Electronics Engineering

Single phasing preventor is an electronic circuit which prevents the Thee phase operated

Electrical machines from single phase cut off, Phase reversal and phase imbalance.

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CMOS is the little battery in the computer's motherboard which keeps the computers internal clock running.

Yes you can. 2 ohms is as low as you can go with that amp MOST car subs have 4 ohm voice coils. The bigger the number, the less low bass frequency run two single voice coils subs and you'll be fine. It's a myth. There is really no 2 Ohm amplifier on the market. And there never was. The amplifier will have an output impedance of around 0.04 ohms. In hi-fi we have always impedance bridging. Zout << Zin. That means the output impedance of the amplifier is much less than the input impedance of the loud speaker. The damping factor Df = Zin / Zout tells you what Zout is. Zout = Zin/Df. If the damping factor Df = 200 and the loudspeaker impedance is Zin = 4 ohms, the output impedance of the amplifier is Zout = 4 / 200 = 0.02 ohms. You see, there is no "2 ohm amplifier" on the market with a 2 ohm output impedance. Scroll down to related links and look at "Voltage Bridging or impedance bridging - Zout < Zin".

A capacitor is composed of two conductors that are separated by an insulator. This is a simple definition, but it says a lot about capacitance, and it says it very well. By this definition, there could be capacitance just about anywhere in a power system or circuit. Yes! There could! And there is! Capacitance offers "resistance" to alternating current (AC) signals called reactance. The higher the frequency, the less reactance there is and the better the signal will be able to pass through the capacitor. In modern electronic equipment, there are lots of circuit pathways and lots of components in the circuits. This leads to a lot of distributed capacitance in the circuit. This distributed capacitance represents a lot of little pathways for signals to "jump gaps" in the circuit. Signals will avoid going through the components and devices and also avoid following all the pathways it is supposed to follow. The signals will be "shorted around" components or "shorted to ground" in other pathways. This combines to effect signal loss or degradation. The higher the frequency of the signal put through a circuit, the more loss there will be to the signal due to distributed capacitance.

The terms "flip-flop" and "latch" are applied to a variety of circuits, and there is some overlap in the meaning. As far as I know, there is no official meaning; like all English words, the meaning is somewhat flexible. Generally, latches have less clock hardware built into the circuit, making them more flexible. If you don't need the clocking, you can probably perform your function faster with a latch than with a flip-flop. If you do need the clocking, you may end up performing your function slower if you add the necessary hardware to a latch, rather than just using a flip-flop that already has it built in.

oppositional currents

Much lower.

Check out electronics sites to get the formulae for each.

in parallel

No. Two 8 ohm 'speakers in parallel present a 4 ohm load.

because lekage current of silicon is less than germenium

A wobbuloscope consists of a sweep generator, CRO and a marker generator, which can be tuned to frequencies corresponding to the vision carrier, associate of sound signal as well as the IF of the T.V. receiver

A:" one state is when it is off the other when it is on"

The PF will increase

There are a couple of examples that come to mind where there is a coil in a circuit. One is, the coil is used as a choke to block harmonics from going down the electrical line. Another example of a coil in the line is the coil in a magnetic contactor. When this coil is energized the contacts of the magnetic contactor close.

A: The advantage is that no wires are needed to communicate. Example printer to computer. Obviously there are some disadvantages the power output is very limited in range. Why because if not limited it may interfere with other hubs or worst stealing info with a receiver.

rectifier circuit convert ac to dc signal

A; The conveyor belts actually is a media. Actual count is done by electronics optics for every interrupt a counter is increased by one. or by switches that progress a count for each switch closure

A: Believe it or not that what a transformer does

Installing the program to your hard drive

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A: the output of a Bridger's rectifier will always follows proportionally to the load since it does not regulate the output it merely transform AC TO DC

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Ha ha ha Ummm well it kindaa depennds on what schoool youu go to annd everyythingg ! ...... :S

Transistor is known as bipolar junction becoz it has 2 pole. Input is given to the 2 junction and output is taken from to junction

for the same reason cs is employed with FETs and cc is employed with vacuum tubes: high voltage gain & high current gain.