I have to write report about Application of Linear Algebra in Electronic Engineering.

Let me know about the examples simply and variously as possible as you can.

A system consists of 4 identical 250MVA generators feeding a load of 510MW. The inertia constant H of each unit is 2.5 on the machine base. The total load varies at 1.4% for a 1% change in frequency. If there is a drop in load of 10MW, determine the system block diagram expressing H and D on a base of 1000MVA. Give expression for the speed deviation, assuming there is no speed governor.

Illustrate in detail how to construct a BCD to 7-segment Decoder.

Why has the MOSFET outperformed the bipolar transistor?

mke individul modulees of for bit ader, for bit subtractor, for bit multiplier, for bit comparaator modules[You can Ignore this part]

aand theen use a multiplexxer to combine these modules to make an ALUu where user should select which operation he/she wants to perform (for instance, ALU may performs four bit addition when selection lines are ‘00’using selection lines of multiplexer or perform subtraction when selections lines are ‘01’ and so on).{Just make this}

using verilooog coding on xilinxX

answer within 1 hourrrr pleez

1. Please explain the operation principle of YIG resonator and MSW thin film resonator.

2 .Please explain the operation of the dielectric resonator based oscillator.

3. Please answer the following questions for the image rejection mixer.

a. Why the image signal is important in the heterodyne receiver or transmitter not in direct conversion receiver or transmitter?

b. What is benefit to use image rejection mixer instead of image rejection filter?

c. What is limitation in using image rejection mixer?

4. Please explane about three different types of FOMs of VCO based on your knowleage and explain how each FOM can be used for VCO performance.

1. Find the solution by using the Laplace transform. a) y ′′ + 2ty′ −4y = 1 , y(0) = y ′ (0) = 0

Suppose I had a budget of $150 dollars, what sort of relevant hardware / programming circuits or circuit related devices could I purchase and invest in in order to make myself more competitive in today's electrical engineering job market? Initially I wanted to invest in arduino, but I heard arduino is outdated and not beneficial in today's market. What are similar more relevant technololgies that I can invest in as a recent electrical engineering graduate looking for an entry level position?

give some examples(based on questions) for skipping state synchronous counter and explain the types of synchronous counter.

How to know the direction of absolute encoder ?

When running at 4000rpm with an applied voltage of 42v, a DC permanent magnet motor develops 23.1W of output power. The motor has a theoretical no-load speed of 6000rpm at an applied voltage of 42v.

What is the motor output torque at 4000rpm in N-m, What is the motors theoretical back-EMF constant, What is the motors theoretical torque constant, What is the motors theoretical stall torque, What is the motors armature resistance, What is the motors efficiency at 4000rpm when operated at 42v.

Electric Machinery

What are the advantages of using three-phase induction motor as compared to single phase induction motors?

please write it with long details and with clear written

Check whether the indicated application is best represented by an open-loop or closed loop control system model.  If you think there is some ambiguity, discuss as necessary.

compare between the diffusion and ion-implantation processes for adding dopants in VLSI .technology

Using Matlab, write code to generate Three signal components

• We will use a sum of sinusoids, all of which are sampled at 10 kHz.

• Signal 1 should contain a sum of sinusoids with frequencies at 25Hz, 40Hz and 75Hz.
• Signal 2 should contain a sum of sinusoids with frequencies at 600Hz, 730Hz, and 800Hz.
• Signal 3 should contain a sum of sinusoids with frequencies at 3500Hz, 4000Hz, and 4200Hz.

• Choose a variety of amplitudes and phase shifts for the sinusoids.
• Plot 500-points time waveform of signal 1, signal 2 and signal 3.