Gentlemen,
For my crossover one of the required capacitor values is 15micF, which is an available value in a single Clarity MR.
However, I came across a website (reference and excerpt below) in which the author said that for values above 10micF it is better to use several smaller value capacitors rather than a single large value capacitor.
I was wondering if you would please comment on this?
As always, thanks for your help,
John
Reference: http://audio.calsci.com/X-Overs2b.html
10th & 11th paragraphs:
"Whenever you need a capacitor over about 10µF, it's best to build up the capacitor from several smaller capacitors...
"The reason for adding up many small capacitors is that the capacitors have inductance and lead resistance, which make the capacitor less useful. When you place resistors and inductors in parallel, their effect shrinks, but the capacitor's effects add. So, building up large capacitors by placing several small capacitors in parallel makes our capacitors act more like perfect capacitors. This is a good thing."
For my crossover one of the required capacitor values is 15micF, which is an available value in a single Clarity MR.
However, I came across a website (reference and excerpt below) in which the author said that for values above 10micF it is better to use several smaller value capacitors rather than a single large value capacitor.
I was wondering if you would please comment on this?
As always, thanks for your help,
John
Reference: http://audio.calsci.com/X-Overs2b.html
10th & 11th paragraphs:
"Whenever you need a capacitor over about 10µF, it's best to build up the capacitor from several smaller capacitors...
"The reason for adding up many small capacitors is that the capacitors have inductance and lead resistance, which make the capacitor less useful. When you place resistors and inductors in parallel, their effect shrinks, but the capacitor's effects add. So, building up large capacitors by placing several small capacitors in parallel makes our capacitors act more like perfect capacitors. This is a good thing."