Yeah, it's entirely possible that the receiver will not be able to correct for a 13db variation between center and left/right. Good catch.
Center Speaker matching Front Speakers
My HT is 5.1 setup.
My sitting room is 14LX12Bx8H (normal English home). I have 2XIMF TLS 80 Transmission Line Speakers ( about 1976), Onkyo TX-NR609 Receiver, small 1XYamaha Front and 2Xsmall Yamaha Rear speakers. I have a small Yamaha Sub but I do not use it.
Reading various posts, center speaker should be matched with the 2 front speakers. I feel my center is ok but not as good as I would like it to be.
How do I go about finding a center speaker that will match with the fronts with spec as this:STUDIO TLS 80
Dimensions
Free Standing with Plinth; 38 1/2" x 16" x 18" wide
Drive Units
Bass unit 11 3/4" x 8 1/4" flat polystyrene diaphragm loaded by transmission line
mid range unit 6" plastic cone containing in separate line
tweeter 1 3/4 " diaphragm
3/4" chemical dome super-tweeter
Crossover
Electrical four way at 375 Hz , 3.5 kHz and 15 Khz
Frequency Range
20 Hz to beyong audibility
Matching Impedence
4 - 8 ohms (see graph)
Efficiency Measured via Pink Noise at 1 metre on axis for 40 watts
96dB
Driving Power Requirements
40 - 80 watts
I would be grateful for any suggestions.
Regards
My sitting room is 14LX12Bx8H (normal English home). I have 2XIMF TLS 80 Transmission Line Speakers ( about 1976), Onkyo TX-NR609 Receiver, small 1XYamaha Front and 2Xsmall Yamaha Rear speakers. I have a small Yamaha Sub but I do not use it.
Reading various posts, center speaker should be matched with the 2 front speakers. I feel my center is ok but not as good as I would like it to be.
How do I go about finding a center speaker that will match with the fronts with spec as this:STUDIO TLS 80
Dimensions
Free Standing with Plinth; 38 1/2" x 16" x 18" wide
Drive Units
Bass unit 11 3/4" x 8 1/4" flat polystyrene diaphragm loaded by transmission line
mid range unit 6" plastic cone containing in separate line
tweeter 1 3/4 " diaphragm
3/4" chemical dome super-tweeter
Crossover
Electrical four way at 375 Hz , 3.5 kHz and 15 Khz
Frequency Range
20 Hz to beyong audibility
Matching Impedence
4 - 8 ohms (see graph)
Efficiency Measured via Pink Noise at 1 metre on axis for 40 watts
96dB
Driving Power Requirements
40 - 80 watts
I would be grateful for any suggestions.
Regards
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