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Working with SONY SPRESENSE Integration with Arduino IDE

The SONY Spresense is designed for IOT development it is a compact development board base on CXD5602 multicore microcontroller (ARM CORTEX M4F x 6 cores) with a clock speed of 156 MHz, allows you to develop an IOT application that

Wired Developer Communication, GPS Communication, MCU / MEMS / SOC, The Starters 6 Comments Read more

NXP Kinetis® FRDM-K28F MK28FN2M0VMI15 MCU Development Board

This is the Freedom Development Platform from NXP Semiconductors, This has a set of software and hardware tools for evaluation and development. It is ideal for rapid prototyping of Microcontroller based applications and projects. The K28 board – FRDMK28F has

Wired Developer DSP Evaluation Boards, NXP Module / Boards, The Starters No Comments Read more

Wiring Flashing / Programming ESP-32 / ESP32S with USB – TTL / UART and Integration with Arduino IDE

ESP32S Wifi Bluetooth combo module is 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 |

Wired Developer Bluetooth, Communication, Internet of Things, TCP / IP Communication 2 Comments Read more

Write/Read Data to EEPROM – XC8 and PIC18F Microcontroller

There are three types of memories in a PIC Microcontroller, The Flash Program Memory, The Data Memory (RAM) and The EEPROM Data Memory. The code that is written by the user to perform a specific task by the MCU is

Wired Developer PIC Microcontrollers, The Starters No Comments Read more

Wiring the MAX30100 Heart Rate Monitor with Arduino Microcontroller

This is the MAX300100 breakout board that reads heart rate or pulse oximetry. The chip has an integrated optical sensor that derives its reading from emitting two wavelength of light from the two LED’s then measures the absorbance of pulsing

Wired Developer Medical & Health Sensors, Physical Monitor Sensors, Sensors, Touch Sensors 5 Comments Read more

Wiring a Stand Alone ATMEGA328P CMOS 8Bit Microcontroller

The ATMEGA328P is a CMOS 8Bit Microcontroller based on the AVR enhanced RISC architecture by executing powerful instructions in a single clock cycle. The ATMEGA328P achieves throughout put close to 1MIPS per MHz this empowers system designer to optimize the

Wired Developer Atmel AVR, Datasheets & Pin-Outs, Going Advance No Comments Read more

What’s new?

  • 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
  • Wiring the TI – HDC2080 A Low-Power Driven Temperature & Humidity Digital Sensor
  • Wiring the KIONIX SPI/i2C- KX224 1053 Tri-axis Digital Accelerometer

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Recent

  • 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
  • Wiring the TI – HDC2080 A Low-Power Driven Temperature & Humidity Digital Sensor
  • Wiring the KIONIX SPI/i2C- KX224 1053 Tri-axis Digital Accelerometer
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Makers

  • Wired Developer on Wiring the GY-NEO6MV2 GPS on Arduino with LCD 16×2 Display
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  • thom on Wiring the GY-NEO6MV2 GPS on Arduino with LCD 16×2 Display
  • rog on Wiring the MPU9250 9 AXIS Motion Tracking Micro Electro Mechanical System
  • Amir Hossein on Wiring the UBLOX NEO-6X / NEO-7X GNSS/GPS Module
  • Nikita on Wiring the Passive & Active Buzzer with Raspberry Pi
  • Nikita on Wiring the Passive & Active Buzzer with Raspberry Pi
  • Jack Wilborn on Working on Allegro ACS758 AC or DC Current Sensor

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