Crossover Components
Dayton Audio DNR-12.5 | 12.5 Ω | 10 W | 2%
Jantzen Audio 000-5441 | 3.0 mH | 0.17 Ω | 3% | 15 AWG | H Iron-core Coil
Mundorf ME-0.39T3.450 | 0.39 µF | 3% | 450 V | MCap EVO Capacitor
Mundorf ME-0.33T3.450 | 0.33 µF | 3% | 450 V | MCap EVO Capacitor
Mundorf L100-1.80 | 1.80 mH | 0.70 Ω | 2% | 18 AWG | Air-core Coil
Mundorf ME-0.27T4.450 | 0.27 µF | 4% | 450 V | MCap EVO Capacitor
Audio Note CAP-5001 | 0.01 µF | 10% | 630 V
Audio Note CAP-5010 | 0.015 µF | 10% | 630 V
Dayton Audio DNR-0.82 | 0.82 Ω | 10 W | 2%
Dayton Audio DNR-0.51 | 0.51 Ω | 10 W | 2%
Mundorf ME-0.15T5.450 | 0.15 µF | 5% | 450 V | MCap EVO Capacitor
Mundorf ME-0.10T5.650 | 0.10 µF | 5% | 650 V | MCap EVO Capacitor
Dayton Audio DNR-0.33 | 0.33 Ω | 10 W | 2%
Intertechnik MKTR/33/100 | 33 µF | 5% | 100 V
Mundorf ME-0.010T5.650 | 0.01 µF | 5% | 650 V | MCap EVO Capacitor
Mundorf MCAP400-15 | 15 µF | 3% | 400 V | Mcap Classic Capacitor
Jantzen Audio 000-5019 | 12 mH | 0.75 Ω | 3% | 18 AWG | H Iron-core 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.























