Morel CAW638+ CAT308 2way Crossover Design
This 2way features the Morel Classic Advanced Woofer with 3″ Hexatech aluminum voice coil and Classic Advanced Series CAT308 tweeter. Crossover point at about 3.1 kHz. Output about 86-87 dB with nominal 6 to 8 ohm impedance. Very simple network with one series cap on tweeter.
Crossover points @ 200 Hz and 3kHz. Complex network with fairly high parts count especially in the midrange section. Two primary high pass caps.
Woofers in 4.0 cf3 sealed, mids in 0.3 cf3 sealed
W26FX-002 + SCM634 + ST1108 3way Passive Crossover Design
W26FX-002 + SCM634 + ST1108 3way Passive Crossover Design, flat anechoic (no tweeter modulation)
Woofer: 2.5 cubic foot vented with dual (two) 3″ vents x 6″ length
Midrange: 0.15 cubic foot sealed
MW166-8 + MDT32S 2way Passive Crossover Design
Morel MW166-8 + MDT32S 2way Passive Crossover Design
No specified box alignment.
Notes: Xover point about 2500 Hz. Clean design with single hi-pass cap.
P21W020 + MDT30S 2way Passive Crossover Design
P21W020 + MDT30S 2way Passive Crossover Design
No specified box alignment.
SCW636 + D3004-6620-00 Passive Crossover Design
Morel Supreme Carbon-Fiber Woofer + Scan Speak D3004 2way design
Woofer: 0.3 cubic foot vented, single straight port 1.5″ diameter x 5″ length
W20RC38-8 + CAT298 2way Passive Crossover Design
Silver Flute 8″ and Morel tweeter
No designated box alignment.
CAW638 x2 + EM1308 + ET338 Passive Crossover Design
3way Crossover Design for two CAW638 woofers, EM1308 dome Midrange, and ET338 Tweeter.
Woofers: 1.2 cubic foot sealed
Additional Notes: Single hi-pass and single midrange cap. Significant padding in hi-pass circuit. Note the woofer AND midrange are in reverse polarity relative to the mid and tweeter.
W18E-001 x2 and ST1308-4 MTM Passive Crossover Design
Crossover Design for W18E-001 x2 in parallel and Morel Supreme ST1308-4, MTM configuration
Woofers: Sealed box, no specified volume
Additional Notes: Low parts count and single hi-pass cap. Minimal padding in hi-pass circuit.
SB13PFC2508 + MDT12 Passive Crossover Design
Crossover Design for SB Acoustics SB13PFC25-8 and Morel MDT12 tweeter
No box alignment specified.
Additional Notes: Crossover point about 2.5 kHz. Nominal output ~ 87-88 dB. Clean design with fairly low parts count. Two hi-pass caps. Some padding in hi-pass circuit.
Satori MW16P +EM1308 + AMT23CM1.1 Passive Crossover Design
Crossover Design, 3way, for Satori MW16P, Morel EM1308 midrange, and AMT23CM1.1 tweeter
Woofer: 0.3 cubic foot sealed box
Additional Notes: Crossover points about 700 Hz and 6.0 kHz. Nominal output ~ 87-88 dB. Two hi-pass caps and large value midrange cap. Significant padding in hi-pass circuit. All drivers in standard polarity.
Passive Crossover Design for MW1648 + PLA114-6
2way Crossover Design for MW1648 + PLA114-6 Planar Tweeter
Designed for autosound application
Additional Notes: Crossover point about 3.9 kHz. Low nominal output ~ 83 dB. Clean design with low parts count, two hi-pass caps. Some padding in hi-pass circuit.
Passive Crossover Design for MW1448 + MDT29-4
2way crossover Design for Morel MW1448 mid-bass and MDT29-4 tweeter
No box alignment specified.
Additional Notes: Crossover point about 2.0 kHz. Nominal output ~ 84-85 dB. Two large value hi-pass caps. Significant padding in hi-pass circuit.
Passive Crossover Design for MW266 + MDM55 + CAT308
Crossover Design for Morel MW266 woofer, MDM55 midrange and CAT308 tweeter (3way configuration)
Woofer: 1.5 cubic foot sealed
Additional Notes: Crossover points about 750 Hz and 4.0 kHz. Nominal output ~ 85 dB. Clean design with single hi-pass cap and single relatively small- value midrange cap. Some padding in hi-pass circuit. Note the woofer AND midrange are in reverse polarity relative to the tweeter.
Passive Crossover Design for H1288 + MDT30S
2-way crossover design for Seas H1288 woofer and Morel MDT30S
Box alignment: 2.0 cubic foot, single straight vent 3″ x 6″ length.
Additional Notes: Low crossover point about 1.8 kHz. Nominal output ~ 86 dB. Two large value hi-pass caps. Significant padding in hi-pass circuit.
