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suppose that a continuous time sinusoid x(t) = sqrt(2)*cos(3200*Pi*t + pi/4) is sampled with a sampling frequency of fs, producing the discrete-time signal x[n] = x(n/fs).Find a value of fs so that x[n] = (-1) ^ n
In lab, the instructor told us to build an inverter connected to a capacitor on the output and then view the results on the oscilloscope. What is the purpose of doing this even a t different frequencies
Assume you are standing atop the Engineering Research Center, holding a ketchup-filled water balloon. The dean is walking by in a bright, clean white hat, soon to arrive right underneath your perch. And temptation strikes. And is irresistible.
A minimum solution requires six states. Design your circuit using NAND gates, NOR gates, and three D flip-flops. Any solution which is minimal for your state assignment and uses eight or fewer gates and inverters is acceptable. (Assign 000 to the ..
Design a 3.3V power supply decoupling circuit using Kemet Spice with the following specifications: Impedance of the decoupling circuit is less than 1 ohm between 100KHz and 10MHz and is less than 10 ohms between 10MHz and 3 GHz.
Determine the temperature in the middle of the bar and evaluate it at t = 1, 2, 3, 10, 50 sec. First guess, and then calculate. Also, plot the temperature expression vs. time from t = 1 to 50 sec using Excel
Consider a Schottky diode at T=300 K that is formed with Pt qφM=5.3ev 'work function' on n-type silicon.knowing that qX for silicon =4.05ev (a) find the barrier height. (b) Calculate the saturation current.
write a subroutine in 68000 assembly language to add two 32-bit packed BCD numbers. BCD number 1 is stored at a location starting from $ 500000 through $ 500003, with the least significant digit at $ 500003 and the most significant digit.
1. draw a pair of concentric circles. the radius of a smaller circle has to be 40% as large as the radius of the other circle. you decide to make the radius of the smaller circle 5". what would be the circumference of the larger circle approximat..
q1. let us consider a three-phase balanced y-connected source with vab400 30angv rms and 50 hz. this source supplies
The number of turns in primary and secondary of an ideal transformer are N1 = 50 turns and N2 = 400 turns. The primary winding is connected to a 120 - V, 60 Hz source with a source resistance of 50 Ω. The secondary winding is connected to a 1600 ..
Assume that you wish to connect an 8[ohm]speaker to an amplifier using an ideal transformer. The amplifier has a Thévenin voltage of 25[Vrms], and aThévenin resistance of 0.275[ohm]. Find the turns ratiofor the transformer
3-singlephase 2 winding transformers, each rated 500 MVA, 13.8/199.2 kV, with leakage reactance Xeq = 0.10 per unit, are connected to form a three-phase bank. Winding resistances and exciting current are neglected.
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