difference between series circuits and parallel circuits

If the components of a circuit are connected in a single loop, so that the same current flows through all the loads then the connection is called 'series' circuit. Series Circuit (Bulbs are in series) Where as, if each of the c..

Series Resonant LCR Circuit - The impedance of LCR is In expression (1), I o has different values for different frequencies. But I o has a maximum value when Z is minimum. i.e., when X L = X L c or Z = R since w = 2 p..

AC Circuit Containing Resistance, Inductance and Capacitance Circuit (LCR in series) - When an AC source is connected in a circuit with a resistance and a reactance together, the current varies initially in a complex way. After sufficient time, a sinusoidally..

Wh). This meter is installed by the electric supply Department of our city. These two wires coming out of the meter are then connected to a main switch which is placed in a distribution box. Another fuse F 2 is placed in series with the live wire in this box for the sake of consumer safet..

When an AC source is connected in a circuit with a resistance and a reactance together, the current varies initially in a complex way. After sufficient time, a sinusoidally varying current persists in the circuit. This steady state current has a frequency equal to that of the so..

The application of Boolean algebra to electronic devices such as computers, lies in the restriction of the variable to two possible condition 'On and Off' or 'True or False' or numerically '1 or 0'. The electric circuits carry out the Boolean logic. In practice, electronic engineers use t..

Q stands for quality. The voltage magnification produced by series resonance is termed as Q-factor of the series resonance circuit..

When resistors, can be connected in such a way that the same current flows in them, then they are said to be connected in series. The resistors are said to be connected in parallel if the potential difference is the same across each resistor. For any combination of res..

In an electrical circuit, energy is supplied by the source of EMF, stored by the capacitive and inductive elements and dissipated in resistive element..

In an electrical circuit, energy is supplied by the source of EMF, stored by the capacitive and inductive elements and dissipated in resistive elements. Conservation of energy requires that, at any particular time, the rate at which energy is supplied by the source of EMF must equal the r..