Well presented. Thank you! I just recently got my first real studio condenser mic and am still trying to learn just how to use it. Way different from the dynamics I have been using all these years! Cheers! Rick
Condenser microphone have no charge/discharge cycles during sounwave because of huge resistant of load on it. I mean it happends thru coupling condenser but it will not change voltage. The voltage difference occurs when single charge remains in variable capacitance. Load capacitance only decrease this voltage change.
Condeser micro's don't work on voltage, but on the changing amount of farad of the condenser itself, if i'm not mistaken, the amount of Q (the charge) stays the same, which leads to a changing of V (voltage) and C (capacity) cause C = Q / V. Or well, thats how they taught me...
Is it true that the condenser mic's output level will remain constant no matter how loud you sing into the mic? With the dynamic mics, if you sing louder...the output will also be loud....is this true with condensers?
Absolutely NOT TRUE. It actually doesn't even make sense. The bigger the sound pressure levels, the bigger the output. Condensers are more sensitive, so they reproduce different sound levels with more accuracy, due to the faster transient responce. Sing louder, it will output a louder signal. It may even distort.
Well presented. Thank you!
I just recently got my first real studio condenser mic and am still trying to learn just how to use it. Way different from the dynamics I have been using all these years!
Cheers!
Rick
Condenser microphone have no charge/discharge cycles during sounwave because of huge resistant of load on it. I mean it happends thru coupling condenser but it will not change voltage. The voltage difference occurs when single charge remains in variable capacitance. Load capacitance only decrease this voltage change.
Condeser micro's don't work on voltage, but on the changing amount of farad of the condenser itself, if i'm not mistaken, the amount of Q (the charge) stays the same, which leads to a changing of V (voltage) and C (capacity) cause C = Q / V. Or well, thats how they taught me...
Is it true that the condenser mic's output level will remain constant no matter how loud you sing into the mic? With the dynamic mics, if you sing louder...the output will also be loud....is this true with condensers?
nice video!
good introduction to beginners (i´m not).
...and liked the scientific touch ;)
excellent job ;look forward to learning more from your video's
Very well presented....Good job
Great videos Nuno !
the G is silent in diaphragm bro
In latin or english?
How does he sound English?!
Absolutely NOT TRUE. It actually doesn't even make sense. The bigger the sound pressure levels, the bigger the output. Condensers are more sensitive, so they reproduce different sound levels with more accuracy, due to the faster transient responce. Sing louder, it will output a louder signal. It may even distort.
out of curisostiy... where u from? you sound english.. but ..its not your first language
How the fuck does he sound English?!