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UFMFLN-15-3 Satellite Communications: Apply skills required to design an end-to-end satellite communications link budget.
Design and build a system that can measure the voltage and current supplied to a battery by a charge controller driven by a PV panel
INSTR F244 Microelectronic Circuits: Obtain the Gain margin and phase margin. Plot the variation of differential mode gain when VDD varies by ±10%.
The aim of this project is to design, simulate and investigate a DC Power Supply has the following specifications:
Schematic of a gear box between the motor and the load is shown in Figure Q1. N1 and N2 are the number of teeth in each gear wheel.
Calculate the DC bias voltages (V(c_1), V(c_2), V(E_2), V(B_1), V(CE_2)) and currents (I(B_1), I(c_2), I(E_2 )) for Darlington configuration
Discuss the damage done producing batteries, the fact that power for electric cars often comes from fossil fuels.
ELE3105 - Computer Controlled Systems : Design a digital Proportional (P) controller to form a unit feedback control system, and optimise its parameter P
Develop a set of recommendations regarding the possible use of cloud computing services to operate the City of Asheville mobile app server.
MP4706 - Sensors, Instrumentation & Control: Understand critically the practical aspects of sensor use and type
Simulate the collector current vs. collector-emitter voltage characteristics. Determine the common-emitter current gain ß.
EET 365 Linear Electronics: Draw the basic circuit of an ideal integrator. For the ideal integrator, sketch the input and the steady state output waveforms for:
ECEN 454/ECEN 714 Digital Integrated Circuit Design: ow fast can clock run without setup violation? Is there any hold time violation? Show your calculation.
Draw a transistor level circuit of a 6T SRAM cell, including bit-lines and word-line. Draw an ESD protection circuit.
Measuring the zero sequence voltage of PMSM when HF signal is injected without accessing the neutral point of the PMSM
What is the electric flux fE through surface of disk that is facing right? Assume that presence of the disk does not interfere with electric field.
Calculate the total electric force on the particle(s) of interest. Recall that the electric force, like any force, is a vector.
Part A: What is the potential difference VAB = VA - VB between points A and B?
EE3050 Control Systems: Determine a transfer function model of a linear system from its Bode diagram using asymptotic approximation;
ECE 171 Introduction to Digital Circuits: Design an expandable 2-bit magnitude comparator which can be used as shown below. You do not need to draw a schematic.
Find the Phase angle. Find the time when the voltage is a maximum. Determine the v2 + v3. Draw the sinusoidal curves for v1, v2 and v3.
Calculate the surface charge density of the outer shell in terms of s and other given constants. Find the capacitance of the spherical capacitor.
(a) Find the potential as a function of the distance on the axis of the annulus. (b) Find the electric field on the axis of the annulus.
a) Write down the applicable Kirchhoff equations for the currents at each junction. b) Also write down the applicable Kirchhoff equations for each loop.
Determine the fundamental rms current magnitude I1(A). Compute the total harmonic distortion (THD) of the current.