Hi FM's,
Just completed Active 3-way xover.
Specifications:
Voltage Gain: Unity
Frequency response: Within 1dB from 10Hz to 20kHz
Filter attenuation slope: 24dB/octave
Total harmonic distortion: Typically .003% at 1V RMS
Signal to noise ratio: -94dB unweighted (22Hz to 22kHz) with respect to 1V RMS
Separation between channels: Typically better than -100dB from 10Hz to 20kHz
Input impedance: 47k?
Output impedance: less than 200?
Features:
1-unit rack case
Single PC board
12V+12V 24VA toroidal transformer
Stereo module
Buffered input and output stages
Individually variable outputs (trimpots)
On-board power supply
On-board RCA connectors
Made from standard components
Moreover it won't cost much.
More information on this below link.
Silicon Chip Online - Active 3-Way Crossover for Loud Speaker Systems
Sharing few images:





Just completed Active 3-way xover.
Specifications:
Voltage Gain: Unity
Frequency response: Within 1dB from 10Hz to 20kHz
Filter attenuation slope: 24dB/octave
Total harmonic distortion: Typically .003% at 1V RMS
Signal to noise ratio: -94dB unweighted (22Hz to 22kHz) with respect to 1V RMS
Separation between channels: Typically better than -100dB from 10Hz to 20kHz
Input impedance: 47k?
Output impedance: less than 200?
Features:
1-unit rack case
Single PC board
12V+12V 24VA toroidal transformer
Stereo module
Buffered input and output stages
Individually variable outputs (trimpots)
On-board power supply
On-board RCA connectors
Made from standard components
Moreover it won't cost much.
More information on this below link.
Silicon Chip Online - Active 3-Way Crossover for Loud Speaker Systems
Sharing few images:





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