328
edits
GMU:Devices of Perception/Francis and Paul (view source)
Revision as of 20:33, 20 July 2014
, 20 July 2014→ASSIGNEMENT N° 2 - VEHICLE, MODEL N° 1
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The comparator circuit was controlled through a photo resistor. Depending on the amount of light hitting the photo resistor the state would be either high or low. A relay set up as an H-Bridge would transfer high and low two forward or backward movement of the motors. | The comparator circuit was controlled through a photo resistor. Depending on the amount of light hitting the photo resistor the state would be either high or low. A relay set up as an H-Bridge would transfer high and low two forward or backward movement of the motors. | ||
Originally we wanted to mirror this circuit on the breadboard so both motors could be controlled independently. Unfortunately we were missing a second Transistor (TIP-127) to be able to finalize our plans that weekend. | Originally we wanted to mirror this circuit on the breadboard so both motors could be controlled independently. Unfortunately we were missing a second Transistor (TIP-127) to be able to finalize our plans that weekend. | ||
Although not being able to complete our second assignment to the extend we had originally imagined, we somehow had the feeling our vehicle was developing it's own character in a way. | Although not being able to complete our second assignment to the extend we had originally imagined, we somehow had the feeling our vehicle was developing it's own character in a way. | ||
e.g. it could be programmed to be shy of the dark, and stop driving when it leaves a well lit space. | e.g. it could be programmed to be shy of the dark, and stop driving when it leaves a well lit space. | ||