Showing posts with label Speaker. Show all posts
Showing posts with label Speaker. Show all posts
Monday, 6 March 2017
2 Way Speaker Crossover circuit
The series of crossover is an electronic circuit in which the point to separate the audio sound frequency. objective that only sound with a frequency range that can be accepted speakers are forwarded. less is more like a filter function, so the speakers work optimally.
2 way or 3 way or else, that determines how many channels would be separated voice. Each channel is handled by a single class of speakers. Eg 3 way, the frequency of sound produced by the head unit, separated by crossover as a low freq (big size distinguished speaker better known as the subwoofer), medium freq (medium speakers), usually in the middle) and hi freq (small speakers I would call a tweeter) Let me better sound and reduce noise.
2 way or 3 way or else, that determines how many channels would be separated voice. Each channel is handled by a single class of speakers. Eg 3 way, the frequency of sound produced by the head unit, separated by crossover as a low freq (big size distinguished speaker better known as the subwoofer), medium freq (medium speakers), usually in the middle) and hi freq (small speakers I would call a tweeter) Let me better sound and reduce noise.
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| Schematic 2 Way Speaker Crossover |
Thursday, 17 November 2016
Phonic performer A540 Active Speaker circuit diagram
Phonic A540 performer wireless 15 inch 400Watts active speaker schematic
Used ICs: NJM4580, TDA7293, IRF840(FET-SMPS)
SMPS [Click on the schematics to magnify]
Amplifier
HF amplifier
Contour (Tone control)
Speaker
Input
Wireless
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