Crossover Components
Jantzen Audio 000-1149 | 0.10 mH | 0.19 Ω | 3% | 20 AWG | Air-core Coil
Jantzen Audio 000-1148 | 0.10 mH | 0.26 Ω | 3% | 21 AWG | Air-core Coil
Jantzen Audio 000-1129 | 0.15 mH | 0.33 Ω | 3% | 22 AWG | Air-core Coil
Jantzen Audio 000-1125 | 0.22 mH | 0.37 Ω | 3% | 21 AWG | Air-core Coil
Jantzen Audio 000-1091 | 0.18 mH | 0.42 Ω | 3% | 22 AWG | Air-core Coil
Intertechnik LU120/3.0/20 | 3.0 mH | 0.33 Ω | 3% | 12 AWG
Jantzen Audio 000-1090 | 0.12 mH | 0.25 Ω | 3% | 21 AWG | Air-core Coil
Jantzen Audio 000-1072 | 0.18 mH | 0.33 Ω | 3% | 21 AWG | Air-core Coil
FOIL1.20 | 1.2 mH | 0.20 Ω | 2% | 12 AWG | Copper Foil Inductor
Jantzen Audio 000-1013 | 0.22 mH | 0.44 Ω | 3% | 22 AWG | Air-core Coil
Jantzen Audio 000-1004 | 0.38 mH | 0.86 Ω | 3% | 24 AWG | Air-core Coil
Amplimo 40PP6K0S Output Transformer Push-Pull 40 Watt
Mundorf CFC14-5.60 | 5.60 mH | 0.68 Ω | 2% | 14 AWG | Foil Coil
Intertechnik TRI92/270/0.60 | 2.7 mH | 0.46 Ω | 1% | 23 AWG
Amplimo 100PP2K2S Output Transformer Push-Pull 100 Watt
Jantzen Audio 000-1842 | 0.43 mH | 0.91 Ω | 3% | 24 AWG | Air-core Coil
Jantzen Audio 000-1400 | 0.45 mH | 0.94 Ω | 3% | 24 AWG | Air-core Coil
Jantzen Audio 000-1328 | 0.40 mH | 0.89 Ω | 3% | 24 AWG | Air-core Coil
Jantzen Audio 000-1157 | 0.42 mH | 0.98 Ω | 3% | 24 AWG | Air-core Coil
Jantzen Audio 000-1064 | 0.85 mH | 1.93 Ω | 3% | 26 AWG | Air-core Coil
Jantzen Audio 000-0967 | 0.47 mH | 1.70 Ω | 3% | 26 AWG | Air-core Coil
Dayton Audio LW18-20 | 0.20 mH | 0.21 Ω | 5% | 18 AWG | Air-core Coil
Intertechnik TRI120/3.00/0.60 | 3.0 mH | 0.50 Ω | 1% | 23 AWG
Mundorf CFC14-6.80 | 6.80 mH | 0.78 Ω | 2% | 14 AWG | Foil Coil
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.























