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Can the Zener diode be used as a conventional diode? Explain your answer and verify with a curve from the curve tracer. Are there any limiting constraints?
What should the signal definitions be for the equations, such that the minimal about of hardware (gates) are used assuming we have an abundance of NAND gates Show the signals definitions and resulting circuitry.
A 20 vrms, 60 hz ac source is in series with an ideal diode and a 100 ohm resistance. Determine the peak current and peak inverse voltage (PIV) for the diode
Find and graph the convolution of two signals. find the Fourier transform and other signals & system related topics using MATLAB.
paper clips can be attracted by making a nail connected to the battery using the principle of electromagnetism but how can we make a car or moving paper clips using the same principle of electromagnetism.
An unbalanced Wheatstone bridge circuit has resistance arms of 400, 40, 602, and 6000-ohm taken counterclockwise around the bridge. The galvanometer has a resistance of Rg=110-ohm and is connected between the junction of the 40 and 602-ohm resisto..
A 1,000 kVA, 3,200V, single phase 60Hz, 24 pole alternator/generator has an stator winding re-sistance of 0.1 ohm from line-to-neutral. The rotor is not a permanent magnet but a separately pow-ered electromagnet (field windings)
The ATSC broadcast television system used in the US transmits video signals at an average rate of 18.34 Mbps and employs 8-VSB modulation.
look at the sun through goggles that have been coated with a thin layer of highly conductive metal such as silver. BRiefly explain why and in which way the color of light will be altered.
Design a low pass filter with an 11KHz corner frequency. Thecorner frequency is the frequency at which the gain has fallen afactor of two or three dB from the DC gain.
(a) If E=Exax andH=Hyay, begin with Maxwell's equations and determine the second order partial differential equation thatEx must satisfy. (b) Show that Ex=E0 cos (ωt-βz) is a solution of that equation for a particular value of β.
A source emits seven messages with probabilities 1/2, 1/4, 1/16, 1/32, 1/64, 1/128, and 1/128 respectively. Find entropy of the source. Encode this source using tartary Huffman coding, that is, encoding it using three symbols, say ‘0', ‘1', and ‘2'
a bar of n-type germanium and we place an E field going to the right across it and create a pulse of excess minority carriers (holes) in the center of the bar at time t=0. In other words we are performing the Haynes Shockley Experiment on the bar
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