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This 2nd order (i.e. 12 dB per octave) high pass Linkwitz-Riley filter from Dayton Audio passes frequencies above the given frequency and can easily be combined with other filters in this series to create 2-way or even 3-way crossover networks. Designed f
The Dayton Audio line of 2-way crossovers were designed using a second order (12 dB/octave) Linkwitz-Riley alignment. Dayton Audio metallized polyester film capacitors are used in both the high and low-pass sections.
The Dayton Audio line of 2-way crossovers were designed using a second order (12 dB/octave) Linkwitz-Riley alignment. Dayton Audio metallized polyester film capacitors are used in both the high and low-pass sections.
The Dayton Audio line of 2-way crossovers were designed using a second order (12 dB/octave) Linkwitz-Riley alignment. Dayton Audio metallized polyester film capacitors are used in both the high and low-pass sections.
3-way crossover network for 8 Ω.
2-way crossover network for 8 Ω.
This 2nd order (i.e. 12 dB per octave) low pass Linkwitz-Riley filter from Dayton Audio passes frequencies below the given frequency and can easily be combined with other filters in this series to create 2-way or even 3-way crossover networks. Designed fo
This 2nd order (i.e. 12 dB per octave) low pass Linkwitz-Riley filter from Dayton Audio passes frequencies below the given frequency and can easily be combined with other filters in this series to create 2-way or even 3-way crossover networks. Designed fo
This 2nd order (i.e. 12 dB per octave) low pass Linkwitz-Riley filter from Dayton Audio passes frequencies below the given frequency and can easily be combined with other filters in this series to create 2-way or even 3-way crossover networks. Designed fo
This 2nd order (i.e. 12 dB per octave) low pass Linkwitz-Riley filter from Dayton Audio passes frequencies below the given frequency and can easily be combined with other filters in this series to create 2-way or even 3-way crossover networks. Designed fo
This 2nd order (i.e. 12 dB per octave) low pass Linkwitz-Riley filter from Dayton Audio passes frequencies below the given frequency and can easily be combined with other filters in this series to create 2-way or even 3-way crossover networks. Designed fo
This 2nd order (i.e. 12 dB per octave) low pass Linkwitz-Riley filter from Dayton Audio passes frequencies below the given frequency and can easily be combined with other filters in this series to create 2-way or even 3-way crossover networks. Designed fo
This 2nd order (i.e. 12 dB per octave) low pass Linkwitz-Riley filter from Dayton Audio passes frequencies below the given frequency and can easily be combined with other filters in this series to create 2-way or even 3-way crossover networks. Designed fo
This 2nd order (i.e. 12 dB per octave) low pass Linkwitz-Riley filter from Dayton Audio passes frequencies below the given frequency and can easily be combined with other filters in this series to create 2-way or even 3-way crossover networks. Designed fo
This 2nd order (i.e. 12 dB per octave) low pass Linkwitz-Riley filter from Dayton Audio passes frequencies below the given frequency and can easily be combined with other filters in this series to create 2-way or even 3-way crossover networks. Designed fo
This network is an excellent choice for high power 3-way systems. The woofer section rolls off 6 dB at 800 Hz while the tweeter section uses a 12 dB per octave roll off at 4,500 Hz. The midrange section uses a true band pass filter with a response of 750-
This crossover is ideal for use in small 2-way surround sound speakers. There is no low pass filter section so the woofer will reproduce its full response width. 12 dB per octave high pass filter with a 5,000 Hz crossover point.
This crossover is ideal for use in small 2-way surround sound speakers. There is no low pass filter section so the woofer will reproduce its full response width. 12 dB per octave high pass filter with a 3,000 Hz crossover point.
Convenient crossovers that work great in any application requiring economical and flexible filtering.
3-way crossover network for 8 Ω.
3-way crossover network for 8 Ω.
2-way crossover network for 8 Ω.
2-way crossover network for 8 Ω for hi-fi and PA.
2-way crossover network for 8 Ω.
