Dr_Doggy
Well-Known Member
still get a bit confused with LC circuitry but i get that L & C make up for resonant frequency,
but my question is how is q factor impacted by inductor or capacitor size
ie... does q or voltage go up when inductor value goes up, or which will ring more?
or should i say which of the 3 options will have more volts at output?:
frequency = 100khz:
a)1uH + 2.533 Microfarad
b)10uH + 0.2533 Microfarad
c)100uH + 0.02533 Microfarad
...... how would these values impact my circuit
also if my inductor at resonance is 10uH which is determined by coil diameter, number of turns, and coil length then how should i wrap my coil?
ie
A)a 10uH coil same no matter what?
B)more turns = more volts or watts
C)longer coil = more volts or watts
D)more diameter on coil = more volts or watts
OR ... is it like teslacoil where more turns on secondary = more volts at output?
hope question is clear enough!
but my question is how is q factor impacted by inductor or capacitor size
ie... does q or voltage go up when inductor value goes up, or which will ring more?
or should i say which of the 3 options will have more volts at output?:
frequency = 100khz:
a)1uH + 2.533 Microfarad
b)10uH + 0.2533 Microfarad
c)100uH + 0.02533 Microfarad
...... how would these values impact my circuit
also if my inductor at resonance is 10uH which is determined by coil diameter, number of turns, and coil length then how should i wrap my coil?
ie
A)a 10uH coil same no matter what?
B)more turns = more volts or watts
C)longer coil = more volts or watts
D)more diameter on coil = more volts or watts
OR ... is it like teslacoil where more turns on secondary = more volts at output?
hope question is clear enough!