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Introduction In this tutorial, you’ll learn how to control a DC motor’s direction using a DC Motor Driver. To reverse a DC motor, you need to be able to reverse the direction of the current in the motor. The classic way to do this is using an H-bridge circuit. Though most motor driver chips these days are not in fact H-bridge circuits, the term still persists. This tutorial uses a Toshiba motor dr
ITP’s mission is to explore the imaginative use of communications technologies. We don’t focus on just teaching technical skills. Instead, we focus on critical thinking, creative exploration, and the ability to learn how to learn. We embrace failure — as long as you learn from it. ITP is sometimes described as an art school for engineers and at the same time an engineering school for artists. Perh
If you’re taking Intro to Physical Computing and you’re not sure where to go, start with the syllabus menu above and follow the links associated with each week. All computing is physical. We work with computational systems by taking action with our bodies, on devices. The construction of computing devices, and their use, consumes raw materials and energy as well. Computing, even when we call it “v
itp.nyu.edu/~dbo3
--A Hands On Guide for Artists, Scientists, Hobbyists (and Engineers in a Hurry). Perhaps you are a sculptor who would like different sounds or videos to play based on how someone touches your sculpture, or a dancer who wants a knee bend to cause bells to ring. Maybe you are a sociologist who needs to log how many people pass a street corner. Or maybe you just want your window blinds to be automat
itp.nyu.edu/~jyp243
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Introduction This lab covers only the details of MIDI communication on the Arduino module. For a more general introduction to MIDI on a microprocessor, see the the MIDI notes. MIDI, the Musical Instrument Digital Interface, is a useful protocol for controlling synthesizers, sequencers, and other musical devices. MIDI devices are generally grouped in to two broad classes: controllers (i.e. devices
Overview This tutorial is about building an Arduino compatible breadboard with an ATMEL8 AVR microcontroller and FTDI FT232 breakout board from Spark-fun. The two skematics this is based on are here and here created June 2, 2006 by Carlyn last updated July 11, 2006 by Carlyn Basic Parts for wiring up Arduino A breadboard 22 AWG wire 7805 Voltage regulator 2 LED 2 220 Ohm resistors 1 10 k Ohm resis
High school students participate in college-level artistic training in New York City and online. These intensive and enriching courses are taught by Tisch undergraduate faculty. More Visiting students and non-majors are invited to take classes during January Term, Spring at Tisch, and Summer. Earn credits towards your major or minor, build your résumé with an internship, or take classes to change
Hi, my name is Joo Youn Paek. I am studying at Interactive Telecommunications Program, NYU. On this website, most of the work indicate my projects during my graduate studies. I am interested in the observation and experiment of human space sensation in everyday lives using any kind of media and technologies as design tools. My ultimate goal is to deliver laughs and twists to our daily lives. You
Andy Sigler Hardware is not hard, and new tools at ITP make it easier than ever to make custom circuit boards for your projects. Students will learn how to grow from a breadboard to their own surface mount PCB, all without leaving the floor. This class is about artists and designers taking control of their hardware, and exploring the potential of embedding their projects into the world around them
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