Electrolytic Capacitor In Crossover at Summer Schomburgk blog

Electrolytic Capacitor In Crossover. Bipolar capacitors generally have a higher esr (equivalent series resistance) than a similar value film capacitor, this is taken into consideration with the crossover design. My usual suggestion in this case is to replace an electrolytic cap with another electrolytic cap. This particular crossover has a mix of film and electrolytic. The reason is that electrolytic. You wouldn't hear any difference anyway. You will not find a film cap with that high value, maybe 22uf, but not 100uf. Cost comes into play along with size when it comes to larger values. Unless the higher inherent dcr is desired in the circuit path of the crossover, they should typically be bypassed (connect in parallel) with smaller value film capacitors to greatly minimize the disadvantages of the electrolytic capacitors if used alone.

500uF 100V Electrolytic NonPolarized Crossover Capacitor
from www.parts-express.com

Unless the higher inherent dcr is desired in the circuit path of the crossover, they should typically be bypassed (connect in parallel) with smaller value film capacitors to greatly minimize the disadvantages of the electrolytic capacitors if used alone. Cost comes into play along with size when it comes to larger values. You will not find a film cap with that high value, maybe 22uf, but not 100uf. Bipolar capacitors generally have a higher esr (equivalent series resistance) than a similar value film capacitor, this is taken into consideration with the crossover design. You wouldn't hear any difference anyway. The reason is that electrolytic. This particular crossover has a mix of film and electrolytic. My usual suggestion in this case is to replace an electrolytic cap with another electrolytic cap.

500uF 100V Electrolytic NonPolarized Crossover Capacitor

Electrolytic Capacitor In Crossover Cost comes into play along with size when it comes to larger values. Bipolar capacitors generally have a higher esr (equivalent series resistance) than a similar value film capacitor, this is taken into consideration with the crossover design. The reason is that electrolytic. Unless the higher inherent dcr is desired in the circuit path of the crossover, they should typically be bypassed (connect in parallel) with smaller value film capacitors to greatly minimize the disadvantages of the electrolytic capacitors if used alone. This particular crossover has a mix of film and electrolytic. Cost comes into play along with size when it comes to larger values. You will not find a film cap with that high value, maybe 22uf, but not 100uf. You wouldn't hear any difference anyway. My usual suggestion in this case is to replace an electrolytic cap with another electrolytic cap.

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