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DOIT ESP32 DEVKIT V1

Плата разработки DOIT ESP32 DEVKIT V1. Подробные характеристики, распиновка и возможности применения одного из самых популярных контроллеров для IoT.

DOIT ESP32 DEVKIT V1

DOIT ESP32 DEVKIT V1 — это «золотой стандарт» в мире ESP32. Одна из самых первых и популярных плат, которая завоевала доверие миллионов разработчиков благодаря своей простоте, надежности и отличной разводке пинов. 🚀

DOIT ESP32 DEVKIT V1
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О плате DOIT ESP32 DEVKIT V1

DOIT ESP32 DEVKIT V1 построена на базе классического модуля ESP32-WROOM-32. Она предлагает 30 пинов (существует также 38-пиновая версия), которые идеально ложатся на макетную плату, оставляя свободным по одному ряду отверстий с каждой стороны. На плате установлен проверенный временем чип CP2102 для USB-UART преобразования, что гарантирует стабильное подключение даже на высоких скоростях прошивки. Плата оснащена двумя кнопками (EN и BOOT) и встроенным светодиодом, что делает её идеальной для обучения и быстрого прототипирования.

Где купить DOIT ESP32 DEVKIT V1

DOIT ESP32 DEVKIT V1

Цена от

~$5.00

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Технические характеристики

USB

Type Micro-USB

Serial Chip CP2102

Connectivity

WiFi 802.11 b/g/n (2.4 GHz)

Bluetooth 4.2

BLE 4.2

Microcontroller

Model esp32

Clock Speed 240 MHz

Flash Size 4MB

Architecture xtensa

✨ Features & Pins

Digital IO 40

Analog Input 16

PWM 19

Interrupts 16

Download Full Datasheet

Быстрая настройка

Copy-paste configs for DOIT ESP32 DEVKIT V1 - auto‑generated from this board’s exact hardware specs.

ESP32 240 MHz 4MB DIO Xtensa

In Arduino IDE 2 select Esp32 Dev from the esp32 by Espressif package. In PlatformIO use board = esp32dev. ESP32 · 240 MHz · 4MB · DIO.

Arduino IDE PlatformIO ESPHome esptool

Tools menu settings Copy

Board (select in Arduino IDE) Esp32 Dev

CPU Frequency 240 MHz

Flash Size 4MB

Flash Mode DIO

Upload Speed 921600

Architecture Xtensa

In Arduino IDE 2, open Boards Manager, search “esp32” by Espressif and install it. Then go to Tools → Board and select “Esp32 Dev” for the DOIT ESP32 DEVKIT V1.

platformio.ini Copy


[env:esp32doit-devkit-v1]
platform  = espressif32
board     = esp32dev
framework = arduino

; Exact hardware config for DOIT ESP32 DEVKIT V1
board_build.mcu        = esp32
board_build.f_cpu      = 240000000L
board_build.flash_size = 4MB
board_build.flash_mode = dio
board_upload.flash_size = 4MB

The board value is a close generic match - check PlatformIO board registry for an exact fit.

esp32: block (YAML) Copy


esp32:
  board: esp32dev
  framework:
    type: arduino   # or "esp-idf"

# DOIT ESP32 DEVKIT V1 - 240 MHz ESP32
# Flash: 4MB | USB: Micro-USB

Paste into your device’s .yaml. See ESPHome ESP32 docs for full options.

esptool.py - flash command Copy


esptool.py \
  --chip esp32 \
  --baud 921600 \
  write_flash \
    --flash_mode dio \
    --flash_size 4MB \
    0x1000 bootloader.bin \
    0x8000    partitions.bin \
    0xe000    boot_app0.bin \
    0x10000   firmware.bin

Install: pip install esptool - replace firmware.bin with your binary - bootloader at 0x1000

Размеры платы

DOIT ESP32 DEVKIT V1 dimensions - height, width

Width 23.37mm

Length 51.45mm

Схема распиновки DOIT DEVKIT V1

Complete pin reference for DOIT ESP32 DEVKIT V1

DOIT ESP32 DEVKIT V1 pinout diagram

The DOIT ESP32 DEVKIT V1 pinout exposes nearly the entire feature set of the ESP32 on two easy-to-breadboard rows of 15 pins each.

Power rails include VIN (5 V) for USB or external input, a regulated 3V3 output, and several GND pins for solid reference.

Serial I/O: TX0 (GPIO1) and RX0 (GPIO3) link to the CP2102 for USB programming, while TX2 (GPIO17) and RX2 (GPIO16) give you a second hardware UART for sensors or GPS modules.

I²C defaults to SDA (GPIO21) and SCL (GPIO22), but any open GPIO can be reassigned in software.

SPI comes in two flavors: the default VSPI bus (MOSI GPIO23, MISO GPIO19, SCK GPIO18, CS GPIO5) and an alternate HSPI bus on GPIO12–GPIO15 for additional devices.

Analog & touch: Eight ADC1 channels reside on GPIO32–GPIO39, usable even when Wi-Fi is active. Extra ADC2 channels (e.g., GPIO0, 2, 4, 12–15, 25–27) are shared with Wi-Fi. Dual 8-bit DAC outputs sit on GPIO25 and GPIO26. Many of these pads double as capacitive-touch sensors for sleek, button-free interfaces.

Every GPIO can source PWM signals for LED dimming or motor control. Keep an eye on boot-strap pins-GPIO0, GPIO2, and GPIO15-which must be held in the correct state (usually HIGH) during reset for normal startup.

From robust power handling to multiple high-speed buses, the DOIT ESP32 DEVKIT V1 pinout gives makers and professionals alike the flexibility to build anything from simple sensor nodes to fully fledged connected products-all on a compact, breadboard-friendly board.

Safe Pins to Use

These pins are safe for general GPIO usage without boot or system conflicts

IO18

IO19

IO21

IO22

IO23

IO25

IO26

IO27

IO32

IO33

Why Are These Pins Safe?

✓ No boot sequence involvement

✓ No flash/PSRAM connections

✓ No USB or JTAG conflicts

✓ Freely assignable without issues

Pins to Avoid or Use with Caution

Reserved for critical functions. Misuse may cause boot failures, programming issues, or system conflicts.

Strapping Pins

Boot behavior & flash voltage

JTAG Debugging

Low-level debugging interface

USB Pins

USB Serial/JTAG communication

Flash/SPI Pins

Memory & PSRAM connections

UART Serial

Debugging & firmware uploads

PIN

Label

Why Avoid

Type

IO1

U0TXD (GPIO1)

Connected to on-board USB-UART for uploading and logs; drives serial output at boot, so using as GPIO can disrupt programming or console.

🔌 USB

IO2

GPIO2

If driven HIGH on reset (while IO0 is LOW), selects an unsupported SDIO boot mode, causing boot failure.

🛠️ Strapping

IO3

U0RXD (GPIO3)

Used for receiving data from USB-UART (programming); also pulled HIGH at boot for console communication, so using as GPIO can disrupt uploads.

🔌 USB

IO4

GPIO4

Sampled at reset for boot config; should not be driven at boot (affects boot mode timing).

🛠️ Strapping

IO5

GPIO5

Must be HIGH during boot; if pulled LOW at reset, alters SDIO slave timing and may prevent normal boot.

🛠️ Strapping

IO12

MTDI (GPIO12)

Keep LOW during boot (internal PD); pulling HIGH at reset selects 1.8V flash mode, causing flash brownout if 3.3V flash is used.

🛠️ Strapping

IO13

MTCK (GPIO13)

Used for JTAG debugging (TCK); avoid using as GPIO if JTAG is needed.

🪛 Other

IO14

MTMS (GPIO14)

Used for JTAG debugging (TMS); driving it as GPIO may interfere with JTAG or produce spurious signals at boot.

🪛 Other

IO15

MTDO (GPIO15)

Keep HIGH during boot (internal PU); if LOW on reset, bootloader log is silenced and boot mode may change.

🛠️ Strapping

IO16

GPIO16

Connected to internal PSRAM on PSRAM-enabled modules; not usable as GPIO on those modules.

⚡ Flash

IO17

GPIO17

Connected to internal PSRAM on PSRAM-enabled modules; not usable as GPIO on those modules.

⚡ Flash

IO34

GPIO34

Cannot be used as output (no drive capability); only suitable for analog/digital input.

🪛 Other

IO35

GPIO35

Cannot be used as output; only suitable for input.

🪛 Other

IO36

GPIO36 (SENSOR_VP)

Cannot be used as output; only suitable for input (e.g., analog read).

🪛 Other

IO39

GPIO39 (SENSOR_VN)

Cannot be used as output; only suitable for input.

🪛 Other

Show All 15 Pins

Datasheets and resources for DOIT ESP32 DEVKIT V1

[

Board Datasheet

Technical specifications

](https://www.javanelec.com/stfiles/getappdocument/1/true/f94d9c02-935a-4075-8484-f57aec67dcc0.pdf)[

ESP32 Datasheet

Microcontroller reference

](https://www.espressif.com/sites/default/files/documentation/esp32_datasheet_en.pdf)[

KiCad

https://github.com/tyme2tb/doit-esp32-devkit-v1/tree/main/kicad

](https://github.com/tyme2tb/doit-esp32-devkit-v1/tree/main/kicad)[

Schematic

https://embedded-systems-design.github.io/overview-of-the-esp32-devkit-doit-v1/SchematicsforESP32.pdf

](https://embedded-systems-design.github.io/overview-of-the-esp32-devkit-doit-v1/SchematicsforESP32.pdf)

DOIT ESP32 DEVKIT V1 Custom Pin Mapping

Pin configuration and GPIO mapping for DOIT ESP32 DEVKIT V1

40

Digital I/O Pins

16

Interrupt Pins

16

Analog Inputs

19

PWM Pins

Pin

Function

ESP Pin

I/O Type

Description

1

5V

5V

POWER INPUT

5V power input for the board

2

GND

GND

POWER GROUNT

Ground connection

3

3V3

3.3V

POWER OUTPUT

3.3V power output

5

IO1

GPIO1

BIDIRECTIONAL

GPIO

6

IO2

GPIO2

BIDIRECTIONAL

GPIO, ADC

7

IO3

GPIO3

BIDIRECTIONAL

GPIO

8

IO4

GPIO4

BIDIRECTIONAL

GPIO, ADC

9

IO5

GPIO5

BIDIRECTIONAL

GPIO

10

IO12

GPIO12

BIDIRECTIONAL

GPIO, ADC

11

IO13

GPIO13

BIDIRECTIONAL

GPIO, ADC

12

IO14

GPIO14

BIDIRECTIONAL

GPIO, ADC

13

IO15

GPIO15

BIDIRECTIONAL

GPIO, ADC

14

IO16

GPIO16

BIDIRECTIONAL

GPIO

15

IO17

GPIO17

BIDIRECTIONAL

GPIO

16

IO18

GPIO18

BIDIRECTIONAL

GPIO

17

IO19

GPIO19

BIDIRECTIONAL

GPIO

18

IO21

GPIO21

BIDIRECTIONAL

GPIO

19

IO22

GPIO22

BIDIRECTIONAL

GPIO

20

IO23

GPIO23

BIDIRECTIONAL

GPIO

21

IO25

GPIO25

BIDIRECTIONAL

GPIO, ADC

22

IO26

GPIO26

BIDIRECTIONAL

GPIO, ADC

23

IO27

GPIO27

BIDIRECTIONAL

GPIO, ADC

24

IO32

GPIO32

BIDIRECTIONAL

GPIO, ADC

25

IO33

GPIO33

BIDIRECTIONAL

GPIO, ADC

26

IO34

GPIO34

INPUT

GPIO, ADC

27

IO35

GPIO35

INPUT

GPIO, ADC

28

IO36

GPIO36

INPUT

GPIO, ADC

29

IO39

GPIO39

INPUT

GPIO, ADC

Legend

Function Pin role

GPIO ESP32 pin

I/O Direction

# Pin number

Маппинг пинов

Полная распиновка и соответствие GPIO для ESP32

26
Цифровые I/O пины
26
Пины прерываний
16
Аналоговые входы
34
PWM пины
Пин Аналог Тач PWM Другое
0 A11 T1 PWM
1 PWM TX0
2 A12 T2 PWM
3 PWM RX0
4 A10 T0 PWM
5 PWM SS
12 A15 T5 PWM
13 A14 T4 PWM
14 A16 T6 PWM
15 A13 T3 PWM
16 PWM
17 PWM
18 PWM SCK
19 PWM MISO
21 PWM SDA
22 PWM SCL
23 PWM MOSI
25 A18 PWM DAC1
26 A19 PWM DAC2
27 A17 T7 PWM
32 A4 T9 PWM
33 A5 T8 PWM
34 A6
35 A7
36 A0
39 A3
Легенда
A0 Аналоговый вход
PWM Поддержка ШИМ
RX/TX Посл. порт
# Номер пина

Похожие платы

ESP32-DevKitC

ESP32-DevKitC

Подробнее

Pin

Analog

Touch

PWM

Other

0

A11

T1

1

PWM

TX

2

A12

T2

PWM

LED_BUILTIN

3

PWM

RX

4

A10

T0

PWM

5

PWM

SS

12

A15

T5

PWM

13

A14

T4

PWM

14

A16

T6

PWM

15

A13

T3

PWM

18

PWM

SCK

19

PWM

MISO

21

PWM

SDA

22

PWM

SCL

23

PWM

MOSI

25

A18

PWM

DAC1

26

A19

PWM

DAC2

27

A17

T7

PWM

32

A4

T9

PWM

33

A5

T8

PWM

34

A6

35

A7

36

A0

39

A3

Legend

A0 Analog input

T0 Touch sensor

PWM PWM capable

RX/TX Serial pins

LED Built-in LED

# Pin number

Инструменты и конфигурация

Настройки сборки и загрузки по умолчанию для DOIT ESP32 DEVKIT V1

Настройка Значение
Инструмент загрузчика esptool_py
Инструмент сетевой загрузки esp_ota
Адрес загрузчика 0x1000
Режим Flash РАЗМЕРЫ ПЛАТЫ

DOIT ESP32 DEVKIT V1 DIMENSIONS - HEIGHT, WIDTH

WIDTH 23.37MM

LENGTH 51.45MM

СХЕМА РАСПИНОВКИ DOIT DEVKIT V1

COMPLETE PIN REFERENCE FOR DOIT ESP32 DEVKIT V1

DOIT ESP32 DEVKIT V1 PINOUT DIAGRAM

THE DOIT ESP32 DEVKIT V1 PINOUT EXPOSES NEARLY THE ENTIRE FEATURE SET OF THE ESP32 ON TWO EASY-TO-BREADBOARD ROWS OF 15 PINS EACH.

POWER RAILS INCLUDE VIN (5 V) FOR USB OR EXTERNAL INPUT, A REGULATED 3V3 OUTPUT, AND SEVERAL GND PINS FOR SOLID REFERENCE.

SERIAL I/O: TX0 (GPIO1) AND RX0 (GPIO3) LINK TO THE CP2102 FOR USB PROGRAMMING, WHILE TX2 (GPIO17) AND RX2 (GPIO16) GIVE YOU A SECOND HARDWARE UART FOR SENSORS OR GPS MODULES.

I²C DEFAULTS TO SDA (GPIO21) AND SCL (GPIO22), BUT ANY OPEN GPIO CAN BE REASSIGNED IN SOFTWARE.

SPI COMES IN TWO FLAVORS: THE DEFAULT VSPI BUS (MOSI GPIO23, MISO GPIO19, SCK GPIO18, CS GPIO5) AND AN ALTERNATE HSPI BUS ON GPIO12–GPIO15 FOR ADDITIONAL DEVICES.

ANALOG & TOUCH: EIGHT ADC1 CHANNELS RESIDE ON GPIO32–GPIO39, USABLE EVEN WHEN WI-FI IS ACTIVE. EXTRA ADC2 CHANNELS (E.G., GPIO0, 2, 4, 12–15, 25–27) ARE SHARED WITH WI-FI. DUAL 8-BIT DAC OUTPUTS SIT ON GPIO25 AND GPIO26. MANY OF THESE PADS DOUBLE AS CAPACITIVE-TOUCH SENSORS FOR SLEEK, BUTTON-FREE INTERFACES.

EVERY GPIO CAN SOURCE PWM SIGNALS FOR LED DIMMING OR MOTOR CONTROL. KEEP AN EYE ON BOOT-STRAP PINS-GPIO0, GPIO2, AND GPIO15-WHICH MUST BE HELD IN THE CORRECT STATE (USUALLY HIGH) DURING RESET FOR NORMAL STARTUP.

FROM ROBUST POWER HANDLING TO MULTIPLE HIGH-SPEED BUSES, THE DOIT ESP32 DEVKIT V1 PINOUT GIVES MAKERS AND PROFESSIONALS ALIKE THE FLEXIBILITY TO BUILD ANYTHING FROM SIMPLE SENSOR NODES TO FULLY FLEDGED CONNECTED PRODUCTS-ALL ON A COMPACT, BREADBOARD-FRIENDLY BOARD.

SAFE PINS TO USE

THESE PINS ARE SAFE FOR GENERAL GPIO USAGE WITHOUT BOOT OR SYSTEM CONFLICTS

IO18

IO19

IO21

IO22

IO23

IO25

IO26

IO27

IO32

IO33

WHY ARE THESE PINS SAFE?

✓ NO BOOT SEQUENCE INVOLVEMENT

✓ NO FLASH/PSRAM CONNECTIONS

✓ NO USB OR JTAG CONFLICTS

✓ FREELY ASSIGNABLE WITHOUT ISSUES

PINS TO AVOID OR USE WITH CAUTION

RESERVED FOR CRITICAL FUNCTIONS. MISUSE MAY CAUSE BOOT FAILURES, PROGRAMMING ISSUES, OR SYSTEM CONFLICTS.

STRAPPING PINS

BOOT BEHAVIOR & FLASH VOLTAGE

JTAG DEBUGGING

LOW-LEVEL DEBUGGING INTERFACE

USB PINS

USB SERIAL/JTAG COMMUNICATION

FLASH/SPI PINS

MEMORY & PSRAM CONNECTIONS

UART SERIAL

DEBUGGING & FIRMWARE UPLOADS

PIN

LABEL

WHY AVOID

TYPE

IO1

U0TXD (GPIO1)

CONNECTED TO ON-BOARD USB-UART FOR UPLOADING AND LOGS; DRIVES SERIAL OUTPUT AT BOOT, SO USING AS GPIO CAN DISRUPT PROGRAMMING OR CONSOLE.

🔌 USB

IO2

GPIO2

IF DRIVEN HIGH ON RESET (WHILE IO0 IS LOW), SELECTS AN UNSUPPORTED SDIO BOOT MODE, CAUSING BOOT FAILURE.

🛠️ STRAPPING

IO3

U0RXD (GPIO3)

USED FOR RECEIVING DATA FROM USB-UART (PROGRAMMING); ALSO PULLED HIGH AT BOOT FOR CONSOLE COMMUNICATION, SO USING AS GPIO CAN DISRUPT UPLOADS.

🔌 USB

IO4

GPIO4

SAMPLED AT RESET FOR BOOT CONFIG; SHOULD NOT BE DRIVEN AT BOOT (AFFECTS BOOT MODE TIMING).

🛠️ STRAPPING

IO5

GPIO5

MUST BE HIGH DURING BOOT; IF PULLED LOW AT RESET, ALTERS SDIO SLAVE TIMING AND MAY PREVENT NORMAL BOOT.

🛠️ STRAPPING

IO12

MTDI (GPIO12)

KEEP LOW DURING BOOT (INTERNAL PD); PULLING HIGH AT RESET SELECTS 1.8V FLASH MODE, CAUSING FLASH BROWNOUT IF 3.3V FLASH IS USED.

🛠️ STRAPPING

IO13

MTCK (GPIO13)

USED FOR JTAG DEBUGGING (TCK); AVOID USING AS GPIO IF JTAG IS NEEDED.

🪛 OTHER

IO14

MTMS (GPIO14)

USED FOR JTAG DEBUGGING (TMS); DRIVING IT AS GPIO MAY INTERFERE WITH JTAG OR PRODUCE SPURIOUS SIGNALS AT BOOT.

🪛 OTHER

IO15

MTDO (GPIO15)

KEEP HIGH DURING BOOT (INTERNAL PU); IF LOW ON RESET, BOOTLOADER LOG IS SILENCED AND BOOT MODE MAY CHANGE.

🛠️ STRAPPING

IO16

GPIO16

CONNECTED TO INTERNAL PSRAM ON PSRAM-ENABLED MODULES; NOT USABLE AS GPIO ON THOSE MODULES.

⚡ FLASH

IO17

GPIO17

CONNECTED TO INTERNAL PSRAM ON PSRAM-ENABLED MODULES; NOT USABLE AS GPIO ON THOSE MODULES.

⚡ FLASH

IO34

GPIO34

CANNOT BE USED AS OUTPUT (NO DRIVE CAPABILITY); ONLY SUITABLE FOR ANALOG/DIGITAL INPUT.

🪛 OTHER

IO35

GPIO35

CANNOT BE USED AS OUTPUT; ONLY SUITABLE FOR INPUT.

🪛 OTHER

IO36

GPIO36 (SENSOR_VP)

CANNOT BE USED AS OUTPUT; ONLY SUITABLE FOR INPUT (E.G., ANALOG READ).

🪛 OTHER

IO39

GPIO39 (SENSOR_VN)

CANNOT BE USED AS OUTPUT; ONLY SUITABLE FOR INPUT.

🪛 OTHER

SHOW ALL 15 PINS

DATASHEETS AND RESOURCES FOR DOIT ESP32 DEVKIT V1

[

BOARD DATASHEET

TECHNICAL SPECIFICATIONS

](HTTPS://WWW.JAVANELEC.COM/STFILES/GETAPPDOCUMENT/1/TRUE/F94D9C02-935A-4075-8484-F57AEC67DCC0.PDF)[

ESP32 DATASHEET

MICROCONTROLLER REFERENCE

](HTTPS://WWW.ESPRESSIF.COM/SITES/DEFAULT/FILES/DOCUMENTATION/ESP32_DATASHEET_EN.PDF)[

KICAD

HTTPS://GITHUB.COM/TYME2TB/DOIT-ESP32-DEVKIT-V1/TREE/MAIN/KICAD

](HTTPS://GITHUB.COM/TYME2TB/DOIT-ESP32-DEVKIT-V1/TREE/MAIN/KICAD)[

SCHEMATIC

HTTPS://EMBEDDED-SYSTEMS-DESIGN.GITHUB.IO/OVERVIEW-OF-THE-ESP32-DEVKIT-DOIT-V1/SCHEMATICSFORESP32.PDF

](HTTPS://EMBEDDED-SYSTEMS-DESIGN.GITHUB.IO/OVERVIEW-OF-THE-ESP32-DEVKIT-DOIT-V1/SCHEMATICSFORESP32.PDF)

DOIT ESP32 DEVKIT V1 CUSTOM PIN MAPPING

PIN CONFIGURATION AND GPIO MAPPING FOR DOIT ESP32 DEVKIT V1

40

DIGITAL I/O PINS

16

INTERRUPT PINS

16

ANALOG INPUTS

19

PWM PINS

PIN

FUNCTION

ESP PIN

I/O TYPE

DESCRIPTION

1

5V

5V

POWER INPUT

5V POWER INPUT FOR THE BOARD

2

GND

GND

POWER GROUNT

GROUND CONNECTION

3

3V3

3.3V

POWER OUTPUT

3.3V POWER OUTPUT

5

IO1

GPIO1

BIDIRECTIONAL

GPIO

6

IO2

GPIO2

BIDIRECTIONAL

GPIO, ADC

7

IO3

GPIO3

BIDIRECTIONAL

GPIO

8

IO4

GPIO4

BIDIRECTIONAL

GPIO, ADC

9

IO5

GPIO5

BIDIRECTIONAL

GPIO

10

IO12

GPIO12

BIDIRECTIONAL

GPIO, ADC

11

IO13

GPIO13

BIDIRECTIONAL

GPIO, ADC

12

IO14

GPIO14

BIDIRECTIONAL

GPIO, ADC

13

IO15

GPIO15

BIDIRECTIONAL

GPIO, ADC

14

IO16

GPIO16

BIDIRECTIONAL

GPIO

15

IO17

GPIO17

BIDIRECTIONAL

GPIO

16

IO18

GPIO18

BIDIRECTIONAL

GPIO

17

IO19

GPIO19

BIDIRECTIONAL

GPIO

18

IO21

GPIO21

BIDIRECTIONAL

GPIO

19

IO22

GPIO22

BIDIRECTIONAL

GPIO

20

IO23

GPIO23

BIDIRECTIONAL

GPIO

21

IO25

GPIO25

BIDIRECTIONAL

GPIO, ADC

22

IO26

GPIO26

BIDIRECTIONAL

GPIO, ADC

23

IO27

GPIO27

BIDIRECTIONAL

GPIO, ADC

24

IO32

GPIO32

BIDIRECTIONAL

GPIO, ADC

25

IO33

GPIO33

BIDIRECTIONAL

GPIO, ADC

26

IO34

GPIO34

INPUT

GPIO, ADC

27

IO35

GPIO35

INPUT

GPIO, ADC

28

IO36

GPIO36

INPUT

GPIO, ADC

29

IO39

GPIO39

INPUT

GPIO, ADC

LEGEND

FUNCTION PIN ROLE

GPIO ESP32 PIN

I/O DIRECTION

# PIN NUMBER

Максимальный размер 4МБ

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