By S. A. Knight (Auth.)
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Additional resources for Electrical and Electronic Principles. Volume 3
025 s the voltage across L has decayed to 5 V. What is the resistance of the inductor? 28 the circuit is in a steady state. Calculate (a) the potential between terminals AB, (b) the voltage to which C is charged, (c) the charge on C, (d) the energy stored in C, (e) the current in the 1 ΜΩ. The 100 V supply is now suddenly disconnected. In what time will the capacitor voltage fall to 10 V? (39) A capacitor is fully charged from a 150 V supply, it is then disconnected from the supply and joined in parallel with an uncharged 10 μ¥ capacitor, no charge being lost in the process.
S. s. current / amperes flows, then V = IR. 8. The curve is a sine-squared curve having a maximum amplitude / and its average value is half of this. s. current is PR watts which is the same as the dissipation for a direct current /. s. values. When an alternating voltage is applied to a pure reactance, the power consumption is, as we have noted in our earlier work, zero. All the energy supplied during each alternate quarter-cycle of the input wave form is stored in either the magnetic or the electric field of the inductor or the capacitor respectively, and returned to the generator during the succeeding quarter-cycle.
01 H is connected in series with a capacitance of 4 μΈ across a 100 V 1000 Hz supply. Calculate (a) the circuit impedance, (b) the circuit current, (c) the phase angle, (d) the power factor. 8 Ω Obviously the inductive reactance predominates, so we can expect the circuit current to lag on the voltage, that is, φ will be positive. 12. The diagram is once again an impedance diagram, the applied voltage V being the product of the current / and the total circuit impedance Z.
Electrical and Electronic Principles. Volume 3 by S. A. Knight (Auth.)