Questions
Design a counter using JK Flip Flops and Gates, that counts 3,1,4,2,9,2,2,4 using a Moore Machine....

Design a counter using JK Flip Flops and Gates, that counts 3,1,4,2,9,2,2,4 using a Moore Machine. Show Moore machine state diagram, state table and cirucit.

In: Electrical Engineering

Design an embedded system using a MSP430 to create a slot machine. Include a complete description...

Design an embedded system using a MSP430 to create a slot machine. Include a complete description of a slot machine designed using logic circuits.

You must submit a complete design with all the hardware and software needs, include a c program that utilizes the msp430 for this.

In: Electrical Engineering

1. Explain the different types of polarization of light (Linear, Circular, Elliptical) in your own words...

1. Explain the different types of polarization of light (Linear, Circular, Elliptical) in your own words and in detail.


2. Explain Brewster’s angle in your own words and in detail.

In: Electrical Engineering

Using Cascaded counter with use minimum number of blocks, design the following 1- MOD336 counter 2-...

Using Cascaded counter with use minimum number of blocks, design the following
1- MOD336 counter
2- MOD250 counter
3- MOD180 counter
4- MOD 360 counter


In: Electrical Engineering

Create matlab simulink model for dc-dc buck converter with screenshot. Note: provide matlab code for the...

Create matlab simulink model for dc-dc buck converter with screenshot.
Note: provide matlab code for the output of dc-dc buck converter if possible.

In: Electrical Engineering

Explain in detail, the procedure to identify the anode and cathode of an unmarked diode using...

Explain in detail, the procedure to identify the anode and cathode of an unmarked diode using an ohmmeter.

In: Electrical Engineering

13. a) Explain the working of a pneumatic P+I controller. b) A PI controller is reverse...

13. a) Explain the working of a pneumatic P+I controller. b) A PI controller is reverse acting with PB = 20% and repeats per minute = 12 and derivative time 0.2 minutes. Determine the time at which the controller output reaches zero percent if the input error ep to the controller varies ep = 0.9t%, t ≥ 0 the controller output at t = 0 was72%.

In: Electrical Engineering

Use the DC Construction kit (the PHET simulator) to build a simple circuit to perform the...

Use the DC Construction kit (the PHET simulator) to build a simple circuit to perform the following task:
You are asked to use a single resistor and a 110 V DC battery for the purpose of boiling a liter of water (4,184 Joule/Kg*degree Celsius), with a staring temperature of 20 C, in exactly 4 minutes.

In: Electrical Engineering

choose the correct answer: 1-Use of occupancy sensors in a typical conference room application will accomplish...

choose the correct answer:


1-Use of occupancy sensors in a typical conference room application will accomplish which of the following:

A.Reduce monthly lighting operating hours.

B.Increase lamp calendar life in hours (not operating hours)

c. Reduce group re - lamping fixtures.

D.a& b

2-A building has 500 lighting fixtures with operating power of 200 Watt / fixture. The lighting system operates 3,500 hours per year. An energy audit results in retrofit with 500 fixtures with operating power of 120 Watt / fixture and use of occupancy sensors that reduce lighting operation to 2,000 hours per year. If energy costs a flat rate of $ 0.10 per kWh, how much will the project save annually?
A-$ 12000
B-$ 14000
C-$ 21000
D-$ 23000

‎3-‏facility has a demand ratchet rate structure of 75 % . In the current billing month , the actual metered demand of the facility was 650 kW . During the previous 11 months , the highest peak demand was 940 kW . How much greater than the actual demand will the billed demand be ?
a . 15 kW
b. 55 kW
c. 453 kW
d . 650 kW ‏




In: Electrical Engineering

write 500 words about electric circuits

write 500 words about electric circuits

In: Electrical Engineering

1. What is needed for providing an inductor at the output of a SMPS? List out...

1. What is needed for providing an inductor at the output of a SMPS? List out the important requirements of the inductor at the output of a SMPS power supply.

2. Analogue PWM wave form can be created by combining which of the following:

  1. A saw- tooth waveform and a square wave form
  2. A saw- tooth waveform and a sinusoidal wave form
  3. A saw- tooth waveform and a rectangular wave form
  4. A sinusoidal wave form and a rectangular wave form
  5. A sinusoidal wave form and a square wave form

In: Electrical Engineering

why is the term nonperiodic energy signal redundent

why is the term nonperiodic energy signal redundent

In: Electrical Engineering

x(n)=(1/4)|n|, find x(ω)

x(n)=(1/4)|n|, find x(ω)

In: Electrical Engineering

PROBLEM 2 (a) Do operation 75.38 - 18.62 in binary using two's complement. Use for the...

PROBLEM 2
(a) Do operation 75.38 - 18.62 in binary using two's complement. Use for the 6 bit fractional part
(b) Convert the resulting expression to decimal, and say how much is the absolute error obtained in the operation

In: Electrical Engineering

Flip-flops: a) Make a asyncronous MOD 12 flip-flop up counter circuit b) Make a syncronous MOD...

Flip-flops:
a) Make a asyncronous MOD 12 flip-flop up counter circuit
b) Make a syncronous MOD 14 flip-flop up counter circuit
c) Each flip-flop has the same propagation delay, which is 10ms. Calculate the maximum clock frequency of the circuit in questions (a) and (b)

In: Electrical Engineering