Tx >> Bridge rectifier >> capacitor bank >> Voltage reg >> current limiter >> output.
This is my idea, yet to be implemented.
My desire is to get DC as straight line as possible(and devoid of noise). I am just a hobbyist and it is out of my capability to design circuits to achieve it. But still the desire remains! I want to check if the following idea is workable or a completely/fundamentally wrong idea. Please do tell me.
I have come across this filter simulation page here:
http://sim.okawa-denshi.jp/en/RLCtool.php
I plugged in some values to play around till I came up with this RESULT :
RLC Filter: R=1 ohm,L=0.005H,C=0.1F
Cut-off frequency, fc = 7.11762543417[Hz]
Quality factor, Q = 0.22360679775
Damping ratio, ζ = 2.2360679775
The system does not oscillate.
I do not understand what exactly is Damping ratio, I guess it is synonymous with the mechanical damping definition. I guess the higher the value the greater the high frequencies will be suppressed. Hence I think I will be able to attenuate noise/fluctuations in my DC. I may be wrong in my understanding here. Please do tell me.
I dont know what quality factor is.
Please see attached plot images, and tell me if it is wrong and to drop this idea till I learn more or go ahead and implement it.
This is my idea, yet to be implemented.
My desire is to get DC as straight line as possible(and devoid of noise). I am just a hobbyist and it is out of my capability to design circuits to achieve it. But still the desire remains! I want to check if the following idea is workable or a completely/fundamentally wrong idea. Please do tell me.
I have come across this filter simulation page here:
http://sim.okawa-denshi.jp/en/RLCtool.php
I plugged in some values to play around till I came up with this RESULT :
RLC Filter: R=1 ohm,L=0.005H,C=0.1F
Cut-off frequency, fc = 7.11762543417[Hz]
Quality factor, Q = 0.22360679775
Damping ratio, ζ = 2.2360679775
The system does not oscillate.
I do not understand what exactly is Damping ratio, I guess it is synonymous with the mechanical damping definition. I guess the higher the value the greater the high frequencies will be suppressed. Hence I think I will be able to attenuate noise/fluctuations in my DC. I may be wrong in my understanding here. Please do tell me.
I dont know what quality factor is.
Please see attached plot images, and tell me if it is wrong and to drop this idea till I learn more or go ahead and implement it.
Attachments
-
1.8 KB Views: 9
-
1.2 KB Views: 6
-
1.1 KB Views: 5