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GetLoFi – Circuit Bending Synth DIY

GetLoFi – Circuit Bending Synth DIY

home of eowave - USB MIDI Interfaces & synthesizers circuit-bending YOU can circuit-bend. The following discussion will start new benders on the right path. Also see the Anti-Theory Workshop section, the various instrument galleries and the PSF interview with Reed for additional insights into the process. If you learn to solder and can drill a small hole to mount a switch in, you can circuit-bend. Everything else is a process of non-technical, routine experimentation in which various short-circuits are created in an attempt to alter the target device's audio behavior. Audio toys not only are easy to circuit-bend, but also are capable of sonic eccentricities beyond belief. Also important, audio toys are low-voltage devices.

Micros Vous pouvez consultez ces fichiers en ligne ou les télécharger. Mais ne les piratez pas. Pas de publication ni de reproduction. Malheureusement je trouve parfois mes articles, publiés sur d'autres sites, sous d'autres noms - et sans mon autorisation, ce qui est illegal!! Micros MICROS DYNAMIQUES - STATIQUES - STUDIO Voix - Batterie - Basse - Guitare - Cuivres - Instruments Acoustiques (cliquez sur un thème) Introduction Le choix des micros et leur positionnement lors de la prise de son est primordial pour avoir LE SON. Grâce à la technologie numérique et les différents processeurs de traitement audio on peut faire beaucoup de choses pour gonfler et renforcer le son. Vous n’avez absolument pas besoin d’un gros micro statique de studio (du moins au début) car pour pleinement savourer la différence de son il vous faut du matériel supplémentaire (et assez cher) tel qu’un bon préampli à lampe, un compresseur haut de gamme etc.... On distingue trois grandes familles de micros : haut de page

Circuit bending Probing for "bend" using a jeweler's screwdriver and alligator clips Circuit bending is the creative, chance-based customization of the circuits within electronic devices such as low voltage, battery-powered guitar effects, children's toys and digital synthesizers to create new musical or visual instruments and sound generators. Emphasizing spontaneity and randomness, the techniques of circuit bending have been commonly associated with noise music, though many more conventional contemporary musicians and musical groups have been known to experiment with "bent" instruments. Experimental process[edit] A 1989 Kawasaki toy guitar used in a circuit bending project The circuit bending process has been developed largely by individuals with next to no formalised training in electronic theory and circuit design, experimenting with second-hand electronics in a DIY fashion, either with inexpensive keyboards or drum machines, or with electronic children's toys not associated with musical production.

Filtre1 Vous pouvez consultez ces fichiers en ligne ou les télécharger. Mais ne les piratez pas. Pas de publication ni de reproduction. Malheureusement je trouve parfois mes articles, publiés sur d'autres sites, sous d'autres noms - et sans mon autorisation, ce qui est illegal!! Filtre1 Warning: require(articles/filtre1.html) [function.require]: failed to open stream: No such file or directory in /htm_effets/index.php on line 185 Warning: require(articles/filtre1.html) [function.require]: failed to open stream: No such file or directory in /htm_effets/index.php on line 185 Fatal error: require() [function.require]: Failed opening required 'articles/filtre1.html' (include_path='.

Bent Festival 2011 Bent is an annual art and music festival celebrating circuit bending and its related creative practices: DIY electronics, hardware hacking, glitch, code bending, software art, abstract video. Now in its 8th year, the festival is a public summit where artists from across the country and around the globe gather to share their craft through performances, workshops, video screenings, art exhibitions, and installations, showcasing the state of the art in DIY electronics and circuit bending culture. If you’re the slightest bit curious about electronics, electronic music, handmade electronic art, or if you’ve ever just really wanted to rip your toys apart, Bent Festival is here. On Friday the 24th and Saturday the 25th, we are offering a range of presentations and workshops including the infamous intro to circuit bending workshop with expert benders on hand to help you get started. There will be installation artists building circuit-bent artwork throughout the 319 Scholes space. About The Tank

Handmade Music MIDIsense This photo has notes. Move your mouse over the photo to see them. MIDIsense is a simple, yet extensible sensor interface system for artists, musicians and others interested in experimenting with sensors. The MIDIsense boards provide a simple way to integrate various common sensors with existing software such as Max/MSP, Ableton Live, etc. or directly to a synthesizer/sequencer with a MIDI in jack. Interface boards are available as kits and (possibly) assembled. While there are other projects with similar functionality, this one is the most technically advanced, flexible & inexpensive. This project is still in "beta" that means that it works well and has been tested but there are still bugs that pop up and the documentation may be incomplete. This project is supported by EYEBEAM (thanks!) If you have any questions/comments, feel free to ask on the Forum Why am I doing it this way?

Labs / MIDI Output using an Arduino Overview This page covers only the details of MIDI communication on the Arduino module. For a more general introduction to MIDI on a microprocessor, see the MIDI notes on Tom's physical computing site. 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 that generate MIDI signals based on human actions) and synthesizers (including samplers, sequencers, and so forth). (:toc Table of Contents:) Parts For this lab you'll need: Solderless breadboard 22-AWG hookup wire Arduino Microcontroller module MIDI connector 10Kohm resistors 220 ohm resistors Flex sensors(or a different form of variable resistor) switch Prepare the breadboard Connect power and ground on the breadboard to power and ground from the microcontroller. (Diagram made with Fritzing - download) Connect the sensors Build the MIDI Circuit Play Notes Allow a Person to Play Notes

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