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Simplest equivalent circuit topology using lumped elements:
For each of the Smith chart traces below, sketch (at the right of each chart) the simplest equivalent circuit topology using lumped elements. Note that the first chart's trace does not lie exactly on the unit circle:
The chart traces on the right side both begin at f=1.0 GHz and lie approximately on the r=0.5 circle, starting at the x=-2.0 circle. With this information, find the values (to two significant digits) of the two components that at 1 GHz dominate the equivalent circuits you've drawn.
Q. Consider Figure of the weighted differencing amplifier. Let R 3 = R 1 and R 4 = R 2 . Determine the input resistance between terminals a and b of the circuit.
The force between two wires 1 metre apart and each carrying 1 amp is 2 x 10 -7 Newtons when in a vacuum (or in practice, air).However, it is found experimentally that the force is
Q. Calculate the stator input current? The parameters of the equivalent circuit shown in Figure for a three-phase, wye-connected, 220-V, 10-hp, 60-Hz, six-pole induction motor
Q. What are the supplementary services? new services are called supplementary services and some of the prominent ones are as below: Category 1: Abbreviateddialling
Saturation and Cutoff in bipolar junction transistor: Saturation : With both of the junctions forward-biased, a BJT is in saturation mode and makes easy high current condu
Q. Consider the common-source JFET circuit shown in Figure with ?xed bias. Sketch the sinusoidal variations of drain current, drain voltage, and gate voltage superimposed on the di
define
CONCLUSION IN BRIEF OF SUPERPOSITION IN ASSIGNMENT
how to compute the fourier series expansion of a rectangular pulse train
1. Introduction The objective of this assignment is to design and evaluate a stabilised discrete linear power supply. The power supply requires to be designed according to t
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