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For the magnetic circuit of Fig. P.2.2, find the flux density and flux in each of the outer limbs and the central limbs. Assume the relative permeability of iron of the core to be
(a) ∞,
(b) 4500.
If 3.0 V are across the resistor, compute: a) the current in the inductor b) the inductive reactance XL c) the voltage across the inductor Vl d) the source voltage Vs e) the phase angle between Vr and Vs
For a given zener diode circuit, find out the input voltage range
If the three persons tell the truth and lie with probability p ∈ (0,1), independently from one another, what is the probability that C has indeed lied?
PLC design using mitsubishi programmable logic controller (model GX ICE simulator) - Summarise your work with a brief report with approximately 5 pages of write-up
Sketch the Bode plot (closed-loop gain vs. frequency, and closed-loop phase vs. frequency) of the amplifier. Label the gains at 0.1*f3dB, f3dB, and 10*f3dB using dB-scale. Also indicate the values of the phases at these frequencies.
You also have frequency doublers, mixers and an oscillator with an adjustable frequency from 13 to 14 MHz. There are also bandpass filters of any specification.A. Draw the block diagram of the system.
A capacitor bank is required that can be charged to 5 kV and store at least 250 K of energy. Design a series/parallel combination that meets the voltage and energy requirements using 20-μF capacitors each rated at 2 kV max.
Consider a point-to-point radio link between two highly directional antennas in a stationary environment. The antennas have antenna gains of 30 dB, distance attenuation is 150 dB, and the receiver has a noise figure of 7 dB. The symbol rate is 20 ..
Write the mesh equations for each of the networks of given figure and, using determinants, solve for the loop currents in each network.
An inspector selects an item for inspection according to the outcome of a coin flip: the item is inspected if the outcome is head. Suppose that the time between item arrivals is an exponential random variable with mean one.
Find v and I in the circuit of given figure with a supernode.
All linear dimensions are doubled (multiplied by 2); what is the new charge required to break this new ring?
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