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35 Results for "raspberry pi"

  • EMOJO Mental Health Chatbot

  • # ConnectionsFor Display ( 2.8" TFT Display ILI9341)1. Raspberry Pi 3.3V power to TFT Vin.2. Raspberry Pi ground to TFT GND.3. Raspberry Pi SCLK to TFT CLK.4. Raspberry Pi MOSI to TFT MOSI.5. Raspberry Pi CE0 to TFT CS.6. Raspberry Pi GPIO 18 to TFT...
  • Hardware connection

  • To build a Retro Game Machine, you need a Raspberry Pi, a Piboxy Case, a Game Controller, a Speaker and a Screen at least. Piboxy Case is used as Power Control, which allows you control your Paspberry Pi via on-case buttons and IR. So you need to connect...
  • Assemble the sound module

  • Get the parts ready In this step you're going to build the standalone sound module that, together with the sensor unit in the glove, forms the whole of the Gesture-based Performance System (GePS). You need the following parts and environment: The Raspberry...
  • What We'll Need

  • We will need:Raspberry PI 2 Model B ($25)Raspberry PI Power Cord ($5)WiFi USB with Antenna for Raspberry Pi ($9)Used Titanium Super Wide Lens 0.42x AF (~$4)Metallic Spray Paint (~$4)Generic 7.1 Channel USB External Sound Card (~$4)Used Insten USB Digital...
  • Wire your robot

  • Follow the wiring diagram below to wire together your Raspberry Pi, buck converter, USB camera, motors, motor driver, ultrasonic sensors, and battery: The Creepsy robot uses an assembled SCUTTLE Rover base with some modifications: Creepsy does not use...
  • Final Assembly

  • Tools JBC CD1-BB Soldering StationJBC C245-768 Chisel Soldering TipSenju ESC-M705-0.3 Solder WireDesoldering WickDesoldering Pump Parts Assembled PCB (See Instruction #1)Raspberry Pi Zero W (See Instruction #2)Modified VMU Case (See Instruction #3)160...
  • Deep Thought

  • Set Up Your Pi. So, the Raspberry Pi functions as the platform for our project. It will take inputs from a USB-dongle attached microphone and produce outputs through a speaker and the Neopixel strips. To begin this process, we need to first set up our...
  • Configure device audio

  • While ssh'd into the Pi, you can configure it to use the expected audio device to drive the I2S amp and speaker with the `dietpi-config` command line tool: After selecting `rpi-dac`, hitting "", and hitting "" until you leave the `dietpi-config` view...