All posts in the 'Audio and Video' Category
Posted on 19 Jun 2008
The beavis board or guitar stompbox is designed to give you a platform for learning and building. If you can follow along with simple instructions, you can start building and modding a classic and new stompbox circuits. [more]
Posted on 13 May 2008
This is an 8 ohm attenuator built using an 8 ohm L-Pad. 4, 8 and 16 ohm versions are possible. The 4 ohm version would be built using a stereo 8 ohm L-Pad with the terminals wired in parallel. [more]
Posted on 08 May 2008
If you’re looking for a build-it-yourself, standalone, USB harddrive based MP3 player, this may be of interest to you. Originally conceived as a replacement for a CD player, this unit sits on the shelf next to your stereo and connects via standard RCA line-out audio connectors.This is an open-source project. Full hardware schematics and software source code are freely available on this site. As long as it’s for non-commercial use in whole or in part, you may use and modify this design to your heart’s content.[more]
Posted on 17 Apr 2008
The Wireless Interactive Media Player (WIMP) is a 4th year project at Carleton University that involves the design of an MP3 stereo with a wireless link to a PC. The wireless link allows users to remotely download songs and control their WIMP MP3 stereo from any room in their home, regardless if where in their home the WIMP stereo is situated.The idea for the WIMP project came from our desire to work on a more “hands-on” project thanmost of the traditionally abstract, and theoretical projects that offered by Carleton University.The design of the WIMP is based on inexpensive, off the shelf components that include an MP3 decoder, a microcontroller, CompactFlash memory and a wireless standard. [more]
Posted on 02 Apr 2008
This is a musical sensor interface using the CREATE USB microcontroller: a hybrid network of tangled audio technology, based around turntable decks, guitar strings and optical sound designs.This project wanted to merge several of the most crucial audio technology inventions from the previous century into a hybrid object. The inspiring technologies include the phonograph, optical sound on film, the amplified guitar, and the computer. Each represents a different approach to generating, transmitting and/or encoding vibrations, from the spatial through the electrical and optical to digital bits, and each with its own expressive leverages and characteristic morphologies. This project embodies a continuum of audio technology interaction from the most physical hands-on of the vibrating string, to the abstracted turntable control of pre-recorded data, to non-physical control data in optical and electronic form, and finally to the completely abstracted and malleable digital domain. [more]
