GMU:Devices of Perception/Sebastian Kaye: Difference between revisions

Revision as of 17:44, 23 June 2014

DeViCeS oF pErCePtIoN

Day 1 Notes

Learning about the two versions of circuits you can make with the 55 timer, for two modes, Astable and Monostable.

The Astable mode the circuit has a constant output which's the duration can be varied by using resistors and capacitors with different strengths. In this example we used an LED as the output.

The 555 TIMNER: ASTABLE MODE

Then you've got to 'get inside the machine' The internal Logic of the 555 Timer.

Day 2 Notes

'Technology is an agent of power... and in practice is not the sum of the artefacts, but a system much more than the parts. this system includes organisation-mindset-symbols and a whole body of knowledge...' - Sonia Sheridan Bonds

The 555 TIMNER: MONOSTABLE MODE The Monostable mode includes a stitch, which when activated, lets the circuit run for a duration of time that is conditioned by the resistors and capacitors. (on once, HIGH)

Switches:

H-Bridge for controlling the direction of a motor:

Using a relay:

Day 3 Notes

1st Assignment:

@@ Line 11: / Line 11: @@
 Learning about the two versions of circuits you can make with the 55 timer, for two modes, Astable and Monostable.
-The Astable mode includes a stitch, which when activated, lets the circuit run for a duration of time that is conditioned by the resistors and capacitors.
+The Astable mode the circuit has a constant output which's the duration can be varied by using resistors and capacitors with different strengths. In this example we used an LED as the output.
 The 555 TIMNER: ASTABLE MODE
@@ Line 28: / Line 28: @@
 The 555 TIMNER: MONOSTABLE MODE
 [[File:Day2_A.jpg]]
+The Monostable mode includes a stitch, which when activated, lets the circuit run for a duration of time that is conditioned by the resistors and capacitors. (on once, HIGH)
 Switches:
+[[File:day2_B.jpg]]  [[File:day2_C.jpg]] [[File:day2_D.jpg]]
 H-Bridge for controlling the direction of a motor:
+[[File:day2_E.jpg]]