Is it possible to use parallel bridge rectifiers in a power supply if seperate psu for each channel is wanted with only one transformator?
Is there any drawbacks?
Is there any drawbacks?
Works quite well in fact... assuming each will have a capacitor bank or some other type of PSU after it...
Just stumbling about this - By paralleling you mean connecting two bridges on one transformer? Or do you mean "stacking" two bridges?
I'm guessing threadstarter is trying to make some kind of dual-mono supply without the additional transformer.
Although I'm not sure how having separate bridges will help apart from more capacity and better isolating between the two capacitor banks... wait... that's a good enough reason.
Although I'm not sure how having separate bridges will help apart from more capacity and better isolating between the two capacitor banks... wait... that's a good enough reason.
Some PC power supplies with multiple 12v rails have a separate rectifier and filter stage for each rail, but sharing the transformer. (The best ones have completely separate switching supplies for each rail, most simply have separate post-filters, and the cheapest ones lie and do not really have multiple rails.)
Many amps uses this type of separated PSU.
And it works quite well. Go with it, but remember to use lots of uF to get full benefit from this design 😉
Sadly many manufactorers using this type of PSU claims that their amps are true mono build, even though the two channels shares the same transformer 🙁
And it works quite well. Go with it, but remember to use lots of uF to get full benefit from this design 😉
Sadly many manufactorers using this type of PSU claims that their amps are true mono build, even though the two channels shares the same transformer 🙁
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