Update for 26-01-22 14:15

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Tyler Perkins 2022-01-26 14:15:01 -05:00
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@ -26,3 +26,15 @@ Different types of inductors lend themselves to different applications.
* RF transmitters
== Parallel and Series ==
When in series, the total inductors value is added together.
When in parallel, the total inductance is equal to the reciprical of the sum of
recipricals. This means that for three inductors L1 L2 and L3, the total
inductance of them in parallel is
Total = 1/(1/L1 + 1/L2 + 1/L3)
== Also see ==
[[Transformers]]

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tech/Transformers.wiki Normal file
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= Transformers =
Transformers are an application of mutual inducatance, caused by inductors.
Transformers transfer power between two inductors that share a mutual core.
Two sets of windings (giving winding is primary, pulling winding is secondary)
are used and rated in the given direction, however it works both ways.
By using different amounts of windings on each side we can step up or down
voltage and current. This is because the same amount of energy is on both
sides, however if there are fewer turns then the energy is more concentrated,
leading to a step up transformer.
The relationship between input and output voltages are based upon the primary
winding N,,p,, to the number of turns on the secondary winding N,,s,,. The
relationship with their voltages _E_ is shown below
E,,s,, / E,,p,, = N,,s,, / N,,p,,
E,,s,, = E,,p,, * N,,s,, / N,,p,,
Example,
What is the voltage across a 500 turn secondary if 120V is across a 2250 turn
primary?
120V * 500 / 2250

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@ -37,6 +37,7 @@ Also see
* [[Capacitor]]
* [[Inductor]]
* [[Fuse]]
* [[Transformers]]
== AC/Radio ==