Thanks berkeman..now i understand.
Is an audio signal always sinusoidal or there are flat turns or edges? If it is not sinusoidal, how can I predict its displacement for a particular time?
ok. But what I mean is what is the cone's movement,example, per 1 millisecond. Such that per millisecond there is a varying frequency and loudness. What I am looking for is a some kind of graph or line graph showing the cone's movement with varying frequency and loudness for certain time...
Thanks berkeman.
But if a speaker vibrates and moves very fast, how would I be able to measure the displacement of the cone with regards to a specific frequency and volume?
Do you know where I can find a data of speaker movement for any speaker? Thanks Ü
thanks for the reply.
I don't have the instruments to measure the speaker's movement that is why I am looking for a data regarding that. Perhaps a loudspeaker manufacturing company can provide me one. Do you know a company that may give me such data that i need? thanks
Good day to all!
I just want to ask if someone here knows some data or measurement of speaker diaphragm movement(distance moved by the diaphragm relative to its resting position) of any speaker(any type or brand) when a certain frequency and volume is applied to it. I just badly need the...
Good day to all. I have some questions regarding speaker specifications:
1. What does RATED POWER of the speaker mean?
2. Why is the impedance of the speaker usually has a value of 4 ohms, 16 ohms etc, when speakers also contain inductors and capacitors in their drivers?
3. What is the...
hi! we are currently taking up our Fundamentals of Electronics subject
and i just want to ask you guys if you know some websites that would help me understand more the Fundamentals of Electronics.
Is there any tutorial site that you can suggest to a newbie like me? Right now we're on our...
I'm not sure if my answer is correct, I need someone to help me solve this so I could check my answer..
1.) 2 coils A and B are magnetically coupled. When connected in parallel-aiding, the total inductance is 2.33 H, and when connected in parallel-opposing the total inductance is 1.4H. The...
c'mon! its just a typo error...hehe.. we've dicussed the norton and thevenin last week..we've not yet discussed norton and thevenin with dependent sources..how do you solve that?
So did you get the answer? Using “Mesh Analysis” I arrived with 2 equations
-6i2 - 2Ri2 + (9/2)R + 3 = 0
2Ri2 - (9/2)R + 6 + 2i2 = 0
You can easily solve R or i2 using a calculator. But I’m not sure if my equations are right because im so0o0ooo so0o0o0 sleEeEEeEEeeEpppyyyy :zzz...
sorry but i don't have any more problems about KVL and KCL.. that's why I'm looking for sites with sample problems and solutions...I hope somebody knows a site about that..
help!!! KVL and KCL SOLVED PROBLEMS!!!
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I need some websites of solved problems containing KCL and KVL in a simple DC circuit...please post some links!!! thanks!!