I am designing a low pass filter to be used in conjunction with some metal oxide varistor's in order to create a sort of power conditioner.
It is to be passive in nature, and run off of standard 120V 60Hz source. I am having trouble figuring out how to determine the values of the parts required.
I would like to use either a 'pi' or 'T' type filter.
If anyone could provide some help on how to go about this, it would be greatly appreciated.
Now here is what I know:
I am going to use 3 220V rated MOV's for preventing voltage spikes.
I would like this filter to be passive in nature.
This is for the purpose of attaching electronics like TV's, computers, etc.
It should also be able to handle a 3/4 HP motor.
The point of the filter is to eliminate 'noise' on the lines when inductive or capacitive loads are attached.
It is to be passive in nature, and run off of standard 120V 60Hz source. I am having trouble figuring out how to determine the values of the parts required.
I would like to use either a 'pi' or 'T' type filter.
If anyone could provide some help on how to go about this, it would be greatly appreciated.
Now here is what I know:
I am going to use 3 220V rated MOV's for preventing voltage spikes.
I would like this filter to be passive in nature.
This is for the purpose of attaching electronics like TV's, computers, etc.
It should also be able to handle a 3/4 HP motor.
The point of the filter is to eliminate 'noise' on the lines when inductive or capacitive loads are attached.