Alright... Arc 10D4 is in possesion and JL 250/1 is on its way. Before I blow it all up, is this wiring correct? Thanks again.
ARC 10D4
Dual voice coil 4 ohm - 250 watts rms / 500 peak
Impedance: 2 or 8 ohm
Resonant frequency: 25Hz
Sensitivity: 87 db
RMS power handling: 250 watts
Electrical "Q": 0.365
Mechanical "Q": 5.12
Total "Q": .341
Equivalent volume: 2.25
One way linear: 15 mm
Mounting depth: 5.5"
Optimum sealed enclosure: .65 cuft
Ported enclosure: .9 cuft
JL 250/1
Rated Power: 250 W RMS @ 1.5 ohm-4 ohm (11V-14.5V)
THD at Rated Power: <0.05% @ 4 ohm
S/N Ratio (All Channels): >95dB below rated power (A weighted, 20 Hz - 20 kHz noise bandwidth)
Frequency Response: 5 Hz - 500 Hz (+0, -1dB)
Damping Factor: >500 @ 4 ohm / 50 Hz
Input Range: Switchable from 200mV-2V RMS to 800mV-8V RMS
Nakamichi CD-400
Maximum Power Output: 47 W * 4 (4 ohms)
Frequency Response: 15 - 30,000 Hz ±1 dB
Output Level: 4 V
D/A Converter Type: 24-bit D/A converter
Frequency Response: 20 - 20,000 Hz
Signal-to-Noise Ratio: Better than 100 dB
Dynamic Range: Better than 90 dB
Total harmonic Distortion: 0.005% (1 kHz)
ARC 10D4
Dual voice coil 4 ohm - 250 watts rms / 500 peak
Impedance: 2 or 8 ohm
Resonant frequency: 25Hz
Sensitivity: 87 db
RMS power handling: 250 watts
Electrical "Q": 0.365
Mechanical "Q": 5.12
Total "Q": .341
Equivalent volume: 2.25
One way linear: 15 mm
Mounting depth: 5.5"
Optimum sealed enclosure: .65 cuft
Ported enclosure: .9 cuft
JL 250/1
Rated Power: 250 W RMS @ 1.5 ohm-4 ohm (11V-14.5V)
THD at Rated Power: <0.05% @ 4 ohm
S/N Ratio (All Channels): >95dB below rated power (A weighted, 20 Hz - 20 kHz noise bandwidth)
Frequency Response: 5 Hz - 500 Hz (+0, -1dB)
Damping Factor: >500 @ 4 ohm / 50 Hz
Input Range: Switchable from 200mV-2V RMS to 800mV-8V RMS
Nakamichi CD-400
Maximum Power Output: 47 W * 4 (4 ohms)
Frequency Response: 15 - 30,000 Hz ±1 dB
Output Level: 4 V
D/A Converter Type: 24-bit D/A converter
Frequency Response: 20 - 20,000 Hz
Signal-to-Noise Ratio: Better than 100 dB
Dynamic Range: Better than 90 dB
Total harmonic Distortion: 0.005% (1 kHz)
Comment