How many watts per channel is a sharp sx 9800 power amp

The Kenwood KAC-7252 and KAC-9104D are both great amps, but they have different strengths and weaknesses. The KAC-7252 is a 5-channel amp that can output 75 watts per channel at 4 ohms. It also has a built-in crossover and time alignment, which can be helpful for getting the most out of your woofers. The KAC-9104D is a 4-channel amp that can output 100 watts per channel at 4 ohms. It also has a built-in subwoofer output, which can be used to power a separate subwoofer.
If you are looking for an amp that can power all of your speakers, the KAC-7252 is a great option. It is also a good choice if you want an amp with built-in crossover and time alignment. However, if you are looking for an amp that can power a subwoofer, the KAC-9104D is a better choice. It is also a good choice if you want an amp with more power output.
Ultimately, the best amp for you will depend on your specific needs and budget. If you are not sure which amp is right for you, it is always a good idea to consult with a professional car audio installer.
Here is a more detailed comparison of the two amps:
Kenwood KAC-7252

• 5-channel amp
• 75 watts per channel at 4 ohms
• Built-in crossover and time alignment
• MSRP: $399

Kenwood KAC-9104D

• 4-channel amp
• 100 watts per channel at 4 ohms
• Built-in subwoofer output
• MSRP: $499

I hope this helps!

Speakers are rated either at RMS (root mean square) average power or Peak Power. An RMS of about 125 watt is equivalent to 250 watt peak. To match the radio and speakers they both need to be consistent. Also do not be confused with total radio power out vs per channel.

So if the speakers are 250 watt peak power then a radio with 125 watt per channel or 250 watt peak per channel would be a good match.
If the speakers are RMS 250 watt then the radio would be 250 RMS/channel and usually with a four channel radio a total of 1000W RMS
With that much power the neighbors should hear you coming!

Those specs would be right - I have this same board but the amp was fried by a previous owner. I pulled the amp board out and tossed it and use the mixer now to drive an external amp. Great board. This amp is rated at 1200W "peak", bridged into an 8ohm load. That would equate to about 900W RMS bridged into 8ohm or 450 per side into 4ohm loads per side. You can't daisy chain all 4 speakers....impedance would be too low. You can run two of your 8ohm speakers per side - that results in a 4ohm load per side for the amp. That would give you amp delivery of 450W per side. Your speakers are rated to handle more than that so you're fine. For the record.....you could run one speaker per side no problem....just lower power output.

Which is it 9860 or 9800? (No web search hits for the 9800).

JVD Tuner?

The RCA jacks on any amp so-equipped are for any external Line Level source like a tuner.

In any 'connection' question there are at least two participants and specific answers require specific details about all joined equipment.

Type carefully if you want good answers.

the servo series is geared more towards studio applications and/or installs, while the sx series are geared for live pa applications. the servo 600 is 300 watts per channel @ 4 ohm, and the sx1200 is 450 watts per channel at 4 ohms. the sx amp can also be bridged over to mono mode, where it puts out, i think, 1100 watts mono.

the only variable i havent been able to cover is sound quality, and im not seeing those listings in the specs on the samson website

I have the following specs for you
Basically 150watts per channel using two channels , or 75watts using all four
Here goes:

• 4 Channel Mosfet Amplifier
• Advanced Overload and Thermal Protection
• Metal Film Capacitors/Resistors In Signal Path
• Frequency Response +/-1dB, 20Hz to 20 kHZ
• Signal to Noise Ratio (A-weighted) >100dB
• Max Continuous Bridged Power @ 1% THD 150 watts x 2 into 4 ohms @ 14.4 Vdc
• Max Continuous Power per Channel @ 1% THD 75 watts x 4 into 2 ohms @ 14.4 Vdc
• Nominal Continuous Power per Channel @ 1 % THD 35 Watts x 4 into 4 ohms @ 14.4 Vdc
• IASCA/USAC Power Rating 12 Watts x 4 into 4 ohms @ 12.5 Vdc
• Minimum Load when Bridged 2 Ohms
• Minimum Load per Channel 1 Ohm
• Input Signal Voltage Range 0.1 volts to 2 volts
• Crossover Type Resisitor Network, Linkwitz Riley,
• Highpass/Lowpass
• Crossover Slope 24 dB per octave
• Crossover Frequency Range 20-550Hz
• Factory Crossover Setting 85 Hz
• Auxilary Output Channels 2
• Auxilary Output Frequency Range Highpass or Lowpass, Opposite of Speaker Output
• Bass Boost 0- to +18dB @ 45 hZ
• Power Supply Voltage 10Vdc to 15.5Vdc
• Recommended Fuse 40 amp

Dimensions 12.25L x 9.25W x 2.10H

Dynamic Power Rating (measured at 14.4V):

• Bridged Into A 4-Ohm Load: 450 watts x 1
• Per Channel Into A 2-Ohm Load: 225 watts x 2
• Per Channel Into A 4-Ohm Load: 115 watts x 2

Hello cgregerson,

If you are running just the front channels to 2 CM1635's, you will need a 2-channel marine certified amp with approximately 50 watts RMS output per channel.

The MB Quart NAU-260 here would be a good inexpensive choice.

For a little more power and quality, I'd recommend the JL Audio M2150.

To run both front and rear channels, you need a 4-channel amp with 50 watts RMS per channel.

The Kicker MX350.4 marine certified amp would be a good choice.

Hope this helps.

You are probably aware on how to use these output figures, but I'll write a quick explanation on the specifications for future readers anyways :)

The concpet CC-452 amplifier has the following power output specifications:

Calculated at 14.5 volts DC;

At 4 ohms per channel - 45 watts x 2 (RMS)
At 2 ohms per channel - 70 watts x 2 (RMS)
At 4 ohms bridged - 150 watts x 1 (RMS)


This means that your amplifier would provide 45 watts of power each for your front speakers, which are normally a 4 ohm load per side (45 watts for left, 45 watts for right), that's unless they are one of those exotic higher end brands (eg: Boston Z6s which are 3 ohms). Rarely, you will find speakers that are rated at 2 ohms per side, but in this instance the amplifier will provide 70 watts of power into each speaker. On your speaker specifications, you will find a value termed "nominal impedance" which will give you the ohm rating of the speakers being used..

On the other hand, if you "bridge" both channels into a single channel (using a diagram often marked on the speaker terminals of the amp), you could then provide 150 watts into a subwoofer (providing it was a 4 ohm woofer).

It's not recommended to use this amp bridged under 4 ohms..

Some subwoofers may be lower than 4 ohms, and you will not be able to use this amplifier for these types of speakers without risking amplifier failure. Also, some subwoofers may have 2 seperate voice coils, and you will have to use both channels of the amplifier seperately (not bridged) in order to correctly connect this type of speaker for use.

any luck??