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Loudspeaker components Loudspeaker
components
Capacitors Introduction Capacitors
Introduction
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capacitance
Electrolytic jb Cap. Electrolytic
jb Cap.
Electrolytic cap Mundorf Electrolytic
cap Mundorf
Audaphon polyester cap Audaphon
polyester cap
Audaphon polypropylen Audaphon
polypropylen
Clarity Cap Clarity
Cap
Mundorf classic CAPs Mundorf
classic CAPs
Mundorf EVO CAPs Mundorf
EVO CAPs
Duelund capacitor Duelund
capacitor
Jantzen Cross-/Z-Cap Jantzen
Cross-/Z-Cap
Jupiter Copper + Wax Jupiter
Copper + Wax
Monacor MKT + MKP Monacor
MKT + MKP
Rike oil paper Rike
oil paper
more infos on capacitors more infos
on capacitors
Calculator for capacitors Calculator for
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Calculator for Capaciors

Capacitor Calculator Impedance to be entered with two decimals
Please enter decimal separators as "."
Frequency in Hz: Capacitance in uF: Impedance in Ohm:
further notes:
© Iris Strassacker, 2002. All rights reserved - Warranty excluded

 
Capacitor Voltage Calculator Minimum dielectric strength for the capacitor
Please enter decimal separators as "."
  Capacitor type:
for a loudspeaker with: Impedance in Ohm: VAC:
  Output P in Watt: VDC:
important hints:
These are empirical values. Also, the capacitor should not be thermally overloaded; Elcos are here more at risk than MKT or MKP capacitors!
© Iris Strassacker, 2002. All rights reserved - Warranty excluded

When two capacitors C1 and C2 are in series, then Cges = (C1 * C2) / (C1 + C2)
Capacitor in series Please enter decimal separators as "."
C1 = uF and C2 = uF   Cges = uF
© Iris Strassacker, 2002. All rights reserved - Warranty excluded

When two capacitors C1 and C2 are in parallel, then their capacitance is added up.
Capacitor in parallel Please enter decimal separators as "."
C1 = uF and C2 = uF   Cges = uF
© Iris Strassacker, 2002. All rights reserved - Warranty excluded

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