GMU:Devices of Perception/Ashin Mandal: Difference between revisions

Latest revision as of 21:55, 6 July 2014

Day 1, 6th June 2014

Ohm's Law Resistance is measured in Ohms. -_-

List of resistance and how to identify them:
1 KΩ - Brown Black Red
10 KΩ - Brown Black Orange
100 KΩ - Brown Black Yellow
1 Mega Ω - Brown Black Green

0.01 μF (103)

List of Electrolytic Capacitors (larger than 0.01 μF) - 1 μF || 47 μF || 4.7 μF || 220 μF

Day 2, 7th June 2014

A monostable has one stable state.
The stable state of a 555 in that configuration is with its output low. It will stay low until it receives a trigger, upon which it produces one high output pulse.

An astable has no stable states. The states change continuously.
In a 555 that means the output alternates between low and high. The 555 will start doing this as soon as power is applied to it.

Resistor code calculator - Electronics 2000 or any other like this.
Capacitance Calculator - Electronics 2000

555 timer data sheet and duty cycle, applications of the 555 timer

Darsha's work - Electrostatic Bell Choir Experiment

Monostable 555 duty cycle calculator

Day 3, 8th June 2014

Assignment 1, 19th June 2014

==============================================

Assignment 1 - Super Conceptual Momentary Switch

==============================================

The idea here is to develop a vocabulary of switches.
Is it responsive?
Does it require human or dog interaction?
Does your switch have multiple outcomes?
Does your switch trigger a series of events or actions?
SCALE and CONTEXT of the switch!
Necessary to draw a diagram or a schematic.

When the fan is switched on, it disconnects the switch by blowing the aluminium foil apart which in turn switches off the fan. When the fan is switched off, the aluminium foil comes back and completes the circuits, thus making a loop within itself.

Day 4, 20th June 2014

Day 5, 21st June 2014

Day 6, 22nd June 2014 (Assignment 2)

@@ Line 1: / Line 1: @@
-[[File:Ashin_DOP_TopImage.png|720px]]
+[[File:Ashin_DOP_TopImage.png|600px]]
 '''Day 1, 6th June 2014'''
-[[File:Ashin_DOP_Day1Writing.png|720px]]
+Ohm's Law
+Resistance is measured in Ohms. -_-<br/>
-[[File:Ashin_DOP_Day1Photos.png|720px]]
+List of resistance and how to identify them:<br/>
+KΩ - Brown Black Red<br/>
+KΩ - Brown Black Orange<br/>
+KΩ - Brown Black Yellow<br/>
+Mega Ω - Brown Black Green<br/>
+.01 μF (103)
+List of [http://en.wikipedia.org/wiki/Electrolytic_capacitor Electrolytic Capacitors] (larger than 0.01 μF) - 1 μF || 47 μF || 4.7 μF || 220 μF
+[[File:Ashin_DOP_Day1Writing.png|328px]] [[File:Ashin_DOP_Day1Photos.png|385px]]
+<videoflash type=vimeo>99039130|720|400</videoflash>
+'''Day 2, 7th June 2014'''
+A monostable has one stable state.<br/>
+The stable state of a 555 in that configuration is with its output low. It will stay low until it receives a trigger, upon which it produces one high output pulse. <br/><br/>
+An astable has no stable states. The states change continuously. <br/>
+In a 555 that means the output alternates between low and high. The 555 will start doing this as soon as power is applied to it.<br/><br/>
+Resistor code calculator - Electronics 2000 or any other like  [http://www.dannyg.com/examples/res2/resistor.htm this].<br/>
+[http://www.electronics2000.co.uk/calc/capacitor-code-calculator.php Capacitance Calculator - Electronics 2000]<br/>
+timer data sheet and duty cycle, applications of the 555 timer<br/>
+Darsha's work - Electrostatic Bell Choir Experiment<br/>
+[http://home.cogeco.ca/~rpaisley4/LM555.html Monostable 555 duty cycle calculator]
+[[File:Ashin_DOP_Day2Writing1.JPG|362px]] [[File:Ashin_DOP_Day2Writing2.JPG|350px]]
+[[File:Ashin_DOP_Day2Photos.jpg|720px]]
+'''Day 3, 8th June 2014'''
+[[File:Ashin_DOP_Day3Photos.jpg|720px]]
+<videoflash type=vimeo>99194893|720|400</videoflash>
+'''Assignment 1, 19th June 2014'''
+==========================================================
+Assignment 1 - Super Conceptual Momentary Switch
+==========================================================
+The idea here is to develop a vocabulary of switches.<br/>
+Is it responsive?<br/>
+Does it require human or dog interaction?<br/>
+Does your switch have multiple outcomes?<br/>
+Does your switch trigger a series of events or actions?<br/>
+SCALE and CONTEXT of the switch!<br/>
+Necessary to draw a diagram or a schematic.<br/>
+[[File:Ashin_DOP_Assignment1Writing.jpg|720px]]
+[[File:Ashin_DOP_Assignment1Photos.jpg|720px]]
+<videoflash type=vimeo>99196989|720|400</videoflash>
+<div style="width: 720px"><br/>When the fan is switched on, it disconnects the switch by blowing the aluminium foil apart which in turn switches off the fan. When the fan is switched off, the aluminium foil comes back and completes the circuits, thus making a loop within itself.</div>
+'''Day 4, 20th June 2014'''
+[[File:Ashin_DOP_Day4Writing.JPG|720px]]
+[[File:Ashin_DOP_Day4Photos.JPG|720px]]
+<videoflash type=vimeo>99198729|720|400</videoflash>
+'''Day 5, 21st June 2014'''
+[[File:Ashin_DOP_Day5Writing.JPG|720px]]
+'''Day 6, 22nd June 2014 (Assignment 2)'''
+[[File:Ashin_DOP_Assignment2Writing.jpg|720px]]