About ESP32 Breakout Board： Wide Compatibility: The breakout board is only fit for 38PIN narrow version ESP32 without mounting holes.Notice:Don't fit with the ESP-WROOM-32 DevKit V1 version.Please confirm your esp32 board pins width is coincide with the pin width of the breakout board 30Pins ref asin: B08D5ZD528; 38pins ref asin: B09DPH1KXF and B09DPGMZR9 . IMPORTANT: ESP32 Breakout Board GPIO 1 into 2 only can Compatible with 38 Pins ESP32S ESP32 ,that is to say just for ref asin: B09DPH1KXF and B09DPGMZR9 This module is safe, reliable, and scalable to a variety of applications. The expansion board is design with double-layer that One pin is wired on both sides. Stable and highly reliable.Great contact and stable signal transmission for your esp32 board AITRIP breakout board can expand one GPIO pin of ESP32 development board to two, which is very nice for you to reuse all pins , it is a good tool for your smart home projects. Nice breadboard alternative The ESP32 Breakout Board can expand one GPIO pin of esp32 development board to two.Perfect for users to reuse all pins in smart home DIY projects.Excellent breakout board Product Description: Specifications: Size: 7.8 * 6.3 * 1cm PCB material: high quality FR-4 material PCB layers: 2 layers PCB thickness: 1.6mm Pads: tin plated Note: Just suitable for 38 Pins ESP32 development board .Our Reference Asin : B09DPH1KXF and B09DPGMZR9 ,not suitable for others versions . This module is safe and reliable and can be extended to various applications. The module has 38 pins and has more functions than the 30-pin module. Narrower width, compatible with circuit boards Support Lua program, easy to develop. Three modes are supported: AP, STA and AP+STA. The board features a 2.4 GHz dual-mode Wi-Fi and Bluetooth chip, the ESP-WROOM-32, and 40-nanometer low-power technology. 1. ESP32 breakout board GP10 1 into 2 for 38P IN narrow ESP32 ESP32 ESP--WROOM--32 microcontroller development board Important Note: Only compatible with 38-pin narrow hole and no mounting hole version esp32 development board, not suitable for other versions. GPI0 1 INTO 2: This breakout board can expand one GPI0 pin of esp32 development board to 2, which is convenient for users to reuse all pins in smart home projects. Nice breadboard alternative. 2. Types of connections: pin headers and screw terminals. Just choose them according to your purpose. Double-layer PCB: The expansion board is a double-layer board. One pin is connected on both sides. Therefore, the circuit is stable and reliable, and there will be no poor circuit contact and unstable signal transmission. Updated version: Compared to the previous version, the board is fully soldered in this version. No need to weld parts by yourself, very convenient to use ------------------------------------------------- About ESP8266 Breakout Board： For ESP8266 ESP-12E: It is fully compatible with ESP8266 ESP-12E. GPIO 1 into 2: This expansion board can expand one GPIO pin of Development Board to two, which is convenient for users to reuse pins for large-scale smart home projects. 2 Type Connections: Two connection methods: Pin Header Connector & Screw Terminal. Just select them according to your purpose. Double-Layer PCB: The expansion board is a double-layer board. One pin is wired on both sides. Therefore, the circuit is stable and highly reliable, and there will be no poor circuit contact and unstable signal transmission. Updated Version: Compared with the previous version, the board of this version has been soldered completely. No need to solder parts by yourself, which is very convenient to use. Product Description It is fully compatible with the ESP8266 ESP-12E development board. It can expand one GPIO pin on the development board to two, which greatly facilitates usersto reuse pins for large-scale smart home projects. Specifications: PCB material: high quality FR-4 material PCB layers: 2 layers PCB thickness: 1.6mm Pads: tin plated Size: 6.35 * 6.3 * 1cm

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ESP32 C3 Development Board Mini Wifi BT Module RISC-V 32-Bit Single-Core Processor Type-C ESP32-C3 16Pin If external power supply is required, just connect the + level of the external power supply to the position of 5V, GND connects to the negative terminal. (Support 3.3 ~ 6V power supply). Remember that when connecting the external power supply, you cannot access USB, USB and external power supply can only choose one. Enter the download mode: Hold down the BOOT button of the ESP32C3, press the RESET button, release the RESET button, and then release the BOOT button. Then the ESP32C3 will enter the download mode. (Each connection needs to re-enter the download mode, sometimes press once, the port instability will be disconnected, you can judge by the port identification sound)

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ESP-01S Wifi Module Low Power Consumption 8Pin Serial Port to WIFI Module Wireless ESP01S Development Board ESP 01S ESP8266

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GY BMP280 3.3V GY BMP280 5V Description: Thanks to Bosch, now we've got a high-precision environmental sensor at even lower cost,  Barometer Sensor(BMP280). It is based on their new BMP280 sensor, which is an upgraded version of the old BMP180 Barometer Sensor (BMP180). The module provides precise measurement of barometric pressure and temperature in the environment. The air pressure can be measured in a range from 300 hPa to 1100hPa with ±1.0 hPa absolute accuracy. As for the temperature the sensor works perfectly for temperatures between - 40 and 85 with an accuracy of ±1. Owing to its high accuracy on measuring the pressure, and the pressure changes with altitude, we can calculate the altitude with ±1 meter accuracy, which makes it a precise altimeter as well. Another great thing about this module is that, you don't even need to worry about the I2C collisions as it provides both I2C and SPI interfaces. To use SPI, simply de-solder the bonding pads on the back. If you go with I2C, the board also provides 2 I2C addresses for you to select as you want. Note: As the sensor is quite sensitive to the environmental conditions, please DO NOT touch it with your fingers. Features: High accuracy, absolute accuracy of ±1.0 hPa for pressure measurement and ±1 accuracy for temperature measurement Supports both I2C and SPI communication Can be used as an altimeter with accuracy of ±1 meter Specification: Supply Voltage: 5V Current Consumption: 0.6 mA Barometric Pressure Measure • Range: 300 - 1100 hPa • Accuracy: ±1.0 hPa Temperature Measurement • Range: -40 to 85 • Accuracy: ±1 Interface: I2C and SPI

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ESP32 CAM with OV2640 Camera Module Kit 66 120 160 Degrees 650nm 850nm Night Vision DVP 24Pin 2MP 2.4GHz WiFi Camera 4MB FLASH NEW ESP32-CAM is a branch version of ESP32-CAM, which cancels the download circuit, increases the TF card slot while maintaining the same size, and leads out 2*9PIN 2.54 pin headers and download interface, which reduces the cost and expands its functionality. , which is very suitable to exist as a component in the project to complete the camera function. Adopt ESP32 low power consumption scheme, integrate wifi and bluetooth, the module can run independently as the smallest system, the module is equipped with OV2640 camera by default, onboard TF card slot, supports up to 16GB TF card, with the powerful performance of ESP32, in VGA format Up to 30 FPS. Applicable to various Internet of Things and smart device occasions. MCU : ESP32-D0WDQ6 The frequency can be adjusted between 80-240MHz, integrated 2.4 GHz Wi-Fi and Bluetooth dual-mode, 40nm process, with ultra-high RF performance, stability, versatility and reliability, and ultra-low power consumption, to meet different requirements The power consumption requirement is suitable for various application scenarios. CMOS : OV2640 Camera Provides the full functionality of a single-chip JXGA (1632x1232) camera and image processor, providing full-frame sampling, zoomed or windowed 8-bit/10-bit images in multiple formats via the Serial Camera Control Bus (SCCB) interface. The best image distance is 20-250CM. Extensibility The module expands out the 2*9Pin 2.54 pin header interface and the 1*6 download pin header interface, making it rich in expansibility. Users can use it as a core board to independently design external circuits to better play. out the powerful performance of ESP32. TF card slot The module has a TF card slot on the board, which is compatible with most standard TF cards on the market, up to 16GB. With the camera, it can realize functions such as photo storage and review. Module application scenarios DIY secondary development, low-cost camera solutions, IoT node equipment.

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4PCS 50kg Human Scale Load Cell Weight Sensor + HX711 AD Module Body Load Cell Weighing Pressure Sensor Measurement Tools * This load sensor, sometimes called a strain gauge, is the same one found in digital bathroom scales. * The sensor is a group of half-bridge strain gauge Name: 4Pcs 50KG Human Scale Load Cell Weight Sensors + HX711 Module Material: Plastic,Metal Ways to use it : - Use one sensor with an external resistor to form a full-bridge measurement, the range of a sensor range: 50kg. External resistance on the higher requirements. - Use two sensors to form a full-bridge measurement, measuring range for the sum of the two sensors: 50kgx2 = 100kg - Use four sensors to form a full-bridge measurement, measuring range for the sum of four sensors: 50kgx4 = 200kg 4PCS with HX711 AD Included 4x 50kg Human Scale Load Cell 1x HX711 AD weighing module 1x 10Pin Needle Note: - Please allow slight error due to manual measurement. Please make sure you do not mind before you bid. - The colors may have difference due to different display. Thank you for your understanding!

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NEW FC3379 USB Main Control Board with Type-C BGA316 132 272 TPC BB5 QFN48 4CE Dual-mount DIY USB Flash Drive PCB Module USB3.0

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USB Main Control Board for USF 2.0 2.1 Chip High Speed USB 3.1 Type-C Dual Interface BGA153 Solder JMS901

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LD2410C 24GHz Human Presence Sensor FMCW Wave Radar Induction Module Body Heartbeat Detection Sensors High Accuracy The LD2410C is a highly sensitive 24GHz human presence sensing module. It works by using FMCW FM continuous wave to detect human targets in a set space combined with radar signal processing and accurate human sensing algorithms to achieve high sensitivity human presence sensing, recognising both moving and stationary human bodies and calculating auxiliary information such as the distance to the target. The product is mainly used in indoor scenarios, sensing the presence of moving or slightly moving bodies in the area and outputting the results in real time. A configuration tool is available to configure the range of sensing distances, the sensitivity of different zones and the unmanned delay time. Supports GPIO and UART outputs for plug-and-play applications in a variety of smart scenarios and end products. Product Parameters: Frequency: 24G-24.25GHz Modulation method: FMCW Detection distance: 0.75~6m Adjustable Detection angle: ±60 Power supply:5V Current:~79mA Output serial level: 3.3V Sweeping band width: 250MHz (CE/FCC compliant) Ambient temperature: -40°C to +85°C Data format: Serial ASCII output/High/Low level 3.3V & OV Package Type: Default with pins, customizable with or without pins

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for AJ-SR04M Ultrasonic Ranging Sensor Module Waterproof with 2.5M Cable Probe Distance Measuring Sensor for Arduino 20-450CM Overview: : for AJ-SR04 module is an ultrasonic probe designed with integrated waterproof ultrasonic probe Wave ranging module. 20cm to 450cm ranging range, mode 1 is compatible with HC-SR04 software, can Provide 10uA standby current, 3-5V wide voltage operation. Replacing the low aftershock probe can achieve The farthest ranging up to 6-7M. Features: 1, 3-5V power supply 2, Waterproof, can work in harsh environment 3, 10uA ultra-low standby current 4, 5 output modes 5, 20cm minimum blind spot 6, Ultra-wide measurement range of 20cm-450cm (measurement of flat walls) 7, high resolution 8, Working temperature: -20℃-80℃ Application areas: 1, Intelligent car ranging and obstacle avoidance 2, object distance measurement, body height measurement 3, Four-axis height-fixing and obstacle avoidance 4, intelligent traffic control, parking space display Interface definition: Pin1: 5V 3-5V power supply Pin2: Trig/Rx GPIO mode is Trig, trigger signal. Serial port mode receive: Rx. Pin3: Echo/Tx GPIO mode is Echo, feedback signal. Serial port mode transmit: Tx. Pin4: Gnd ground

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Módulo sensor de presencia humana de 24 GHz, radar de onda milimétrica inteligente, módulo de detección de latidos cardíacos con BT HLK-LD2410B

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Módulo de radar LD2420, módulo sensor de movimiento humano de 24 GHz, compatible con interfaz GPIO UART, sensor inteligente de baja potencia de 5 pines

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Kit de placa de desarrollo ESP32-S3 para interacción de voz con IA con micrófono de 192 kHz, altavoz, módulo BT WiFi N16R8 DIY GPIO SPI ES8388

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ESP-32 30Pin Placa de desarrollo WiFi inalámbrico Bluetooth 2 en 1 CPU de doble núcleo bajo consumo de energía ESP-WROOM-32 CH340C Tipo C

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Placa de expansión ESP-32 de 38 pines con CP2102, placa de desarrollo micro Type-C de 38 pines, módulos Bluetooth WIFI 2.4G, doble núcleo de bajo consumo

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Placa de desarrollo ESP-32 CAM Módulo de cámara OV2640 Ampliar antena IPEX de 2,4 G 8 MB Flash 8 MB PSRAM Ranura TF Puerto de batería ESP32-S

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RP2040-Zero RP2040 para placa de desarrollo de microcontrolador Raspberry Pi PICO Módulo de doble núcleo 264K 2MB Flash 133MHz

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Placa de desarrollo IPEX ESP32-S3 con módulo WiFi BT de 2.4G para IA, Internet de las cosas, MCU ESP32-S3WROOM1 N16R8, 44 pines, Tipo-C, 8M PSRAM

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Módulo de descarga CH9102F para grabación de programa de chip ESP-32 MINI TIPO-C USB a UART RS232 RS485 Descarga de puerto serie de 7 pines

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Placa de expansión ESP-32 de 38 pines con CP2102, placa de desarrollo tipo C de 38 pines, módulos Bluetooth WiFi 2.4G, doble núcleo de baja potencia  

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Módulo ESP32-S3 N16R8 2.4G Wifi BT de 32 bits de doble núcleo de baja potencia 8MB PSRAM 16MB Flash ESP32-S3WROOM-1

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Placa de desarrollo ESP32-S3 con módulo WiFi BT IPEX 2.4G MCU ESP32-S3WROOM1 N16R8 44 pines Tipo-C ESP32-S3

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Placa de Desarrollo MINI ESP32-C6 Módulo Wifi6 N4 BT con Oscilador de Cristal RISC-V 32-Bit 4MB FLASH de Bajo Consumo ESP-32 C6  

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Módulo de placa de desarrollo ESP-32 para módulos MicroPython 2.4G Wifi BT con interfaz de batería de litio 4MB FLASH USB Tipo-C

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D1 MINI ESP-32 BT Módulo WiFi Placa de Desarrollo para Internet de las Cosas CP2104 CH9102F Serial 40 pines USB Micro Tipo-C

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Módulo SLIC AG1171 AG1170 Compatible con el modelo KS0835F para red GSM 3V-5.5V Módulo SLIC AG1171 AG1170 Compatible con el modelo KS0835F Características: ·Fuente de alimentación única de amplio rango 3V-5.5V ·Convertidor DC/DC interno ·Función de timbre interno ·Función positiva y negativa ·Conversión de 2/4 líneas ·Alimentación de corriente constante ·Especialmente diseñado para redes GSM ·Bajo precio y alto rendimiento Aplicación: ·Interfaz de usuario de teléfono público inalámbrico ·Interfaz MODEM ·Interfaz de voz de puerta de enlace IP ·Interfaz de usuario de acceso inalámbrico ·Interfaz de voz de decodificador Índice: El grado de desequilibrio a tierra es típicamente de 60 dB (300 Hz-3400 Hz) ·Características de impedancia 600 ohmios ·Pérdida de retorno de 4 hilos >24 Db ·Ruido de peso de equilibrio típico -75 dB ·Voltaje de corriente de timbre típico 90 VP-P ·Corriente de alimentación 23 mA ·Voltaje de la fuente de alimentación 3.2V-5.5VCC

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Placa de desarrollo CP2102 ESP-32 C5 Módulo WiFi de doble frecuencia 2.4G y 5GHz ESP32-C5-DevKitC-1 Flash de 4MB Antena WIFI6 extendida

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Placa de desarrollo CP2102 ESP-32 C5 Módulo WiFi de doble frecuencia 2.4G y 5GHz ESP32-C5-DevKitC-1 Flash de 4MB Antena extendida WIFI6

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Placa de desarrollo ESP32-S3-DevKitC-1 BT 2.4G Módulo Wifi para Arduino 8MB PSRAM 16MB FLASH N16R8 44 pines CP2102 Tipo-C ESP-32 S3                                                                                                                          

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Placa de desarrollo Wifi 6 ESP32-C6 Módulo Wifi con oscilador de cristal de 32,768, LED RGB, núcleo RISC-V de 32 bits, Flash de 4 MB ESP-32 C6

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Placa de desarrollo ESP32-S3 Módulo Wifi BT 2.4G con micrófono Módulo de cámara OV2640 8MB PSRAM 16MB FLASH NUEVA ESP-32 S3 N16R8 CAM

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Módulo de placa de desarrollo MINI USB RP2040 para Raspberry Pi de doble núcleo de 4 MB Módulos de herramientas USB  

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Placa de desarrollo MINI ESP32-C6 Módulo Wifi6 N4 BT con oscilador de cristal RISC-V de 32 bits 4 MB FLASH Kit C6 de bajo consumo soldado

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Placa de desarrollo ESP-32 C5 Módulo WiFi de doble frecuencia 2.4G y 5GHz ESP32-C5-DevKitC-1 N4 4MB Flash WIFI6 CH343 32PIN TIPO-C  

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Placa de desarrollo Wifi6 ESP-32 C6 RISC-V 32 bits ESP32-C6 N4 Módulo Wifi BT con oscilador de cristal LED RGB Flash de 4 MB USB Tipo-C

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Placa de desarrollo ESP32-S3 con módulo Wifi BT de 2,4 G para AI IOT DIY ESP32-S3 N16R8 MCU 44 pines tipo C con pines soldados

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Placa de desarrollo ESP32-S3 con adaptador de expansión Módulo Wifi BT 2.4G 8MB PSRAM N16R8 44 pines CP2102 Tipo-C ESP32-S3-DevKitC-1

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Kit de placa de desarrollo ESP32-S3-DevKitC-1 con módulo WiFi BT 2.4G TFT LCD de 2.8 pulgadas, 8 MB PSRAM 16 MB FLASH N16R8 42 pines CH340C Tipo-C

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Placas de desarrollo ESP32-S3 con kit adaptador de expansión Módulo Wifi BT de 2,4G ESP32-S3 WROOM1 N8R2 N16R8 Tipo-C de 44 pines ESP32-S3

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Placa de desarrollo ESP32-S3-DevKitC-1 Módulo Wifi BT 2.4G para Arduino 8MB PSRAM 16MB FLASH N16R8 42Pin CH340C Tipo-C ESP32-S3

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Placa de desarrollo ESP-32 CAM 2.4G Módulo Bluetooth Wifi para Módulo electrónico de cámara OV2640 La ESP32-CAM es el último módulo de cámara lanzado en un tamaño pequeño. El módulo puede funcionar de forma independiente como un sistema mínimo, midiendo solo 27*40.5*4.5mm, con una corriente mínima de sueño profundo de 6mA. ESP32-CAM puede utilizarse ampliamente en una variedad de aplicaciones IoT, adecuado para dispositivos inteligentes domésticos, control inalámbrico industrial, monitoreo inalámbrico, reconocimiento inalámbrico QR, señales de sistemas de posicionamiento inalámbrico y otras aplicaciones IoT, es la solución ideal para aplicaciones IoT. ESP32-CAM adopta un paquete DIP, se puede conectar directamente a la placa base, para lograr una producción rápida de productos, para proporcionar a los clientes una conexión de alta fiabilidad, una aplicación conveniente en una variedad de ocasiones de terminales de hardware de Internet de las Cosas. Módulo SoC Wi-Fi + BT/BLE 802.11b/g/n ultracompacto Características del producto: CPU de doble núcleo de 32 bits de baja potencia, puede utilizarse como procesador de aplicaciones La frecuencia principal es de hasta 240MHz, y la potencia de cálculo es de hasta 600 DMIPS 520 KB de SRAM interna y 8 MB de PSRAM externa Soporta interfaces como UART/SPI/I2C/PWM/ADC/DAC Cámaras OV2640 y OV7670 con flash incorporado Soporte de carga de imágenes WiFI Soporte de tarjeta TF Soporta múltiples modos de sueño. Lwip y FreeRTOS embebidos Soporte de modo de trabajo STA/AP/STA+AP Soporta distribución de red con un solo clic Smart Config/AirKiss Soporte de desarrollo secundario Escenario de aplicación: Mapa de dispositivos inteligentes para el hogar Monitoreo inalámbrico Agricultura inteligente Reconocimiento inalámbrico QR

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Placa de desarrollo ESP32-S3 N16R8 Módulo de cámara Wi-Fi BT 2.4G para OV2640 OV5640 8MB PSRAM 16MB FLASH ESP-32 S3 N16R8 CAM

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Placa de desarrollo MINI ESP32-S3 para Arduino Módulo Wifi 2.4G BT5.0 Chip original ESP32-S3 Flash de 4MB SRAM de 400KB 18PIN TIPO-C

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Placa de desarrollo ESP32-S3 Módulo WiFi extendido BT 2.4G para Arduino IDF AI DIY 8MB PSRAM 16MB FLASH 44 Pines CH343 Tipo C ESP-32 S3

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