Crossover Components
Mundorf CFC18-0.22 Copper Foil Coil, 0.22 mH
Mundorf MESGO-0.22T4.450 | 0.22 µF | 4% | 450 V | MCap EVO SilverGold Oil Capacitor
Mundorf H100-8.2 Air Core Coil, 8.2 mH | DCR 0.56 Ω | ±3%
Mundorf VLCU18-0.12 Copper Foil Coil, 0.12 mH | DCR 0.14 Ω
Mundorf CFC18-0.39 Copper Foil Coil, 0.39 mH | DCR 0.28 Ω | ±2%
Monacor LSR-18/20 | 1.8 Ω | 20 W | 5% | High-power Ceramic Resistor
Mundorf H125-1 Iron Core Coil, 1 mH | DCR 0.11 Ω | ±3%
Mundorf H100-3.9 Iron Core Coil, 3.9 mH
Mundorf H71-12 Iron Core Coil, 12 mH | DCR 1.02 Ω | ±3%
Mundorf BL125-0.47 Air Core Coil, 0.47 mH | DCR 0.22 Ω
Mundorf H180-0.68 Air Core Coil, 0.68 mH | ±3%
Mundorf L125-0.56 Air Core Coil, 0.56 mH | DCR 0.24 Ω
Mundorf LL45-0.1 Air Core Coil, 0.1 mH | DCR 0.11 Ω | ±2%
SETA RWS 864 / RWS 1064 - 10000 Resistor, 25 W | 10000 Ω
Visaton FC 4.7 MH FERRIT 40 MM Iron Core Coil, 4.7 mH
Mundorf BH180-0.47 Air Core Coil, 0.47 mH | DCR 0.05 Ω | ±3%
SETA RWS 845 / RB 58 / RW 68 - 27 Resistor, 16 W | 2.7 Ω
Read more: Crossover Components
A passive crossover decides which driver gets which part of the spectrum, and where and how steeply the bands hand over to each other. At least half of a well-designed speaker's sound is shaped here, not in the drivers themselves.
This section holds everything a crossover is built from: inductors, capacitors, resistors, circuit boards, driver protectors and ready-assembled networks. When refurbishing, start with aged electrolytic capacitors; for a new design, start by measuring the values precisely.























