Using Multisim, connect the circuit and verify the characteristic tables for the following flip flops: D, T and JK

Add 4 screen shots which verify the characteristic table

• 2 for D, T, and JK FF.
• 2 more for remaining input combinations of JK

Explain the Fundamentals of power transmission.

Similar conditions as in previous question. A simple 3-phase power system includes generator G, step-up transformer TX1, transmission line TL, step-down transformer TX2 and load L. All elements are rated for S = 50 MVA (3 phase).

G: series impedance 0, rated voltage 600 V (line-to-line)

TX1: series impedance Z_TX1, voltage ratio 600 V : 100 kV (line-to-line)

TL: series impedance Z_TL;

TX2: series impedance Z_TX2; voltage ratio 100 kV : 1kV (line-to-line)

L: impedance Z_L.

Per unit system is based on  S = 50 MVA and the first base voltage V_baseG = 600 V (line-to-line) at the generator. In per unit system representation, current through the entire system equals 0.32 + j0.58 per unit.

Determine current (magnitude only) in the transmission line (TL) in Amps. Express your answer as a number with one digit after decimal point (as in 123.4)

In digital circuits, MOSFETs are used as switches. What are the key features of an ideal switch? Provide your own argument as to whether MOSFETs are ideal switches based on their I-V curves and why.

Draw the waveform and eye diagram of BPSK and BFSK and from this diagram find the bit spacing.

Describe the challenges of GaN material. Explain why it can be applied in 5G communication.

Consider the following periodic signal : x(t)=∑∞n=−∞Π(t−4n2). 1. Determine and plot the spectrum Fourier Transform of signal x(t) ( For plot : Use only interval n=-2 to n=2). 2. Based on the result obtained in part one. Determine Complex Exponential Fourier Series, and trigonometric Fourier Series. 3. Evaluate the energy spectral density of the periodic signal x(t) in rang (n=-2 to n=2)

Both the knee voltage and knee current of a Zener diode are two critical parameters marking the onset

of Zener breakdown. How to you incorporate these two parameters in the equivalent circuit of Zener

diode (The equivalent circuit of Zener diode that we developed in lectures does not take into account

of the knee voltage and knee current)

A) Given an electric field:

Ei = ˆx100e^{−γ z} V/m                       Find the associated magnetic field. ( Note: Ei is vector, and ˆx = x hat)

B) if this field is normally incident on a uniform lossy medium with Er = 3.0, tan δ = 0.1, and μ = μ0

Initially propagating in air, find both the reflection and transmission coefficients.

122-A galvanometer shows a deflection of 36 degrees for a current of 3,6mA when a rectangular coil of area 30cm x 30cm with 100 turns of wire is suspended with the value of B=4x10^{-2 , find the torsional constant of the suspension wire}

^{122B-A delta network has the following values R}_AB =120ohms, R_BC=150ohms, R_CA=200ohms

calculate the values of the equivalent star network

Consider the message ‘is he it she is this is it is’. (Include space between each word also as a symbol)

Obtain:

1. Binary equivalent of each symbol  
2. Average code length
3. Information content for each symbol
4. Coding efficiency η in %   

A 400V, 50 Hz , 80 hp eight pole Δ connected synchronous motor has a reactance of 0.6 and negligible armature resistance. Its friction, windage and core losses are 1.2KW, 0.5KW and 1KW respectively .

1. What is the speed of this motor?
2. If this motor is initially supplying rated hp at 0.82 PF lagging . What are the magnitudes and angles of ?
3. What is the power factor of the motor?
4. How much induced torque and load torque is produced by this motor ?
5. If is increased by 30 percent ,what is the new magnitude of the armature current?
6. What is the motor’s new power factor?

I am working on an IOT BASED HOME AUTOMATION PROJECT...I want to make use of a camera in this system to be able to capture movements or happenings in the house...
Can this be accomplished by using NODEMCU,ARDUINO,RASPBERRY PIE..
if yes...I need detailed ways on how to do it using each of them.

2) (a) Calculate the Capacitance per unit area of a MOSCAP with an oxide thickness of 2 , when it is biased in inversion. The oxide is Silicon dioxide, the semiconductor is silicon, and the metal is Copper. (b) Does your answer depend on if the silicon substrate is p-type or n-type? (c) Does your answer depend on the type of metal used.