Search results

audiovox elect corp is just the company identification. It's like nike on a shoe. Could be a basketball shoe, a running shoe, a baseball cleat -- a lot of things. A component identified as "audiovox electronics corp" could be a cd player, an amplifier, an equalizer, or a number of other things.

Not very well. What you have is a Polk db1240dvc wired with the coils wired parallel giving you 2 ohms at the box terminal. The sub is best run with around 350w rms. The punch amp will give you 50x4 with each channel driving 4 ohms. 100x4 with each channel driving 2 ohms or 200x2 with each...

Sure. With the dual 2, coils wired in series for 4 320w should be plenty of power to get decent performance out of it. It's a 750w sub, so you obviously won't be pushing it to its optimum, but it should work ok.

The newest p315's are 600w rms. The last version was 500w rms. Either way a 500-600w rms amp would work well. For the dual 2 you'd want that power at 1 ohm or 4 which gives you 2 options for an amp. Either a 1 ohm stable mono around 500w rms at 1, or a 2 channel that bridges to around 500w at...

Yeah, it's a decent set up. The amp bridges to 140x2 which is just about right for the comp 10's. A lot of people would probably suggest using a mono/sub amp for the subs, but that's not at all necessary and would offer little, if any benefit over your bridged 4 ch.

What "brand" would work best is irrelevant. There are a number of amps from several different different brands that would work well. Not by accident Kicker offers an amp that would work perfectly with a dual 4 cvx 12 -- the zx750.1. If you have, or are getting the dual 2 then the audioque...

yes, it is a very good match up. The power ratings may not seem ideal, but the difference in performance between a good 70w and a good 100w amp would be minimal if noticeable at all.

yes, it is a very good match up. The power ratings may not seem ideal, but the difference in performance between a good 70w and a good 100w amp would be minimal if noticeable at all.

yes, it is a very good match up. The power ratings may not seem ideal, but the difference in performance between a good 70w and a good 100w amp would be minimal if noticeable at all.

yes, it is a very good match up. The power ratings may not seem ideal, but the difference in performance between a good 70w and a good 100w amp would be minimal if noticeable at all.

I would find a digital multi-meter at your local radio shack or hardware store. (Harbor freight usually has something serviceable for around $5). It seems to me you may have a malfunctioning voltage regulator allowing the alternator to charge to a much higher voltage than it should be. There...

You don't need anything special for a set-up that size. P2 12"s are 250w each so you don't need more than 500-600w rms to run the subs to their limit. Alt/batt/cap etc would be unnecessary. You will want at least an 8 awg amp kit, 4 awg would probably be the wise way to go since it will cover...

I would find a digital multi-meter at your local radio shack or hardware store. (Harbor freight usually has something serviceable for around $5). It seems to me you may have a malfunctioning voltage regulator allowing the alternator to charge to a much higher voltage than it should be. There...

they don't. Capacitors are useful in systems that swing from very low to very high voltages. A car audio system swings about 2v (12 to 14) if not less. A standard 1F capacitor stores 98 joules in accordance with the equation 1/2 x C x V^2 = J. C is capacitance in Farads, V is voltage...

they don't. Capacitors are useful in systems that swing from very low to very high voltages. A car audio system swings about 2v (12 to 14) if not less. A standard 1F capacitor stores 98 joules in accordance with the equation 1/2 x C x V^2 = J. C is capacitance in Farads, V is voltage...

they don't. Capacitors are useful in systems that swing from very low to very high voltages. A car audio system swings about 2v (12 to 14) if not less. A standard 1F capacitor stores 98 joules in accordance with the equation 1/2 x C x V^2 = J. C is capacitance in Farads, V is voltage...

they don't. Capacitors are useful in systems that swing from very low to very high voltages. A car audio system swings about 2v (12 to 14) if not less. A standard 1F capacitor stores 98 joules in accordance with the equation 1/2 x C x V^2 = J. C is capacitance in Farads, V is voltage...

they don't. Capacitors are useful in systems that swing from very low to very high voltages. A car audio system swings about 2v (12 to 14) if not less. A standard 1F capacitor stores 98 joules in accordance with the equation 1/2 x C x V^2 = J. C is capacitance in Farads, V is voltage...

they don't. Capacitors are useful in systems that swing from very low to very high voltages. A car audio system swings about 2v (12 to 14) if not less. A standard 1F capacitor stores 98 joules in accordance with the equation 1/2 x C x V^2 = J. C is capacitance in Farads, V is voltage...

they don't. Capacitors are useful in systems that swing from very low to very high voltages. A car audio system swings about 2v (12 to 14) if not less. A standard 1F capacitor stores 98 joules in accordance with the equation 1/2 x C x V^2 = J. C is capacitance in Farads, V is voltage...