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Assignment 2 EEEN222
We recommend to all students to produce their own report as we noticed that most of the copies were identical for the Assignment 1. If we find copies with the same content this time we'll give zero to all of them.You have three weeks to finish this assignment.
Exercise 1: damping rateWe study the response of the circuit of figure 1 to a step . Figure 2 shows the output of the circuit as function of the time. The step signal during all this exercise.1. Give the permanent steady state equivalent of the circuit. Determine the final value noted when and the value of constant
Calculate the minimum wall thickness for a cylindrical vessel that is to carry a gas at a pressure of 1400 psi. The diameter of the vessel is 2 ft, and the stress is limited to 12 ksi.
A coaxial transmission line consists of two concentric cylinders.The inner cylinder has radius r1 and the outer cylinder has radius r2. The inner cylinder has a surfacecharge density ρS C.m-2, that is uniformly distributed along its length.
Design the system which finds the most popular (one most often generated) symbol called winner in each block of 32 input symbols. The system reports the number of winners and their value. Use only 2 data inputs multiplexers and shift registers.
A repeater has an input signal of 150μW and an output signal-noise ratio of 20 dB. The repeater has a gain of A and additional noise of N. What relation should the two parameters satisfy to maintain an output noise figure less than 2 dB
When 2 or more nodes sharing the same communication link transmit at the same time, what will happen What then would be an important problem to address when designing a multipoint direct link network such as an Ethernet
What is the voltage output resolution of a 16-bit D/A converter with a 15 volt voltage source Also, what is the analog output voltage of the D/A converter if only the MSB is on
Derive an expression for the detection gain of a DSB system for the case in which the bandwidth of the band pass predetection filter is BT and the bandwidth of the
Determine the value of Rw required to null the bridge when the applied weight on the scale is zero kg and Determine the bridge signal voltage ΔV when the applied weight onthe bridge is 999 kg
where V is given in meters per second, U is in degrees, and W is the percent grade of the road. Design a proportional control law U = -kp V that will maintain a velocity error of less than 1 m/sec in the presence of a constant 2% grade.
1 Derive the output voltage across the series circuit as a function of time in standard form. 2 Convert the output voltage to laboratory form. 3 Convert the output voltage to exponential form. 4 Derive the average power delivered to the resistor in o..
A student designs a zener shunt regulator to produce a regulatedoutput of 10 V using a zener diode specified to have a 10V drop ata test current of 25mA. Incremental resistance of the zener is 10ohm and minimum diode current =2mA.
Determine the transfer function of a second-order(2poles) bandpass Butterworth filter with with Center frequency of 5kHz, passband gain=1 and a 3-dB bandwidth of 400Hz. Design it using the Multiple Feedback filter configuration
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