0, but your power source will be drained rapidly, one should be the minimum, but there are a lot of x factors I can not account for
Well a Kicker ZX750.1 would work you would need 2 of them. A1000/2 - Precision Power PPI 2 Ch 1000 Watt Amplifier. HCCA-D600 - Orion 1 Ch 600 Watt Amplifier need 2. HD750/1 - JL Audio 1 Channel 750 Watt HD Amplifier also need 2
coupling capacitors are generally used to couple the the AC component of voltage to the DC component(biased voltage) of the transistor amplifier . As we know that the capacitor itself has some reactance which is variable with the applied frequency Rc=1/wc where w=frequency in radians = 2*pi*f and f= frequency of circuit. and, V=VC+VIN VC= voltage drop on capacitor VIN= resultant voltage available for the transistor for amplification so as, frequency increases reactance decreases drop on C decreases so, voltage available for transistor increases and now you can analyse yourself for the case if frequency decreases
It will depend on the which kind of amplifier it is ,if it is made from Op amp(Non inverting Amplifier) it will simply amplify(multiply)the signal with a factor depend on the configuration of circuit which is also known as gain of the circuit.For instance if gain is 2(dimension less) and input DC voltage is 2 Volt output would be 4 Volts. and if it an Audio or RC coupled amplifier output would be zero Hence i Wrote in the starting "It will depend on the which kind of amplifier it is"
You can find that answer at Crutchfields.com under support
The most important parts of the fan are- 1. Motor (Stator and Rotor) 2. Capacitors 3. Triple Capacitors (to control the voltage entering the motor) 4. Reverse Switch
Probably not if the current is small like 2 amps. Capacitors are used in heavy current applications when the BASS hits hard to sustain the amperage to the amplifier for a small amount of time such as a second or less.
For a 500-watt, 2-channel amplifier, the speaker impedance you need depends on the amplifier's design and configuration. Common speaker impedances are 4 ohms and 8 ohms. If your amplifier is rated for 4 ohms, you can use 4-ohm speakers for maximum output. However, if it’s designed for 8 ohms, using 4-ohm speakers may lead to potential damage, as it could push the amplifier beyond its limits. Always check your amplifier's specifications to ensure compatibility.
Each drum of the Atanasoff-Berry Computer contained 1600 capacitors. There were 2 drums.
Well a Kicker ZX750.1 would work you would need 2 of them. A1000/2 - Precision Power PPI 2 Ch 1000 Watt Amplifier. HCCA-D600 - Orion 1 Ch 600 Watt Amplifier need 2. HD750/1 - JL Audio 1 Channel 750 Watt HD Amplifier also need 2
2
There are two types of subwoofers. 1. Active subwoofers 2. Passive subwoofers An active subwoofer will have a built-in amplifier. A passive subwoofer doesn't have a built-in amplifier which will require the use of an amplifier, the use of a power source.
2. Half wave and full wave
1.differential amplifier 2.operational amplifier 3.instrumentation amplifier 4.chopper amplifier 5.isolation amplier
It could be a 2 channel stereo amplifier.
To wire a Rockford Fosgate T500.2 amplifier to a 2 ohm load, you will need to connect two 4 ohm subwoofers in parallel. Each subwoofer's positive terminal should be connected to the amplifier's positive output terminal, and each subwoofer's negative terminal should be connected to the amplifier's negative output terminal. This will create a 2 ohm load for the amplifier. Be sure to verify the amplifier's minimum impedance requirements to ensure proper operation.
An op amp is made from transistors, resistors and capacitors. It is enclosed in a "chip". A basic instrumentation amp is made of 2 op-amps. you can't have a single op-amp perform as good as a instrumentation amp, although it can perfrom the same task. An i-amp has much better CMMR (common-mode rejection) and a higher input impedance.
Neuhaus T-2 Amplifier is not so good.