What is the reaction of the power factor with a CLC or CRC filter?
With a normal C filter the current flow from the mains will look like spikes, instead of a normal sine wave because there can only flow current if U(cap) < U(source).
How will this look like with a CLC or CRC filter?
With a normal C filter the current flow from the mains will look like spikes, instead of a normal sine wave because there can only flow current if U(cap) < U(source).
How will this look like with a CLC or CRC filter?
in laymans terms a filter smoothes out spikes that you may see through a scope etc....I always have found that any P/s is better with a preloaded (resistive) design...my choice has always been a LC design...but thats my preference and it works for me
DIRT®
DIRT®
The peak current through the diodes is less and lasts for a slightly longer period of time. This puts less stress on the diodes and the first capacitor.
Wes Marquenie said:
Without hurting anyone's feelings 😉 may I suggest the use of the Duncan amp PS simulation program? It's free, easy and works well.
Both types will improve the power factor. I believe the CLC
type will do it with somewhat greater efficiency.
type will do it with somewhat greater efficiency.
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