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.
Realistic Minimus speakers, particularly the Minimus 7 model, are compact bookshelf speakers known for their solid sound quality. They typically feature a 4-inch woofer and a 1-inch tweeter, with a frequency response ranging from around 60 Hz to 20 kHz. The nominal impedance is usually 8 ohms, and they can handle power inputs of about 20-100 watts. Their small size makes them suitable for various setups, including desktop and home theater systems.
It depends on the power handling capability of the speakers. Generally, a 500-600 watt amplifier would be sufficient to power two 15-inch speakers that have a power handling capacity of around 250-300 watts each. Make sure to match the amplifier's power output with the speakers' power handling to avoid damaging the speakers.
The JBL MR902 speakers are designed to handle up to 180 watts of power. This means that they can handle up to 90 watts RMS (continuous power) per speaker. It is important to match the speaker's power handling with the appropriate amplifier power to avoid damaging the speakers.
Stock Ford Aspire speakers typically have a power handling capacity of around 20 to 40 watts RMS (Root Mean Square). This rating indicates how much continuous power the speakers can handle without distortion. However, the peak power handling may be higher, often ranging from 50 to 100 watts. Always check the specific model year for precise specifications, as they can vary.
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
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
Yes.
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.
Yes it can. The rated power of the speakers is the MAXIMUM that can be applied. If more power is supplied, damage can occur. Either the speech coil can blow or mechanical damage to the cone or suspension units.As the amplifier is below this rating, it will not supply more power than the speakers can handle and will be perfectly safe.
The wattage of a speaker indicates its power handling capability and efficiency, typically ranging from a few watts for small portable speakers to several hundred watts for professional audio systems. Common consumer speakers might have ratings between 20 to 100 watts, while higher-end models can handle 200 watts or more. It's important to consider both the speaker's RMS (Root Mean Square) rating for continuous power and its peak power rating for short bursts. Ultimately, the appropriate wattage depends on the intended use and the size of the space where the speaker will be used.
The power of speakers is typically measured in watts, which indicates how much electrical power the speaker can handle without distortion. This measurement can be found in the speaker's specifications as "RMS" (Root Mean Square), which reflects the continuous power the speaker can manage, and "peak" power, which indicates the maximum power level for brief moments. Additionally, sensitivity ratings, expressed in decibels (dB), measure how effectively a speaker converts power into sound, providing insight into its loudness at a given power input.
Motive power is not typically classified as a nominal account. Nominal accounts, which include revenues and expenses, are temporary accounts that are closed at the end of an accounting period. In contrast, motive power refers to the driving force behind machinery or vehicles and is more related to operational or mechanical contexts rather than accounting classifications. Therefore, it does not fit the definition of a nominal account.