Difference between revisions of "User:Caio/Unravel the code v"

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= Week 1 =
 
= Week 1 =
 +
 +
== Workshop ==
  
 
On the first workshop, I pair up with [[User:Sara | Sara]] to try to make an FM Transmitter using a breadboard.
 
On the first workshop, I pair up with [[User:Sara | Sara]] to try to make an FM Transmitter using a breadboard.
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We follow this tutorial [http://www.buildcircuit.com/simple-steps-for-making-fm-transmitter How to make FM transmitter].
 
We follow this tutorial [http://www.buildcircuit.com/simple-steps-for-making-fm-transmitter How to make FM transmitter].
 
We were able to plug everything right, but we couldn't find the right tune to listening to the transmitter.  
 
We were able to plug everything right, but we couldn't find the right tune to listening to the transmitter.  
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 +
[[File:Fm-transmitter-Schematics.jpg]]
  
 
On the tutorial they gave us a formula to find out the right tune,  
 
On the tutorial they gave us a formula to find out the right tune,  
  
<math>L in Inductance
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L = [(d^2)(n^2)] / [18d + 40l]
C is Capacitance
 
 
 
f is frequency of circuit.
 
  
f=1/2Pi Underroot(L x C)</math>
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L – in uH (inductor)
 +
d – in inches (coil diameter)
 +
l – coil length in inches
 +
n – number of turns
  
but it didn't work as expected
+
But it didn't work as expected. The failed transmitter was exposed together with the other students work at the Radiation - Digital Craft exhibition.
  
 
= Weel 2 =
 
= Weel 2 =

Revision as of 20:05, 26 September 2016

Week 1

Workshop

On the first workshop, I pair up with Sara to try to make an FM Transmitter using a breadboard.

We follow this tutorial How to make FM transmitter. We were able to plug everything right, but we couldn't find the right tune to listening to the transmitter.

Fm-transmitter-Schematics.jpg

On the tutorial they gave us a formula to find out the right tune,

L = [(d^2)(n^2)] / [18d + 40l]

L – in uH (inductor) d – in inches (coil diameter) l – coil length in inches n – number of turns

But it didn't work as expected. The failed transmitter was exposed together with the other students work at the Radiation - Digital Craft exhibition.

Weel 2