Hi
I am new to this forum,registered a few minutes ago,so please bear with me if my protocol is lacking.All about circuits is very informative and useful to my research.On the (tank circuit) resonance page f=1/2pi rootLC
OR----LCproduct=1/2pifsquared
OR----LCproduct--proportional to--resonant frequency.
Any number of individual values of L and C will give the same LC product.
Is there a specific value for L and for C (the product giving the resonant frequency) which will provide the maximum gain in a receiving parallel or series LC circuit?---generally.
The frequency I am particularly interested in is 198kHz
Best wishes, mollie.
I am new to this forum,registered a few minutes ago,so please bear with me if my protocol is lacking.All about circuits is very informative and useful to my research.On the (tank circuit) resonance page f=1/2pi rootLC
OR----LCproduct=1/2pifsquared
OR----LCproduct--proportional to--resonant frequency.
Any number of individual values of L and C will give the same LC product.
Is there a specific value for L and for C (the product giving the resonant frequency) which will provide the maximum gain in a receiving parallel or series LC circuit?---generally.
The frequency I am particularly interested in is 198kHz
Best wishes, mollie.