Talk:Circuit bending

message: http://www.theblackboardfreepress.com/200512/music2.html — Omegatron 19:08, 8 April 2006 (UTC)
thread_title:  Possible copyvio 

message: I've removed Aphex Twin from "See Also". You could also place a link to Autechre, LFO or whatever glitch artist. Slowgaze 19:40, 21 July 2007 (UTC)
thread_title:  Aphex Twin 

message: The Circuit Blasting addtion looks more like an advertisement for a new recording and doesn't fit the goals of the section of "Innovators," which is about important historic developments.  I reverted to an older version.  --80.67.64.10 13:42, 30 May 2007 (UTC)
replies: text: I'd recommend focusing on what circuit blasting is: how does it derive from circuit bending and how does it  differ?  From what I learned using Google, this is something Strange Attractor (Mark Pilkington) and Disinformation (Joseph Banks) does, and I 'm not sure there's enough of a following to call it an innovation.  I'm not saying it isn't worth a mention -- you may find it more appropriate to have a separate article for it, and reference it here in the See Also section, not unlike Glitch music, which has a larger following.  Please feel free to discuss! --Wayn3w 12:12, 1 June 2007 (UTC)
thread_title:  Circuit Blasting 

message: "As a general rule, areas around the power supply or large capacitors are avoided to prevent damage to the electronic system."
Isn't it fairly common to add variable resisters around the power supply, to lower the power input to the circuit (known as a "voltage starve") ?
: Yes, you're right.  Starving the voltage is a common technique, but short circuits in this area are more likely to cause damage to the circuits than shorting other areas.  It would be good to a little more about electronics before attempting this.  Perhaps this should be edited to be made more clear. —Preceding unsigned comment added by Wayn3w (talk • contribs) 
: I've removed that part because its inclusion made it sound more like a tutorial rather than an encyclopedia article.  I think the best thing thing to do in this section is to briefly describe the process and be sure external links include a good tutorial.  --Wayn3w 16:40, 14 June 2007 (UTC)
thread_title:  Power Supply 

message: This article has been flagged for not using citations or footnotes.  Where do I begin to use citations? What parts really need the citations/footnotes? --Wayn3w 01:16, 15 June 2007 (UTC)
thread_title:  Citations 

message: I don't like the way Releases has become the External Links of yore -- a section of links.  This will have to be edited to make more like an encyclopedia article (using seminal works only). --Wayn3w 15:47, 20 June 2007 (UTC)
thread_title:  Releases 

message: "Since chance is key element to the practice of circuit bending, there is always a chance that short circuiting may result in undesirable results, including component failure. Never bend any device that gets its power from the mains (household current) to avoid the chance of electrocution." 
how many times do you use the word chance here and throughout the article? are you having a laugh???  —Preceding unsigned comment added by 86.43.66.87 (talk) 16:46, 21 November 2007 (UTC)
thread_title: Style

message: Anyone up for some explanations as to what actually happens? I do know the majority of what is happening in most analog stuff is the changes to negative feedback loops, basically inducing positive feedback (which causes oscillation) , as well as circumventing circuitry used for stabilization of gain stages, inducing motorboating, as well as simply tying digital sections to analog stages are the typical things causing this. 
For instance, in a typical low/line level  amplifier, a designer uses various passive elements to set things like closed loop gain, bypassing, components used for amplifier stability, etc. 
A simple example is a basic opamp circuit, where the gain is set by feeding the output of the opamp through a resistor divider into the inverting input. Conversely, if one where to connect this feedback to the noninverting input, depending on the circuit topology, one would induce oscillations.
As a hardware designer, I do this quite frequently by accident; and years ago, from poor PCB layout practices. 
High impedance circuits are especially prone to this type of "non-desired" behavior. If this is an art, wow, I really must have been a master of it years ago when I was using some of the early opamps for state variable filters... the noises I got out of that... ehhh. Thank god for SPICE modeling...
For instance, I can see a majority of the single cell devices that use things like 9V's, being driven into some sort of motorboating by simply grounding or connecting to arbitrary points in other stages, the rail splitter used to bias up the opamps to 1/2 of Vcc. 
It'd be interesting to see these circuit bends and reference it to the actual desired circuit topology. I'd do it but I'm a bit busy trying to AVOID that kind of thing Wamnet (talk)  —Preceding undated comment was added at 22:11, 21 December 2008 (UTC)
thread_title:  any explanations of what's actually happening?

message: The following Wikimedia Commons files used on this page or its Wikidata item have been nominated for deletion:
* 
* 
Participate in the deletion discussion at the nomination page. —Community Tech bot (talk) 18:21, 9 February 2020 (UTC)
thread_title:  Commons files used on this page or its Wikidata item have been nominated for deletion