H1571 + T25CF001 2way Passive Crossover Design
Passive Crossover Design for Seas H1571 + T25CF001
No box alignment specified.
Note: Clean design with low parts count. Crossover point about 2 kHz. Single hi-pass cap.
Loudspeaker LIbrary Index
H1208 x2 + H1262 + T25CF001 3way Passive Crossover Design
H1208 x2 + H1262 + T25CF001 3way Passive Crossover Design
Seas H1208 x2 + H1262 + T25CF001 3way Passive Crossover Design
No box alignment specified.
Note: Woofer in reverse polarity. Crossover points ~ 250 Hz and 3 kHz. Output about 88 dB. Single hi-pass cap.
W22EX-001 x2 + W12CY-001 x2+ T25CF-002 3way Passive Crossover Design
W22EX-001 x2 +W12CY-001 x2 + T25CF-002 3way Passive Crossover Design
Sease Excel W22EX-001 x2 + W12CY-001 x2 + T25CF-002 3way WWMTM Passive Crossover Design
Woofers: 3.2 cubic foot vented, single straight port 3″ x 5″.
Midranges: 0.25 cubic foot sealed
Note: Woofer in reverse polarity. Large value midrange cap and two large hi-pass caps. Crossover points about 250 Hz /2.2 kHz. High nominal output above 90 dB.
SB42 x2 + C173N-T6-90 + T500AMKII dual 15″ 3way Passive Crossover Design
SB42 x2 + C173N-T6-90 + T500AMKii 3way Passive Crossover Design
Crossover Design for two SB42 15″ woofers + Accuton C173N-T6-90 + Fostex T500AMKii 3way
Woofers: 10.0 cubic foot vented, two straight ports each 4″ x 3″.
Note: Woofer in reverse polarity. Clean network for complex 3-way. Large value midrange cap.
SB17MFC35-8 x2 + D2606-9220 MTM Passive Crossover Design
SB17MFC35-8 x2 + D2606-9220 MTM Passive Crossover Design
Crossover Design for SB17MFC35-8 x2 + D2606-9220, MTM configuration
No designated box alignment.
Additional Notes: Two hi-pass caps. Some padding in hi-pass circuit. -0- resistor value designates optional padding.
CAW638 x2 + EM1308 + ET338 3way Passive Crossover Design
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.
18WU-8741T x2 + Raal 70-10D MTM Passive Crossover Design
(2x)18WU_8741T and Raal 70-10D MTM Passive Crossover Design
Crossover Design for two 18WU-8741T Illuminator woofers in parallel and Raal 70-10D ribbon tweeter, MTM configuration
No designated box alignment.
Additional Notes: Two large value hi-pass caps. Significant padding in hi-pass circuit. Solen PL 14awg designated for lo-pass inductor.
18WU-8741T x2 + D3004_6640 MTM Passive Crossover Design
(2x)18WU_8741T and D3004_6640 Passive Crossover Design
Crossover Design for two Scan Speak Illuminator 18WU_8741T woofers in parallel and D3004_6640 tweeter, MTM configuration
No specified box alignment.
Additional Notes: Low parts count but two large value hi-pass caps. Almost no padding in hi-pass circuit.
18W-8531G x2 + T25CF002 MTM Passive Crossover Design
18W8531G x2 + T25CF002 Passive Crossover Design
Crossover Design for two 18W8531G woofers in parallel and T25CF002 Millennium tweeter
Woofers: Sealed box, no specified volume
Additional Notes: Clean design with low parts count and single hi-pass cap. Minimal padding in hi-pass circuit.
18W-8531G x2 + R2904-7000 MTM Passive Crossover Design
Crossover Design for 18W-8531G x2 in parallel + R2904-7000, MTM configuration
No designated box alignment.
Additional Notes: Clean design with low parts count and single hi-pass cap. Some padding in hi-pass circuit.
W18E-001 x2 + ST1308-4 MTM Passive Crossover Design
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.
H1456 x2 + H1189 MTM Passive Crossover Design
H1456 x2 + H1189 MTM Passive Crossover Design
Crossover Design for H1456 x2 + H1189, MTM configuration.
Woofers: 0.85 cubic foot vented, two straight ports each 2″ x 6″.
Additional Notes: Two large value hi-pass caps. Some padding in hi-pass circuit. -0- resistor value indicates optional padding to taste.
C153-8-085 x2 + 70-10D MTM Passive Crossover Design
C153-8-085 x2 and 70-10D Passive Crossover Design
Crossover Design for Accuton C153-8-085 x2 in parallel and Raal 70-10D ribbon tweeter, MTM configuration
No designated box alignment.
Additional Notes: Clean design with low parts count and single small-value hi-pass cap. Minimal padding in hi-pass circuit.
15W-8434G x2 + D2608-9130 MTM Passive Crossover Design
(2x) 15W_8434G and D2608_9130 Passive Crossover Design
Crossover Design for (2x) 15W-8434G in parallel and D2608-9130 HDS tweeter, MTM configuration
Box alignment: 0.3 cubic foot ported with single straight vent 2″ x 5″.
Additional Notes: Flat response. Low parts count and single hi-pass cap. Minimal padding in hi-pass circuit. 15awg Steel Laminate inductor designated on lo-pass.
P17WJ00-08 x2 + D27TG15 MTM Passive Crossover Design
(2)P17WJ00-08 and D27TG15 Passive Crossover Design
Crossover Design for (2)P17WJ00-08 in parallel and old Vifa D27TG15, MTM configuration
Additional Notes: Very clean design with low parts count and single hi-pass cap. Minimal padding in hi-pass circuit.
W22EX001x2 +W12CY001x2 + T25CF002 3way Passive Crossover Design
W22EX001x2 +W12CY001x2 + T25CF002 Passive Crossover Design
Crossover Design W22EX001 x2 +W12CY001 x2 + T25CF002 3way with double woofers and midranges (WWMTM)
Woofers: 3.2 cubic foot vented, single straight vent 3″ x 5″
Midranges: 0.25 cubic foot sealed
Additional Notes: Crossover points about 250 Hz and 3.2 kHz. Strong nominal output ~ 90 dB. Two large value hi-pass caps. Single very large value midrange cap. Some padding in hi-pass circuit. Note the woofer is in reverse polarity relative to the mid and tweeter.
W20RC3808 + XT25TG3004 Passive Crossover Design
W20RC3808 + XT25TG3004 Passive Crossover Design
Crossover Design for W20RC3808 + XT25TG3004
Additional Notes: Crossover point about 2.2 kHz. Nominal output ~ 88 dB. Two fairly large value hi-pass caps. Some padding in hi-pass circuit.
W17RC3808 + TW025A0 Passive Crossover Design
W17RC3808 + TW025A0 Passive Crossover Design
Crossover Design for Silver Flute W17RC3808 + Audax TW025A0
Additional Notes: Crossover point about 2.2 kHz. Nominal output ~ 88 dB. Very clean design with low parts count and single hi-pass cap. Some padding in hi-pass circuit.
W17RC3804 + 26NA Passive Crossover Design
W17RC3804 + 26NA Passive Crossover Design
Crossover Design for Silver Flute 6.5″ W17RC3804 + LPG 26NA tweeter. Good for autosound!
No designated box alignment.
Additional Notes: Crossover point about 2.5 kHz. Nominal output ~ 88 dB. Very clean design with low parts count and single hi-pass cap. Some padding in hi-pass circuit.
W15CH001 x2 +T25CF002 MTM Passive Crossover Design
W15CH001 x2 +T25CF002 MTM Passive Crossover Design
Passive Crossover Design for W15CH001 x2 +T25CF002 (MTM configuration)
No designated box alignment.
Additional Notes: Crossover point about 2.2 kHz. Nominal output ~ 88-90 dB. Two large value hi-pass caps. Some padding in hi-pass circuit.
W15CH001 +T29B001 Passive Crossover Design
W15CH001 +T29B001 Passive Crossover Design
Crossover Design for Seas 5″ Excel W15CH001 + Seas Beryllium dome T29B001
No designated box alignment.
Additional Notes: Crossover point about 2.0 kHz. Low nominal output ~ 81-84 dB. High parts count. Two series large value hi-pass caps. Significant padding in hi-pass circuit.
W14RC258 +TW025A0 Passive Crossover Design
W14RC258 +TW025A0 Passive Crossover Design
Crossover Design for Silver Flute W14RC258 +Audax TW025A0
Woofer: 0.3 cubic foot vented, single straight port 1.5″ x 4″
Additional Notes: Crossover point about 2.5 kHz. Nominal output ~ 87-88 dB. Two large value hi-pass caps. Some padding in hi-pass circuit.
SB34NRX75-6 + P17WJ00 + D27TG35 3way Passive Crossover Design
SB34 + P17 + D27 Passive Crossover Design
Crossover Design for SB34NRX75-6 woofer, Scan P17WJ00 6.5″ mid-bass, and old Vifa D27TG35 tweeter in 3way configuration.
Woofer: 2.7 cubic foot vented, single straight port 3″ x 6″
Midrange: 0.7 cubic foot sealed chamber.
Additional Notes: Crossover points about 300 Hz and 2.5 kHz. Nominal output ~ 86-87 dB. Two large value hi-pass caps and high value midrange cap. Significant padding in hi-pass circuit. Note the woofer is in reverse polarity relative to the mid and tweeter.
SB17RNXC3508 x2 + H1280 MTM Passive Crossover Design
SB17RNXC3508 x2 + H1280 Passive Crossover Design
Crossover Design for SB17RNXC3508 x2 in parallel + H1280, MTM configuration
No specified box alignment.
Additional Notes: Crossover point about 2.4 kHz. Strong nominal output ~ 92 dB. Two large value hi-pass caps. Significant padding in hi-pass circuit.
SB17RNXC35-8 + SB26STACC0004 Passive Crossover Design
SB17RNXC35-8 + SB26STACC0004 Passive Crossover Design
Crossover Design for SB17RNXC35-8 woofer+ SB26STACC0004 tweeter
Woofer: 0.8 cubic foot, single straight vent 2″ x 5″.
Additional Notes: Crossover point about 2.2 kHz. Nominal output ~ 85-88 dB. Two large value hi-pass caps. Significant padding in hi-pass circuit.
SB17NAC35-8 + XT25BG6004 Passive Crossover Design
SB17NAC35-8 + XT25BG6004 Passive Crossover Design
Crossover Design for SB Acoustics SB17NAC35-8 6.5″ woofer + Peerless XT25BG6004 tweeter
No box alignment specified.
Additional Notes: Low crossover point about 2.0 kHz. Nominal output ~ 86-87 dB. Two large value hi-pass caps. Significant padding in hi-pass circuit.
SB17MFC358 x2 + D26069220 Passive Crossover Design
SB17MFC358 x2 + D26069220 Passive Crossover Design
Crossover Design for two SB17MFC35-8 in parallel and the D2606-9220 tweeter, MTM
No specified box alignment.
Additional Notes: Crossover point about 2.3 kHz. Very high nominal output ~ 93-94 dB. Two large value hi-pass caps. Significant padding in hi-pass circuit. -0- resistor value indicates optional padding to taste.
SB15NRXC3008UC + D2608-9130 Passive Crossover Design
SB15NRXC3008UC + D2608-9130 Passive Crossover Design
Crossover Design for SB15NRXC3008UC (uncoated)+ D2608-9130 (HDS) 2way
Sealed box, no volume specified.
Additional Notes: Crossover point about 2.7 kHz. Nominal output ~ 84 dB+. Two hi-pass caps. Significant padding in hi-pass circuit.
SB13PFC2508 + MDT12 Passive Crossover Design
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 MW16Px2 +D3004-6620 MTM Passive Crossover Design
Satori MW16Px2 +D30046620 Passive Crossover Design
Crossover design for two Satori MW16P mid-bass in parallel and the Scan Speak D30046620 in MTM configuration
No box alignment specified.
Additional Notes: Crossover point about 2.0 kHz. High nominal output ~ 92 dB +. Very clean design with low parts count and single hi-pass cap. Minimal padding in hi-pass circuit. 0- resistor value indicates optional padding to taste.