This is what I am looking for... I have L502X Dell Laptop and it's subwoofer is great but too much midrange causes to unbalanced listening experience since it is on the right side. I want to filter low-mids but what should I use I do not know!
Yes I know. I know perfectly how to interpret the value of the capacitor according to what is written there. But, by any chance, can you read what is written there? I can't. That's why I asked. Unfortunately, you thought it best not to answer my question. Look, even though you didn't help me... thanks anyway.☹
Sono un tecnico riparatore con formazione professionale su audio. Qualcuno mi spieghi come un condensatore elettrolitico collegato in serie ad un altoparlante riesca ad aumentare i bassi??? Questo è un cross-over passivo con valori sbagliati. Il valore va calcolato in base all'impedenza dell'altoparlante collegato e comunque un condensatore in serie ad un altoparlante ridurrà i bassi in base alla sua capacità, più si diminuisce la capacità del condensatore più i bassi si ridurranno... provare per credere, il condensatore sfrutta la sua reattanza capacitiva in base alla frequenza di lavoro.
@@rmt081954 This is bullshit. Adding capacitors across or in series will not add bass to a loudspeaker. It may reduce other frequencies making the bass sound louder. Usually , a circuit with a given capacitance requires a given impedance. Polarized capacitors are not ideal for loudspeakers.You can use capacitors to limit over exsurtion of a loudspeaker to clean up the bass but add bass. NO
In that set up,it may damage speaker or not?
Can it be done with small capacitors for a laptop?
This is what I am looking for... I have L502X Dell Laptop and it's subwoofer is great but too much midrange causes to unbalanced listening experience since it is on the right side. I want to filter low-mids but what should I use I do not know!
Hi~
Capacitor is 820uf 160v , But the capacitor is to use 1 capacitor, or 2 capacitors ?
Does this realy works? Those are polarized capasitors
What is the value of the 3nd capacitor (the yellow one)?
I have explained how to read capacitors. The capacitor value is written on the capacitor body
Yes I know. I know perfectly how to interpret the value of the capacitor according to what is written there. But, by any chance, can you read what is written there? I can't. That's why I asked.
Unfortunately, you thought it best not to answer my question. Look, even though you didn't help me... thanks anyway.☹
64 V 1000 uF
150 V 10 uF
250 V 10 uF ( Yellow )
Sono un tecnico riparatore con formazione professionale su audio.
Qualcuno mi spieghi come un condensatore elettrolitico collegato in serie ad un altoparlante riesca ad aumentare i bassi???
Questo è un cross-over passivo con valori sbagliati.
Il valore va calcolato in base all'impedenza dell'altoparlante collegato e comunque un condensatore in serie ad un altoparlante ridurrà i bassi in base alla sua capacità, più si diminuisce la capacità del condensatore più i bassi si ridurranno... provare per credere, il condensatore sfrutta la sua reattanza capacitiva in base alla frequenza di lavoro.
Nice video ++ nice information sir 🙏❤️gi🙏🙏👍
thank you very much
This will cut down bass
Why you said that?
@@rmt081954 This is bullshit. Adding capacitors across or in series will not add bass to a loudspeaker. It may reduce other frequencies making the bass sound louder. Usually , a circuit with a given capacitance requires a given impedance. Polarized capacitors are not ideal for loudspeakers.You can use capacitors to limit over exsurtion of a loudspeaker to clean up the bass but add bass. NO
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