Inverting amplifier and sinunsoidal math

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The discussion centers on an inverting amplifier with an input voltage of v(in)=0.001sin(2000πt) and an output voltage of v(out)=-5sin(2000πt + 25). The input amplitude is 0.001V, while the output amplitude is 5V, with a phase shift of 25 degrees. The voltage gain is calculated to be -500, indicating a significant amplification with a 180-degree phase inversion.

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Homework Statement


I have an inverting amplifier with v(in)=0.001sin(2000πt) and v(out)=-5sin(2000πt + 25)

Homework Equations


what is the input amplitude and at what degree?
what is the output amplitude and at what degree?
what is the voltage gain and at what degree?

The Attempt at a Solution


I am not really sure about a solution because my sinusoidal math are not very good ,so if anyone can help please do.
Also i searched google about sinusoidal math and i can't really find something that can help me solve this exersice,so i would apprisiate it if you also post some links that can help.

Sorry for my bad english.
 
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nnis13 said:

Homework Statement


I have an inverting amplifier with v(in)=0.001sin(2000πt) and v(out)=-5sin(2000πt + 25)


Homework Equations


what is the input amplitude and at what degree?
what is the output amplitude and at what degree?
what is the voltage gain and at what degree?

The Attempt at a Solution


I am not really sure about a solution because my sinusoidal math are not very good ,so if anyone can help please do.
Also i searched google about sinusoidal math and i can't really find something that can help me solve this exersice,so i would apprisiate it if you also post some links that can help.

Sorry for my bad english.

Here's an intro link:

http://en.wikipedia.org/wiki/Sin( )

The general form of the function that fits your problem is:

[tex]v(t) = A sin(\omega t + \phi)[/tex]
 
Last edited by a moderator:
Ok thanks i think i understood the exercise
Sorry for not replying earlier
 

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