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A VHDL entity has inputs A and B, and outputs C and D.A and B are initially high. Whenever A goes low, C will go high 5 ns later, and if A changes again, C will change 5 ns later. D will change if B does not change for 3 ns after A changes.
(a) Write the VHDL architecture with a process that determines the outputs C and D.
(b) Write another process to check that B is stable 2 ns before and 1 ns after A goes high. The process should also report an error if B goes low for a time interval less than 10 ns.
The amount of three phase power to be delivered in kW is equal to the total number of letters in your name (first name +last name) and the single phase power is 10% of three phase power. Assume same power factor for both types of loads.
Scenario/Summary: At least two of the following simulations must be attempted by the student. Verify Loop Analysis Method by MultiSim simulation Verify Superpposition Theorem Method by MultiSim simulation
Design a full wave (60Hz) rectifier circuit with the capacitor filter that produces 5V 10A DC at the output with the ripple voltage of less than 5%. (Assume Von = 1 for the diodes and do not forget to draw your circuit and a time diagram of the vo..
Does the calculated result make sense? Discuss how the vacancies might have been introduced into the crystal.
For the case when five similar type load circuits are connected to the output, calculate the power dissipated in the circuit.
Assume that the op-amps are ideal and that the magnitude of their output voltages is less than their maximum peak output voltage swing (VOM).
What is the maximum power the three generators can supply in this condition without the ratings of one of them being exceeded? At what frequency does this limit occur? How much power does each generator supply at that point?
Properties of Electricity Discuss a practical application of a decade resistance box. Explore alternative variable resistors available to the engineers and discuss their accuracy and resolution? (Initial post for this question must be at least 75 wor..
A coil consists of 1500 turns of aluminium wire having a cross-sectional area of 0.75 mm 2. The mean length per turn is 60 cm and theresistivity of aluminium at the working temperature is 0.028 μΩm. Calculate the resistance of the coil.
With the following Boolean equations sketch a Moore Machine J0= Q'0 and y J1= Q2 and y or Q0 and y' J2 = Q1 and Q0 and y' K0 = Q0 and y' K1 =Q'0 and y' or Q'2 and Q0 K2= Q2 and Q'0 Use J-k flip flops for the Moore Machine J and K represent the fli..
1. Calculate the sample values for one period. 2. What is the Nyquist sampling rate for this waveform 3. If the samples are converted to 8 bits, find bits for each sample values. 4. What is the quantization step value and quantization error
A) Write the KCL expression for this circuit and set it equal to zero. B) Find the voltage of Vo. C) Use your value of Vo. The final step is to use the inverse phasor-transform operation to transform this value.
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