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Wiring H34A / H3V3F / H3V4F 315/433 MHz RF Radio TX/RX

This is the H3V4F a module that tuned out of the box at 433 MHz RF popular in most remote switching. however there are 3 versions of H3VXX Module the 315Mhz and 433Mhz frequency, this devices has a  Bandwidth of

Wired Developer Communication, Home Automation, Modules, RX/TX Radio No Comments Read more

Wiring the HC11 & HC12 434/433MHz Transceiver

In this tutorial we will going to wire the HC11 / HC12 UART module a new generation multi-channel embedded wireless transmission module. This module is works on 433 ~ 473 MHz frequency band, you can also set this module works

Wired Developer Communication, RX/TX Radio 3 Comments Read more

Wiring RFLink 433MHz Remote Controlled Rover Robot

Yet another illustration, this illustration demonstrates making a remote controlled rover robot base on 433MHz RF Link radio module, Joystick and with L298n and l293d H-Bridge motor controller you can choose which suit to use for the motor controller. As

Wired Developer Communication, Motors, Motors & Actuators, Robotics & Mechatronics, RX/TX Radio 2 Comments Read more

HELTEC WiFi32 / WiFi 8 integration with Arduino IDE

HELTEC WIFI 32 module is an ultra-performance that is high ultra-low-power consumption Wi-Fi and Bluetooth wireless platform based on ESPRESSIF ESP32 chipset. ESP-32S dual-core 448 KByte ROM | 520 KByte SRAM | 16 KByte SRAM in RTC | 802.11 b/g/n/e/I

Wired Developer Bluetooth, Communication, Display, Home Automation, OLED, RX/TX Radio, TCP / IP Communication No Comments Read more

Wiring the VEML6070 i2C Ultraviolet Light Sensor

The VEML6070 is a cutting-edge UV light sensor with unified i2c / TWI protocol interface designed in a CMOS process. The VEML6070 has an ease of operation via simple command via i2c communication. The ACK (Active Acknowledge) feature with threshold

Wired Developer Environment Sensor, Sensors No Comments Read more

Wiring the UBLOX NEO-6X / NEO-7X GNSS/GPS Module

This is the NEO series stand-alone MEMS GPS receiver developed by UBLOX. NEO 6 & NEO 7 series has integrated high performance positioning engine. These flexible receivers offer numerous connectivity options in a miniature package the compact design architecture and

Wired Developer Communication, GPS Communication, Positioning & Time Sensors, Robotics & Mechatronics, RX/TX Radio 1 Comment Read more

Wiring the A7 / A6 / A6C / A2 / A20 GSM GPRS / GPS WIFI Quad Band 2G GSM Module Board

This is A7, A6C, and A6 is a GSM/GPRS/GPS Module that Supports GSM, GPRS, and GPS Quad-Band 850/900/1800/1900 MHz 2G GSM network worldwide with an SMS, GPRS Class 10 Data Service, and GPS feature and supports digital audio and analog

Wired Developer Cellular Communication, Communication, GPS Communication, Home Automation, Internet of Things, Sensors, TCP / IP Communication 1 Comment Read more

Wiring the Nondispersive Infrared MH-Z14 Carbon Dioxide, Gas Sensor on Microcontroller

This is an MHZ14 NDIR Infrared Gas sensor, design specialize to detect an existence of Carbon Dioxide (C02) in air and non-oxygen defendant.  This sensor has a non-dispersive infrared or NDIR principle design in a tight integration of infrared absorbing

Wired Developer Environment Sensor, Sensors, Thoughts No Comments Read more

Wiring the CC1101 1GHz LSS Low Power, SPI interface, Spring Coil Transceiver

CC1101 is a low-cost sub 1GHz transceiver designed for low power wireless applications. The circuit is mainly used for Industrial, Scientific, and Medical (ISM) and Short Range Device (SRD) frequency bands running @ 315, 433, 868, and 915 MHz and

Wired Developer Atmel AVR, Communication, Going Advance, Modules, RX/TX Radio, STM Series 2 Comments Read more

Starter #16 Controlling a Relay Using Arduino with Source Code

What is a Relay? A Relay is a electronic operated switch, relay’s uses an electromagnet mechanical to operate the switch and provide electrical isolation between two circuits. Is this lab project we don’t need to isolate one circuit from other,

Wired Developer Arduino Starters, The Starters 1 Comment Read more

What’s new?

  • 14CORE E-Scooter External Lighting with ATTINY85 MCU, BMS 12v 3S, 18650, 12v LED, WS2812
  • Wiring SENSERION SCD30 CO2 Sensor in ESP32 TFT Display
  • Build your Own Thermometer with ThingSpeak
  • Wiring the VISHAY VEML6030 High Accuracy Ambient Light Digital Sensor
  • Wiring the Broadcom APDS 9253 001 Digital RGB IR Light Sensor
  • Wiring The TE-HTU21D Digital Humidity Sensor

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Recent

  • 14CORE E-Scooter External Lighting with ATTINY85 MCU, BMS 12v 3S, 18650, 12v LED, WS2812
  • Wiring SENSERION SCD30 CO2 Sensor in ESP32 TFT Display
  • Build your Own Thermometer with ThingSpeak
  • Wiring the VISHAY VEML6030 High Accuracy Ambient Light Digital Sensor
  • Wiring the Broadcom APDS 9253 001 Digital RGB IR Light Sensor
  • Wiring The TE-HTU21D Digital Humidity Sensor
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  • 14CORE E-Scooter External Lighting with ATTINY85 MCU, BMS 12v 3S, 18650, 12v LED, WS2812 | 14core.com on Working with SONY SPRESENSE Integration with Arduino IDE
  • Wiring SENSERION SCD30 CO2 Sensor in ESP32 TFT Display | 14core.com on Wiring the 128×64 1.3 inch OLED Display on 4 Wire, 3 Wire, i2C Interface
  • Eteru Nakuu on Wiring the TI – HDC2080 A Low-Power Driven Temperature & Humidity Digital Sensor
  • Sazki Muto on Wiring the TI – HDC2080 A Low-Power Driven Temperature & Humidity Digital Sensor
  • Park Jun on Build your own ESP8266 Web Server Tutorial
  • Wired Developer on Wiring the TI – HDC2080 A Low-Power Driven Temperature & Humidity Digital Sensor
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  • Wired Developer on Wiring the PN532 (NFC) Near Field Communication Devices with Microcontroller

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