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Figure shows an improved version of the DTL circuit. One offset diode is replaced by transistor Q1, providing increased current drive to Q0. Assume β = 20 for both transistors.
(a) For vX = vY = 5 V, determine the currents and voltages listed in the figure.
(b) Calculate the maximum fanout for the low output condition.
Design a digital circuit that can be attached to a school bill which can work automatically from 7:00 AM to 12:45 PM, and it has the following features: 1- Rings for 5 seconds. 2- Start ringing 7:00 AM to announce for the field gathering. 3- Rings 7:..
Given the memory locations, values below, and one-address machine with an accumulator (the accumulator is the default destination), what values do the following instructions load into the accumulator
For an N-channel JFET, IDSS = 807mA, VP = -3V and VGS = - 1V, then find the value of drain current (ID)
1. Compare a script tool such as Matlab to a block tool like Simulink and how you can use them efficiently. 2. Convert the designed prototype filter to highpass filter with cutoff frequency f_C=10,000 Hz.
Consider a steady flow mixing process. Under what conditions will the energy transported into the control volume by the incoming streams be equal to the energy transported out of it by the outgoing stream
obtain the equations for the simplest 3 level AND -OR gate implementation of a 4 bit input circut that proudces an output of 1when the binary value of the input is Any prime number or AnyFibonacii number or both.
Calculate the series and parallel resonant frequencies of the crystal. - The magnitude and phase of the overall electrical impedance of the crystal at the above frequencies.
A quantum well has a finite-height barrier on one side and an infinitely high barrier on the other. Find the energies for the two lowest states for an electron in the well. The width of the well is L = 1 nm and the height of the finite step is Uo ..
The noise signal is measured to be 1.35 V. The output difference signal is 3.95 V and the common-mode output signal is0.95 mV. Determine the common-mode gain, the differential mode gain, the CMRR, and the CMR (in dB) for the amplifier.
For Each Pair of Second-order systems specifications that follow, find the locations of the second order poles a) Overshoot %= 12% , Ts= 0.6 seconds b) Overshoot %= 10%, Tp= 5 seconds c) Ts= 7 seconds, Tp= 3 seconds
A uniformly doped abrupt pn junction (step junction) diode is fabricated. At room temperature 25% of the total space charge region (depletion region) is in the p-region. The built in potential is also measured to be 0.710V.
How to mitigate effects of very fast transients (VFT) on HV equipment ?
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