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Dayton Audio 800-HPF-8 High Pass Speaker Crossover 800 Hz ...
https://www.parts-express.com/Dayton-Audio-800-HPF-8-High-Pass-Speaker-Crossover-800-Hz-12-dB-Octave-260-1794
Dayton Audio 800-HPF-8 High Pass Speaker Crossover 800 Hz 12 dB/Octave. Dayton Audio's premium inline passive filters make it easy to limit a driver's frequency response to a specific desired bandwidth. By using combinations of these filters you can create complete 2-way or 3-way crossovers.
Dayton Audio - 800-LPF-8 Low Pass Speaker Crossover 800 Hz ...
https://www.daytonaudio.com/product/1486/800-lpf-8-low-pass-speaker-crossover-800-hz-12-db-octave
In addition, you can stagger or overlap filter frequencies to overcome peaks and dips in individual drivers frequency response to create crossovers that acoustically sum flat across the crossover point. Specifications: Type: Low Pass Filter Frequency: 800 Hz Impedance: 8 ohms Dimensions: 105 mm x 65 mm Power handling: 250 watts
Dayton Audio - 800-HPF-4 High Pass Speaker Crossover 800 ...
https://www.daytonaudio.com/product/1483/800-hpf-4-high-pass-speaker-crossover-800-hz-12-db-octave
In addition, you can stagger or overlap filter frequencies to overcome peaks and dips in individual drivers frequency response to create crossovers that acoustically sum flat across the crossover point. Specifications: Type: High Pass Filter Frequency: 800 Hz Impedance: 4 ohms Dimensions: 105 mm x 77 mm Power handling: 250 watts
Speaker Protector Inline High Pass Filter 800 Hz/400 Hz
https://www.parts-express.com/Speaker-Protector-800-Hz-400-Hz-266-210
Speaker Protector Inline High Pass Filter 800 Hz/400 Hz. The Speaker Protector is designed to prevent damaging low frequencies from reaching automotive midrange and high frequency drive units. It improves sound quality by lowering distortion levels. Just splice the Speaker Protector into the speaker's positive lead wire.
AN EASY-TO-BUILD, HIGH-PERFORMANCE PASSIVE CW FILTER
http://www.discolodxgroup.cl/documentos/otros/ARRL%202013%20Handbook/ARRL%202013%20Handbook%20Supplemental%20Files/Chapter%2011/Passive%20CW%20Filter%20project.pdf
to switch to a selective passive filter that gener-ates no noise! Although the center frequency ... used to match the filter input and output to the 8 Ω audio output jack on your receiver — and to an 8 Ω headset. Details are discussed a bit ... 600, 700, 750 or 800 Hz. Fig 12.90 — Part A shows a pictorial diagram of the lead-connection ...
The Magica Audio Fil
http://qrp.gr/tmaf/The_Magical_Audio_Filter.pdf
800 Hz, that is the listener's choice. The next thing to check is the notch filter. With 800-Hz signal coming in, ad- just the notch control to a point where the signal drops in volume. On some CW sig- nals with key clicks and thumps, the 800-Hz signal will drop out but the clicks and thumps will still be there. I have found that it is
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