Peak power is the highest rated output of the speaker when loud (or peak) parts hit. Continuous/nominal power is the average output at normal and continuous listening levels. If you have the Peak Power rating, you can figure out the nominal level by multiplying the peak power by the square root of two (0.707).
Peak Power * 0.707 = Nominal Power.
Most power amplifiers will handle a load of 6 ohms. The spec you need to look at is the power handling of the speakers. If they are rated for 100 watts program power, then look for an amplifier rated for 100 watts RMS output. Any amplifier can be connected with adapter cables to the typical 1/8" output of your computer.
well, your lookin at RMS when it comes to speakers and amps, if you bought a 800 watt amp, you would be looking at 400 RMS just as you do with your speakers, i would recommend a 1600 watt amp, just for the fact that you always want a little play room with your amp, this way you wont blow the amp, (amps are more expensive than speakers), and if you decide that you want to get bigger speakers, you will not have to replace the amp. But all in all, i would say anywhere from 1200 to 1600 would do just fine for your sub..-Shocker
The speakers will work with any amp that outputs less power than 700 watts.
a channel refers to the speakers or subs. for example a 2 channel amp can power 2 subs or speakers. a 4 channel will power 4.
It means 1000watts in DC power. AC its a little more tricky.
Around 150Watts. continuous/nominal power is found by multiplying the peak power by the square root of two (0.707). in this case peak power = 400, therefore 400 * 0.707 ≈ 280 watts
Yes.
Bass Blocker will not raise the power a speaker can handle. It will keep low frequencies from distorting and damaging smaller speakers that cannot handle low bass.
Freq response: (+/- 3dB): 60Hz - 21KHz Impedance: 6 ohms nominal Power Handling: 50 watts RMS, 150 watts peak Sensitivity: 89 dB Crossover freq: 4500 Hz Woofer: 6.5 ", Tweeter: .75" Mylar dome
Most power amplifiers will handle a load of 6 ohms. The spec you need to look at is the power handling of the speakers. If they are rated for 100 watts program power, then look for an amplifier rated for 100 watts RMS output. Any amplifier can be connected with adapter cables to the typical 1/8" output of your computer.
No. Two 16 ohm speakers connected together are either 32 ohms, if wired in series, or 8 ohms, if wired in parallel. You can, however, connect four 16 ohm speakers in series-parallel to get 16 ohms, with four times the power handling capacity of just one.
You can power two 400W speakers if you have Peavey PV115 using a 2000W power.
Yes, the Kenwood KFC can hold up very well when played very loud. The speakers are a 500-Watt Max Power 5-Way Speaker System that is capable of handling a lot of power.
When choosing omnidirectional speakers, there are several key technical specifications to consider to ensure they meet your specific audio needs: Power Handling (Wattage): Power handling, typically measured in watts (W), represents the maximum amount of electrical power the speaker can handle without distortion or damage. It's crucial to match the power handling of the speaker to the capabilities of your amplifier or receiver. Choosing speakers with a power rating close to your amplifier's output can help prevent overloading or underutilizing the speakers. Sensitivity (Efficiency): Sensitivity is a measure of how efficiently a speaker converts the electrical power from the amplifier into acoustic sound. It is usually expressed in decibels (dB) and tells you how loud the speaker will be for a given input power. Higher sensitivity ratings indicate more efficient speakers, which can produce louder sound with less power. This is essential for ensuring your audio system can reach the desired volume levels without straining your amplifier. Impedance (Ohms): Impedance represents the electrical resistance of the speaker, measured in ohms (Ω). It's vital to match the speaker's impedance to the amplifier's rated impedance to ensure proper compatibility and efficient power transfer. While many speakers have a nominal impedance of 8 ohms, some models may have different ratings, such as 4 ohms. Make sure your amplifier can handle the speaker's impedance to prevent overheating or other issues. Frequency Response: The frequency response indicates the range of frequencies that the speaker can reproduce accurately. It's typically represented as a range in hertz (Hz), such as 40 Hz to 20 kHz. A broader frequency response means the speaker can handle a wider range of audio frequencies, providing better sound quality. Consider your specific audio content, whether it's music, movies, or gaming, to determine the ideal frequency response for your needs. Distortion Levels: Low distortion is essential for clear and accurate audio reproduction. Look for specifications that detail the distortion levels at various frequencies and power levels, typically expressed as a percentage (e.g.,
well, your lookin at RMS when it comes to speakers and amps, if you bought a 800 watt amp, you would be looking at 400 RMS just as you do with your speakers, i would recommend a 1600 watt amp, just for the fact that you always want a little play room with your amp, this way you wont blow the amp, (amps are more expensive than speakers), and if you decide that you want to get bigger speakers, you will not have to replace the amp. But all in all, i would say anywhere from 1200 to 1600 would do just fine for your sub..-Shocker
The output power of home theater speakers can vary by a significant amount depending on which speakers are owned. It can range from 30 watts to 150 watts.
There is a relay to your power antenna that signals the Factory preamp to turn on thus sending power to your rear speakers. If you look in your trunk and the wiring to the power antenna if you short these out your speakers will come on.