click the display icon to make the fullscreen

Thanks for Frank, we finally got the sound input work readily using radio shack amplifier.

Using headphones as a microphone

processing sketch__soundAnalysis using prt4

readyMade-Amplifier_For Brian Alfred, originally uploaded by thetarbre.

>> the code (processing+arduino)___please thanks to Luibo

B_soundInput_prt4_detail_inOut2-s.

www.christianmeinke.com
SoniaHelper

The basic configuration of the Piezo element is shown here:
>>code

Listening to each other -revealing materiality through the vibrational interaction of each component-
We hope to make the interaction among each component of our output that would require a relatively small scale of input from each. So in parallel with working on sound input (that would be sensing a wider range of presence), the exploration of output based on input of the Piezo element would be good to start with.

Raw Piezo Element.
I heard that microphones are made of piezoelectric film. Those piezoelectric sensors consist of a small piezoceramic plate and electrode and are generally used to detect strain or very slight force changes. When bent, they produce varying voltage within a relatively ready-response.

[prototype3]

tinkerlog-part1
tinkerlog-part2

[Prototyepe2]
_using Velleman K1803 Universal Mono Preamplifier from Jameco (part no. 117612).
>>I need the dynamic microphone.
Specification

• power supply: 10-30V DC / 10mA
• output impedance: 1Kohm
• adjustable output level: max. 40dB
• frequency range: 20Hz to 20kHz ± 3dB
• max. input signal: 40mV

B_soundInput_prt1, originally uploaded by thetarbre.

First, the link of Condenser Microphone, what I tried last semester refers to ITP website ...
Condenser Microphone

This semester, I will try this circuit-info by liubo_thanks!
Hardware
http://tinkerlog.com/2007/05/20/cheap-sound-sensor-for-avr/

other site
http://itp.nyu.edu/~mfm317/physcomp/midterm.html

Software
Ess
max/msp/jitter