Bias is a permanent voltage, applied to the input of an amplifier device, in order to make it work in the correct area of an amplification curve. Valves (thermionic tubes) and semiconductors (transistors) both use bias in their grid or base connection. A negative swing in the input could put the control input below the working of the device and cause it to switch off. This is undesirable as it will show as distortion. The bias raises the zero point, so that the signal will not turn the device off.
Various FET biasing circuits are as follows: 1. Fixed bias 2. Self bias 3. Potential divider bias 4. Current-Source bias
No, overcharging cellphone will not cause an electrical short circuit.
An electric circuit.
Amperes are units of electrical current. They measure the amount of charge passing a point in a circuit line given a set amount of time.
series circuit
emitter bias provides a feedback to the circuit so that circuit remains in linear regionn
emitter bias provides a feedback to the circuit so that circuit remains in linear regionn
of course stability of self bias circuit is much greater than fixed bias circuit
minimun circuit ampacity
Not sure what you mean with "lemon circuit", but in an electrical circuit, the switch can be just about anywhere.
Gang operating device
minimun circuit ampacity
Water always flow from height to bottom mean high potential level to low potential level same happens in electrical circuit.
The electrical circuit when turned on it is considered closed. By the same token when an electrical circuit is turned off the electrical circuit is considered open.
Electrical devices need an electrical circuit.
I assume you mean electricity not energy. The electrical energy doesn't leave the circuit as such it is converted by a component. E.G. A bulb in a circuit will convert the electrical energy into light and some heat.
It is defined as electromotive force, and the difference in electrical potential between 2 points in a circuit. It has also been explained as the pressure in an electrical circuit.