IO18	30	I/O	GPIO18, VSPICLK, HS1_DATA7

Suna	A'a.	Nau'in	Aiki
IO19	31	I/O	GPIO19, VSPIQ, U0CTS, Emac_TXD0
NC	32	–	–
IO21	33	I/O	GPIO21, VSPIHD, EMAC_TX_EN
Saukewa: RXD0	34	I/O	GPIO3, U0RXD, CLK_OUT2
MUX0	35	I/O	GPIO1, U0TXD, CLK_OUT3, EMAC_RXD2
IO22	36	I/O	GPIO22, VSPIWP, U0RTS, EMAC_TXD1
IO23	37	I/O	GPIO23, VSPID, HS1_STROBE
GND	38	P	Kasa

Matsa Fil

ESP32 yana da fil ɗin madauri guda biyar, waɗanda za a iya gani a Babi na 6 Tsare-tsare:

• MDI
• Farashin GPIO0
• Farashin GPIO2
• MTDO
• Farashin GPIO5

Software na iya karanta ƙimar waɗannan ragi biyar daga rajistar ”GPIO_STRAPPING”.
Yayin sake saitin tsarin guntu (sake saitin wutar lantarki, sake saitin agogon RTC, da sake saitin launin ruwan kasa), latches na madaurin fil s.ampku voltage matakin a matsayin madauri na "0" ko "1", kuma ka riƙe waɗannan raƙuman har sai guntu ya ƙare ko rufe. Matsakaicin madauri suna saita yanayin taya na na'urar, aikin voltage na VDD_SDIO da sauran saitunan tsarin farko.

Ana haɗe kowane fil ɗin madauri zuwa na ciki na cirewa/jawo ƙasa yayin sake saitin guntu. Don haka, idan ba a haɗa fil ɗin madauri ba ko kuma da'irar waje da aka haɗa tana da ƙarfi mai ƙarfi, ƙarancin ja da ja-ƙasa na ciki zai ƙayyade matakin shigar da tsoho na fil ɗin madauri.
Don canza ƙimar bit ɗin ɗauri, masu amfani za su iya amfani da juriya na waje/jawo sama, ko amfani da GPIO na rundunar MCU don sarrafa vol.tage matakin waɗannan fil yayin kunna ESP32.
Bayan sake saitin sakin, madaurin madaurin suna aiki azaman fil masu aiki na yau da kullun. Koma zuwa Tebu 4 don cikakken tsarin yanayin taya ta hanyar ɗaure fil.
Tebura na 4: Matsa Matsala

Voltage na Internal LDO (VDD_SDIO)
Pin	Default	3.3 V	1.8 V
MDI	Ja- ƙasa	0	1

Yanayin Booting
Pin	Default	SPI Boot		Zazzage Boot
Farashin GPIO0	Ja-up	1		0
Farashin GPIO2	Ja- ƙasa	Kada ku damu		0
Kunna/Karshe Log ɗin Gyaran Gyara Buga akan U0TXD Yayin Booting
Pin	Default	U0TXD Active		U0TXD shiru
MTDO	Ja-up	1		0
Lokacin SDIO Bawan
Pin	Default	Fadowa-baki Sampling Fitowar faɗuwa	Fadowa-baki Sampling Fitowar Haɓakawa	Tashi-gefen Sampling Fitowar faɗuwa	Tashi-gefen Sampling Fitowar Haɓakawa
MTDO	Ja-up	0	0	1	1
Farashin GPIO5	Ja-up	0	1	0	1

Lura:

• Firmware na iya saita ragowar rajista don canza saitunan ”Voltage na Internal LDO (VDD_SDIO)" da "Lokacin SDIO Bawan" bayan
• Mai jujjuyawa na ciki (R9) na MTDI ba ya cika a cikin tsarin, kamar yadda filasha da SRAM a cikin ESP32-ROVER-E kawai ke goyan bayan wutar lantarki.tage na 3 V (fitarwa ta VDD_SDIO)

1. Bayanin Aiki

Wannan babin yana bayyana kayayyaki da ayyuka da aka haɗa cikin ESP32-ROVER-E.

CPU da Internal Memory

ESP32-D0WD-V3 ya ƙunshi ƙananan masu sarrafa Xtensa® 32-bit LX6 microprocessors guda biyu. Ƙwaƙwalwar ajiyar ciki ta haɗa da:

• 448 KB na ROM don booting da core
• 520 KB na kan-chip SRAM don bayanai da
• 8 KB na SRAM a cikin RTC, wanda ake kira RTC FAST Memory kuma ana iya amfani dashi don ajiyar bayanai; Babban CPU yana samun isa gare shi yayin RTC Boot daga Deep-sleep
• 8 KB na SRAM a cikin RTC, wanda ake kira RTC SLOW Memory kuma co-processor na iya samun damar yin amfani da shi yayin Deep-sleep.
• 1 Kbit na amfani: Ana amfani da 256 ragowa don tsarin (adireshin MAC da tsarin guntu) kuma sauran 768 ragowa an tanada su don aikace-aikacen abokin ciniki, gami da boye-boye da kuma guntu-ID.

External Flash da SRAM

ESP32 yana goyan bayan filasha QSPI na waje da yawa da guntuwar SRAM. Ana iya samun ƙarin cikakkun bayanai a Babi na SPI a cikin Bayanin Fasaha na ESP32 Manual. ESP32 kuma yana goyan bayan ɓoyayyen ɓoyayyen kayan aiki/rufewa bisa AES don kare shirye-shiryen masu haɓakawa da bayanai a cikin walƙiya.
ESP32 na iya samun dama ga filasha QSPI na waje da SRAM ta caches masu sauri.

• Ana iya tsara filasha na waje zuwa sararin ƙwaƙwalwar ajiya na CPU da sararin ƙwaƙwalwar ajiyar karantawa kawai a lokaci guda.
  • Lokacin da aka yi taswirar filasha na waje zuwa sararin ƙwaƙwalwar ajiyar CPU, ana iya tsara taswirar har zuwa 11 MB + 248 KB a lokaci guda. Lura cewa idan an tsara fiye da 3 MB + 248 KB, aikin cache zai ragu saboda hasashe na karantawa daga
  • Lokacin da aka yi taswirar filasha na waje zuwa sararin ajiyar bayanai na karantawa kawai, ana iya yin taswirar har zuwa 4 MB a 8-bit, 16-bit, da 32-bit masu karantawa.
• Ana iya tsara taswirar SRAM na waje zuwa sararin ƙwaƙwalwar ajiyar bayanan CPU. Ana iya tsara taswira har zuwa 4 MB a lokaci guda. 8-bit, 16-bit, da 32-bit suna karantawa da rubutawa

ESP32-ROVER-E yana haɗa filasha SPI 8 MB da PSRAM 8 MB don ƙarin sararin ƙwaƙwalwar ajiya.

Crystal Oscillators

Tsarin yana amfani da oscillator crystal 40-MHz.

RTC da Gudanar da Ƙarƙashin Ƙarfafa

Tare da amfani da ci-gaba fasahar sarrafa wutar lantarki, ESP32 na iya canzawa tsakanin hanyoyin wuta daban-daban.
Don cikakkun bayanai game da amfani da wutar lantarki na ESP32 a cikin nau'ikan wutar lantarki daban-daban, da fatan za a duba sashin "RTC da Ƙarƙashin Gudanar da Wuta" a ciki ESP32 Bayanaikasa.

Na'urorin haɗi da na'urori masu auna firikwensin

Da fatan za a koma zuwa Sashe na Wuta da na'urori masu auna firikwensin ciki ESP32 mai amfani, Mutumual.

Lura:
Ana iya haɗa haɗin waje zuwa kowane GPIO ban da GPIO a cikin kewayon 6-11, 16, ko 17. GPIOs 6-11 suna haɗe da haɗaɗɗen SPI flash na module da PSRAM. GPIOs 16 da 17 suna haɗe zuwa haɗaɗɗen PSRAM na module. Don cikakkun bayanai, da fatan za a duba Sashe na 6 Tsari.

1. Halayen Lantarki

Cikakkun Mahimman Kima

Matsalolin da suka wuce madaidaicin madaidaicin kima da aka jera a cikin tebur da ke ƙasa na iya haifar da lahani na dindindin ga na'urar. Waɗannan ƙididdigan damuwa ne kawai kuma ba sa nufin aikin na'urar da ya kamata ya bi yanayin aiki da aka ba da shawarar.

Tebur na 5: Cikakkun Mahimman Kima

1. Tsarin ya yi aiki da kyau bayan gwajin sa'o'i 24 a cikin yanayin zafin jiki a 25 ° C, da IOs a cikin yankuna uku (VDD3P3_RTC, VDD3P3_CPU, VDD_SDIO) fitarwa babban matakin tunani zuwa ƙasa. Lura cewa fil ɗin da ke cikin walƙiya da/ko PSRAM a cikin ikon VDD_SDIO an cire su daga
2. Da fatan za a duba Karin bayani IO_MUX na Bayanan Bayani na ESP32t don ikon IO

 Sharuɗɗan Aiki da aka Shawarar

Tebur 6: Yanayin Aiki da aka Ba da Shawara

Alama	Siga	Min	Na al'ada	Max	Naúrar
Bangaren VDD33	Wutar lantarki voltage	3.0	3.3	3.6	V
IVDD	Ana kawowa ta hanyar wutar lantarki ta waje	0.5	–	–	A
T	Yanayin aiki	-40	–	65	°C

Halayen DC (3.3V, 25°C)

Tebur 7: Halayen DC (3.3 V, 25 ° C)

Alama	Siga		Min	Buga	Max	Naúrar
CIN	Pin capacitance		–	2	–	pF
VIH	Shigar da babban matakin voltage		0.75×VDD1	–	VDD1 + 0.3	V
VIL	Ƙaramar shigarwa voltage		-0.3	–	0.25×VDD1	V
II	Babban shigar da halin yanzu		–	–	50	nA
II	Ƙarƙashin shigarwa na halin yanzu		–	–	50	nA
VOH	Babban matakin fitarwa voltage		0.8×VDD1	–	–	V
VOL	Ƙarƙashin fitarwa voltage		–	–	0.1×VDD1	V
IOH	Babban tushen halin yanzu (VDD1 = 3.3 V, VOH >= 2.64V, ƙarfin fitar da fitarwa ya saita zuwa matsakaicin)	VDD3P3_CPU ikon yanki 1; 2	–	40	–	mA
		VDD3P3_RTC yankin wutar lantarki 1; 2	–	40	–	mA
		VDD_SDIO yankin wutar lantarki 1; 3	–	20	–	mA

Alama	Siga	Min	Buga	Max	Naúrar
IOL	Ƙarƙashin nutsewar halin yanzu (VDD1 = 3.3 V, VOL = 0.495 V, ƙarfin fitarwa ya saita zuwa matsakaicin)	–	28	–	mA
RPU	Resistance na ciki ja-up resistor	–	45	–	ku
RPD	Resistance na ciki ja-saukar resistor	–	45	–	ku
VIL_nRST	Ƙaramar shigarwa voltage na CHIP_PU don kashe guntu	–	–	0.6	V

Bayanan kula:

1. Da fatan za a duba Karin bayani IO_MUX na Bayanan Bayani na ESP32 don yankin ikon IO. VDD shine I/O voltage don wani yanki na iko na musamman na
2. Don yankin wutar lantarki na VDD3P3_CPU da VDD3P3_RTC, kowane fil na yanzu da aka samo a cikin yanki ɗaya yana raguwa daga kusan 40 mA zuwa kusa da 29 mA, V.OH> = 2.64 V, azaman adadin fil masu tushe na yanzu
3. Fil ɗin walƙiya da/ko PSRAM a cikin ikon VDD_SDIO an cire su daga

Wi-Fi Radio

Table 8: Wi-Fi Radio Halayen

Siga	Sharadi	Min	Na al'ada	Max	Naúrar
Bayanan mitar mai aiki1	–	2412	–	2462	MHz
Bayanin ikon TX2	802.11b:26.62dBm;802.11g:25.91dBm 802.11n20:25.89dBm;802.11n40:26.51dBm				dBm
Hankali	11b, 1 Mbps	–	-98	–	dBm
	11b, 11 Mbps	–	-89	–	dBm
	11g, 6Mbps	–	-92	–	dBm
	11g, 54Mbps	–	-74	–	dBm
	11n, HT20, MCS0	–	-91	–	dBm
	11n, HT20, MCS7	–	-71	–	dBm
	11n, HT40, MCS0	–	-89	–	dBm
	11n, HT40, MCS7	–	-69	–	dBm
Ƙimar tashar da ke kusa	11g, 6Mbps	–	31	–	dB
	11g, 54Mbps	–	14	–	dB
	11n, HT20, MCS0	–	31	–	dB
	11n, HT20, MCS7	–	13	–	dB

1. Ya kamata na'urar ta yi aiki a cikin kewayon mitar da hukumomin yanki suka ware. Ana iya daidaita kewayon mitar aiki manufa ta
2. Don samfuran da ke amfani da eriya ta IPEX, ƙarfin fitarwa shine 50 Ω. Don sauran kayayyaki ba tare da eriya ta IPEX ba, masu amfani ba sa buƙatar damuwa game da fitarwa
3. Ƙarfin TX na Target yana daidaitawa bisa na'ura ko takaddun shaida

Bluetooth/BLE Radio

Mai karɓa

Tebur 9: Halayen Mai karɓa - Bluetooth/BLE

Siga	Sharuɗɗa	Min	Buga	Max	Naúrar
Hankali @30.8% PER	–	–	-97	–	dBm
Mafi girman siginar da aka karɓa @30.8% PER	–	0	–	–	dBm
Co-channel C/I	–	–	+10	–	dB
Zaɓin tashar ta kusa C/I	F = F0 + 1 MHz	–	-5	–	dB
	F = F0 - 1 MHz	–	-5	–	dB
	F = F0 + 2 MHz	–	-25	–	dB
	F = F0 - 2 MHz	–	-35	–	dB
	F = F0 + 3 MHz	–	-25	–	dB
	F = F0 - 3 MHz	–	-45	–	dB
Ayyukan toshewa daga waje	30 MHz ~ 2000 MHz	-10	–	–	dBm
	2000 MHz ~ 2400 MHz	-27	–	–	dBm
	2500 MHz ~ 3000 MHz	-27	–	–	dBm
	3000 MHz ~ 12.5 GHz	-10	–	–	dBm
Intmodulation	–	-36	–	–	dBm

  Mai watsawa

Tebur 10: Halayen watsawa - Bluetooth/BLE

Siga	Sharuɗɗa	Min	Buga	Max	Naúrar
Mitar RF	–	2402	–	2480	dBm
Samun matakin sarrafawa	–	–	–	–	dBm
RF iko	BLE:6.80dBm;BT:8.51dBm				dBm
Tashar kusa tana watsa iko	F = F0 ± 2 MHz	–	-52	–	dBm
	F = F0 ± 3 MHz	–	-58	–	dBm
	F = F0 ± > 3 MHz	–	-60	–	dBm
∆ f1 matsakaici	–	–	–	265	kHz ba
∆ f2max	–	247	–	–	kHz ba
∆ f2Vg/∆ f1 matsakaici	–	–	-0.92	–	–
Farashin ICFT	–	–	-10	–	kHz ba
Matsakaicin ƙaura	–	–	0.7	–	kHz/50 s
Drift	–	–	2	–	kHz ba

Maimaitawa Profile

Hoto 2: Reflow Profile

 Abubuwan Koyo

Takardun Dole-Karanta

Hanya mai zuwa tana ba da takaddun da ke da alaƙa da ESP32.

• ESP32 Manua mai amfanil

Wannan takaddar tana ba da gabatarwa ga ƙayyadaddun kayan aikin ESP32, gami da ƙariview, ma'anar fil, bayanin aiki, mahaɗar yanayi, halayen lantarki, da sauransu.

• Jagorar Shirye-shiryen ESP-IDF

Yana ɗaukar manyan takardu don ESP-IDF jere daga jagororin kayan masarufi zuwa bayanin API.

• Bayanin Fasaha na ESP32 Manual

Littafin yana ba da cikakken bayani kan yadda ake amfani da ƙwaƙwalwar ESP32 da maɓalli.

• ESP32 Hardware Albarkatun

zip din files sun haɗa da ƙira, shimfidar PCB, Gerber, da BOM jerin samfuran ESP32 da allunan haɓakawa.

• ESP32 Jagorar Zane Hardware

Sharuɗɗan sun zayyana ayyukan ƙira waɗanda aka ba da shawarar lokacin haɓaka tsarin keɓancewa ko ƙari bisa tsarin samfuran ESP32, gami da guntu ESP32, samfuran ESP32, da allunan haɓakawa.

• ESP32 AT Saitin Umarni da Examples

Wannan takaddun yana gabatar da umarnin ESP32 AT, yayi bayanin yadda ake amfani da su, kuma yana bada exampwasu umarnin AT na gama-gari.

• Bayanin oda samfuran Espressif

Dole ne Ya Samu Albarkatun

Anan akwai abubuwan da ke da alaƙa da ESP32 dole ne su sami albarkatu.

• Saukewa: ESP32BBS

Wannan al'umma ce ta Injiniya-zuwa Injiniya (E2E) don ESP32 inda zaku iya aika tambayoyi, raba ilimi, bincika ra'ayoyi, da kuma taimakawa warware matsaloli tare da injiniyoyin abokan aikinku.

• ESP32 GitHub

Ana rarraba ayyukan haɓaka ESP32 kyauta ƙarƙashin lasisin MIT na Espressif akan GitHub. An kafa shi don taimakawa masu haɓakawa su fara da ESP32 da haɓaka ƙima da haɓaka ilimin gabaɗaya game da hardware da software da ke kewaye da na'urorin ESP32.

• Kayan aikin ESP32

Wannan a webshafi inda masu amfani zasu iya zazzage ESP32 Flash Download Tools da zip file "Takaddarwar ESP32 da Gwaji".

• ESP-IDF

Wannan webshafi yana danganta masu amfani zuwa tsarin haɓaka IoT na hukuma don ESP32.

• Bayanan Bayani na ESP32

Wannan webshafi yana ba da hanyoyin haɗin kai zuwa duk samuwan takaddun ESP32, SDK, da kayan aikin.

Kwanan wata	Sigar	Bayanan sanarwa
2020.01	V0.1	Saki na farko don takaddun shaida CE&FCC.

OEM Jagora

1. Dokokin FCC masu aiki
   An ba da wannan ƙa'idar ta Amintaccen Modular Single. Ya bi ka'idodin FCC sashi na 15C, sashe na 15.247 dokokin.
2. Musamman yanayin amfani na aiki
   Ana iya amfani da wannan ƙirar a cikin na'urorin IoT. Shigar da voltage zuwa ga module ne maras muhimmanci 3.3V-3.6 V DC. Matsakaicin yanayin yanayin aiki na module shine -40 °C ~ 65 °C. Eriyar PCB da aka saka kawai aka yarda. An haramta duk wani eriyar waje.
3. Ƙididdigar module hanyoyin N/A
4. Trace eriya designN/A
5. Abubuwan la'akari da bayyanar RF
   Kayan aikin sun dace da iyakokin fiddawa na FCC da aka tsara don muhalli mara sarrafawa. Ya kamata a shigar da wannan kayan aikin tare da mafi ƙarancin nisa na 20cm tsakanin radiyo da jikin ku. Idan an gina kayan aiki a cikin runduna azaman abin amfani mai ɗaukuwa, ana iya buƙatar ƙarin kimantawa na RF kamar yadda aka ƙayyade ta 2.1093.
6. Eriya
   Nau'in eriya: PCB eriyar Ƙoƙwalwar riba: 3.40dBi Omni eriyar tare da mai haɗin IPEX Peak gain2.33dBi
7. Alamar alama da bayanin yarda
   Alamar waje akan ƙarshen samfurin OEM na iya amfani da kalmomi kamar masu biyowa: "Ya ƙunshi Mai watsawa Module FCC ID: 2AC7Z-ESP32WROVERE" ko "Ya ƙunshi FCC ID: 2AC7Z-ESP32WROVERE."
8. Bayani kan hanyoyin gwaji da ƙarin buƙatun gwaji
   a) Mai ba da kyautar na'urar ya gwada cikakken gwajin na'urar watsawa akan adadin tashoshi da ake buƙata, nau'ikan daidaitawa, da halaye, bai kamata ya zama dole ga mai sakawa mai watsa shiri ya sake gwada duk hanyoyin watsawa ko saituna ba. Ana ba da shawarar masana'anta samfurin rundunar, shigar da na'urar watsawa ta zamani, ta aiwatar da wasu ma'auni na bincike don tabbatar da cewa tsarin haɗin gwiwar da ya haifar bai wuce iyakokin hayaƙi mai ɓarna ba ko iyakokin gefen bandeji (misali, inda eriya daban na iya haifar da ƙarin hayaƙi).
   b) Gwajin yakamata ya bincika hayaki wanda zai iya faruwa saboda tsaka-tsakin hayaki tare da sauran masu watsawa, da'ira na dijital, ko kaddarorin jiki na samfurin rundunar (yawo). Wannan binciken yana da mahimmanci musamman lokacin haɗa na'urorin watsawa da yawa inda takaddun shaida ya dogara ne akan gwada kowannen su a cikin tsayayyen tsari. Yana da mahimmanci a lura cewa masana'antun samfuran ba za su ɗauka cewa saboda mai watsawa na zamani yana da bokan cewa ba su da wani alhaki na cikar samfur na ƙarshe.
   c) Idan binciken ya nuna damuwa da bin ka'ida, mai sana'anta samfurin ya wajaba ya rage matsalar. Samfuran mai watsa shiri ta amfani da na'urar watsawa na yau da kullun suna ƙarƙashin duk ƙa'idodin fasaha na mutum ɗaya da suka dace da kuma ga ƙa'idodin aiki na gaba ɗaya a cikin Sashe na 15.5, 15.15, da 15.29 don kar su haifar da tsangwama. Za a wajabta ma'aikacin samfurin rundunar ya daina aiki da na'urar har sai an gyara tsangwama.
9. Ƙarin gwaji, Sashe na 15 Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarshe Mai watsa shiri/module na ƙarshe yana buƙatar a kimanta shi daidai da ka'idojin FCC Sashe na 15B don radiyo mara niyya domin a ba shi izini da kyau don aiki azaman Sashe na 15 na'urar dijital. Mai haɗawa mai watsa shirye-shiryen shigar da wannan samfurin a cikin samfurin su dole ne tabbatar da cewa samfurin ƙarshe na ƙarshe ya bi ka'idodin FCC ta hanyar ƙima na fasaha ko kimanta dokokin FCC, ciki har da aikin watsawa, kuma ya kamata ya koma zuwa jagora a cikin KDB 996369. Don samfuran masauki. tare da ingantacciyar watsawa ta zamani, mitar bincike na tsarin haɗin gwiwar an ƙayyade ta ka'ida a cikin Sashe na 15.33(a)(1) ta (a)(3), ko kewayon da ya dace da na'urar dijital, kamar yadda aka nuna a Sashe. 15.33(b)(1), ko wanene mafi girman kewayon bincike Lokacin gwada samfurin mai masaukin, duk masu watsawa dole ne suyi aiki. Ana iya kunna masu watsawa ta hanyar amfani da direbobin da ke akwai kuma a kunna su, don haka masu watsawa suna aiki. A wasu sharuɗɗa, yana iya dacewa a yi amfani da takamaiman akwatin kira (saitin gwaji) inda babu na'urori 50 ko direbobi. Lokacin gwajin hayaki daga na'urar radiyo mara niyya, za'a sanya mai watsawa cikin yanayin karɓa ko yanayin zaman banza, idan zai yiwu. Idan yanayin karɓar kawai ba zai yiwu ba to, rediyon zai zama m (wanda aka fi so) da/ko dubawa mai aiki. A cikin waɗannan lokuta, wannan yana buƙatar kunna aiki akan BUS na sadarwa (watau PCIe, SDIO, USB) don tabbatar da kunna da'irar radiyon da ba a yi niyya ba. Dakunan gwaje-gwaje na iya buƙatar ƙara ƙara ko tacewa dangane da ƙarfin siginar kowane tashoshi masu aiki (idan an zartar) daga rediyo(s) da aka kunna. Dubi ANSI C63.4, ANSI C63.10, da ANSI C63.26 don ƙarin cikakkun bayanan gwaji na gabaɗaya.
   An saita samfurin da ake gwadawa zuwa hanyar haɗin gwiwa/haɗin gwiwa tare da na'urar haɗin gwiwa, gwargwadon amfanin samfurin na yau da kullun. Don sauƙaƙe gwaji, samfurin da ke ƙarƙashin gwaji an saita shi don watsawa a babban aikin sake zagayowar, kamar ta hanyar aikawa. file ko yawo da wasu abubuwan cikin media.

Gargadin FCC:
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 aikin. Wannan na'urar ta bi sashe na 15 na Dokokin FCC. Aikin yana ƙarƙashin sharuɗɗa biyu masu zuwa: (1) Wannan na'urar bazai haifar da tsangwama mai cutarwa ba, kuma (2) Dole ne wannan na'urar ta karɓi duk wani tsangwama da aka samu, gami da tsangwama wanda zai iya haifar da aiki maras so.

Game da Wannan Takardun
Wannan takaddar tana ba da ƙayyadaddun bayanai na ESP32-ROVER-E da ESP32-ROVER-IE.

Sanarwa Canjin Takardu
Espressif yana ba da sanarwar imel don ci gaba da sabunta abokan ciniki akan canje-canje ga takaddun fasaha.
Da fatan za a yi rajista a www.espressif.com/en/subscribe.

Takaddun shaida
Zazzage takaddun shaida don samfuran Espressif daga www.espressif.com/en/certificates.

Sanarwa da Haƙƙin mallaka
Bayani a cikin wannan takarda, gami da URL nassoshi, ana iya canzawa ba tare da sanarwa ba. AN BAYAR DA WANNAN TAKARDUN KAMAR YADDA BABU WARRANTI KO KOMAI, HADA DA WANI GARANTI NA SAMUN SAUKI, RA'AYIN KARYA, KYAUTATA GA KOWANE MUSAMMAN MANUFAR, KO WANI GARANTI WAJEN FARUWA, WAJEN BANGASKIYA.AMPLE.
Duk wani abin alhaki, gami da abin alhaki don keta haƙƙin mallaka, da ya shafi amfani da bayanai a cikin wannan takaddar ba a musanta ba. Babu wani lasisi da aka bayyana ko bayyana, ta estoppel ko akasin haka, ga kowane haƙƙin mallakar fasaha da aka bayar anan. Alamar Memba ta Alliance alamar kasuwanci ce ta Wi-Fi Alliance. Tambarin Bluetooth alamar kasuwanci ce mai rijista ta Bluetooth SIG.
Duk sunayen kasuwanci, alamun kasuwanci, da alamun kasuwanci masu rijista da aka ambata a cikin wannan takaddar mallakin masu su ne kuma an yarda dasu. Haƙƙin mallaka © 2019 Espressif Inc. Duk haƙƙin mallaka.

Shafin 0.1
Abubuwan da aka bayar na Espressif Systems
Haƙƙin mallaka © 2019
www.espressif.co

Takardu / Albarkatu

ESPRESSIF ESP32 Wrover-e Bluetooth Low Energy Module [pdf] Manual mai amfani ESP32WROVERE, 2AC7Z-ESP32WROVERE, 2AC7ZESP32WROVERE, ESP32, Wrover-e Bluetooth Low Energy Module, Wrover-ie Bluetooth Low Energy Module

Magana

• Manual mai amfani