For tweeter PA-D44 Paudio spec sheet say 30W@ 1 khz, 50W@ 2 khz.
Can this be applied to midrange speakers?
The speaker Fs is 55hz and manufacturer claim that it is rated for 300 Watts.
If i use it in sealed box & Fs (with hp filter) as 150 hz, will the power handling change?
Can this be applied to midrange speakers?
The speaker Fs is 55hz and manufacturer claim that it is rated for 300 Watts.
If i use it in sealed box & Fs (with hp filter) as 150 hz, will the power handling change?
1) Post the midrange specs and model, otherwise it's a guessing game.
2) how will you drive it? (Active/passive).
2) how will you drive it? (Active/passive).
1) Post the midrange specs and model, otherwise it's a guessing game.
2) how will you drive it? (Active/passive).
Ans :
Specifications :
Nominal Diameter : 12” (320 mm)
Impedance : 8 Ohm
Voice Coil Size : 75mm(3")
Frame : Aluminium
Magnet Size : 190 mm
Power Capacity : 300 W RMS
Voice Coil Former : Kapton
Voice Coil Material : Copper
Fs : 55.2197 Hz
RE : 5.6 ohm
QES : 0.3809
QTS : 0.3606
SPL : 98.54
MMS : 49.399 g
VAS : 76.977
B/L : 16.573
2) Driving the driver with passive network
Good you posted specs.
Otherwise I would have expected a 4" midrange with a 25mm VC and a small magnet.
Yes, given VC and motor size it may very well stand 300W RMS.
Otherwise I would have expected a 4" midrange with a 25mm VC and a small magnet.
Yes, given VC and motor size it may very well stand 300W RMS.
Thanks JMFahey,
I want to know something different.
If we increase the low end cutoff to 250hz, then can we use for more power? say 450W.
I want to know something different.
If we increase the low end cutoff to 250hz, then can we use for more power? say 450W.
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