i'm guessing this is for a car stereo, i would recommend u check out www.rockfordfosgate.com/rftech/ or just .com and look near the top for support......they have many wiring options for u to choose from
Technically, yes. Practically, no. Amplifiers and speakers are rated by the maximum amount of power (and at what impedance) they can handle. A 1200 watt amplifier will eventually destroy a 1000 watt speaker if it is operated at maximum power. In normal use, however, you rarely even get close to maximum rating.
It depends on the power rating of the amplifier. The rule of thumb is often said to be 1000 RMS watts per farad. RMS watts is basically the average output of your amp/subwoofer. The power ratings most often given by manufacturers are Peak Watts, ie. how much power the amp/sub can take before breaking down. The RMS wattage is often about half of your Peak rating. So, given that you are running your 1000w Peak Pioneer subwoofer on a 1000w Peak amplifier, and given that both of them are 500w RMS, yes, a 1 farad capacitor would give the amplifier enough juice to run the sub.
watt rating of a speaker is max power it can handle without getting damaged. it will produce proportionate amount of sound for less power from amp., even for 1 watt.The power output ratings for most amplifiers are very misleading. That number,i.e.,1000 watt , is under one certain type of condition for 1 second. Usually the frequency of 1khz for 1 second. The true output under actual operating conditions 20hz-20Khz is probably closer to 100 actual watts of music power or sound reproduction power. The same with the speaker rating,,,the power rated is at the same conditions Max power @ certain frequency @ certain amount of time.Safest bet,,,,,always use a larger rated speaker for an amplifier. If you have a 200 watt amp,,,use a speaker rated a minimum of 200 watts,,,,400 is better.
Yes unless its a powered subwoofer Match the RMS power of the amp to the sub(s). Ignore so called 'peak' and 'max' power, called fuzzy wats and just plain hype by tuners and tweakers alike. Some manufacturers also use the term 'constant' power. By keeping everything balanced you keep the components stress level down for longer life and save money. Buying a 1000 wat amp for 150 wat subs is a waste of money.
Yes. Two or more linear amplifiers can be connected in series. The impedances must matched between them, and also the undistorted output power available from from the first amplifier must not exceed the input power required by the second amplifier to deliver its maximum undistorted output power, and so on. An example arrangement might look like this: 1 watt transmitter -> 10 watt amplifier -> 100 watt amplifier -> 1000 watt amplifier Amplifiers can be connected in parallel under certain conditions. The amplifiers must be identical in gain, phase, and amplitude performance. They should be identical in all respects for best success. A combiner or hybrid circuit is used to split the incoming signal equally between the amplifiers, and a (larger) hybrid circuit is used to combine the outputs of the amplifiers into one comon signal. YOU MAY ADD another more powerfull amplifier on the output in series to the original amplifier. What you realy want is a parallel amplifier to doubble your power.
What you want to look for is the RMS of the amp and the sub. . . im going to guess that the 660 is the peak watts of the amp and the 1000 is the peak of the sub so in that case the amp would push it but not like is can be pushed. . . with 1000 watts your sub's rms is around 600 i would guess so you need an amp around 600 rms and you want to get and amp that has 2 channels so you can bridge the amp and get more power to your sub you can try that with the 660 watt amp you have and you should hear a big difference. . .
It is a good idea to typically use and amplifier of equal or greater power than your subs ratings, I tend to recommend 120% of rated power. So in your case a 2000 to 2400 watt amp, this does depend on your speaker power though (is the power peak or RMS) you will need to take this into consideration.
You will need a battery charger capable of providing up to75 amps at 12 volts DC. This is called a converter, not an inverter. An inverter takes 12 v and transforms it usually to 120v AC or 220v Ac. Keep in mind that your 1000 watt amp will not draw 100 amps only briefly at times if at all unless you are at maximum volume. You probably could get by with a 50 amp charger and a big capacitor to supply the boost for a few seconds.
"What is 1000 to the sixth power, which is a 1 followed by 21 zeros. Each time you multipy 1000 by itself, the product is an additional three zeros. So: 1000x 1000 = 1,000,000 x 1000 = 1,000,000,000 and continue up to : 1,000,000,000,000,000,000,000 Which is equal to 10 to the 21st power, because 1000 is 10 to the third power.
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