Questions
How can a magnetic sensor be employed to measure the movement of vehicles?

How can a magnetic sensor be employed to measure the movement of vehicles?

In: Electrical Engineering

What are the three main components of an operating system? And why?

What are the three main components of an operating system? And why?

In: Electrical Engineering

A 120VAC fan is to be controlled by an MSP430F2273. Assuming the maximum fan current is...

A 120VAC fan is to be controlled by an MSP430F2273. Assuming the maximum

fan current is 2A, provide a solid-state relay interface using a Sharp

S108T02. Verify both voltage and current compatibility in the control interface.

Add a single push-button interface to the system and a status LED to be lit when the fan is ON. Provide a short program to toggle the fan with the

push-button.

In: Electrical Engineering

An embedded system incorporates an MSP430F2274 clocked by a 4.096MHz at 3.3V, driving two seven-segment displays...

An embedded system incorporates an MSP430F2274 clocked by a 4.096MHz
at 3.3V, driving two seven-segment displays and two discrete LEDs. The sevensegment
display draws 7.5mA per segment at 1.8V and the discrete LEDs
operate with 10mA each at 1.6V. Three push-buttons are needed for completing
the user interface. Design a suitable interface to connect all LEDs,
seven-segments, and push-buttons. Estimate the circuit power requirements
and recommend a non-regulated power supply and a suitable regulator.

In: Electrical Engineering

why does the starting capacitor has dual values 100/130 or values in a range whereas the...

why does the starting capacitor has dual values 100/130 or values in a range whereas the running capacitor has only one value?In starting capacitor which value should be consider in designing higher value or lower value?

In: Electrical Engineering

(b) State three advantages of digital technology compared with analog technology?

(b) State three advantages of digital technology compared with analog
technology?

In: Electrical Engineering

code an 8 bit LFSR random number generator in system verilog. Write a test bench, load...

code an 8 bit LFSR random number generator in system verilog. Write a test bench, load the seed 11111111, and generate the first 10 random numbers.

In: Electrical Engineering

Write down the VERILOG code for an XOR gate and the testbench code to test it

Write down the VERILOG code for an XOR gate and the testbench code to test it

In: Electrical Engineering

You are tasked with designing an ICS/SCADA system. You must choose a type of ICS/SCADA system...

You are tasked with designing an ICS/SCADA system. You must choose a type of ICS/SCADA system from the options listed below:

Correctional facility

Paint processing plant

Water distribution facility

Considering the type of system you chose from the list above, discuss the model you would use (time or event-based or a combination) and for what purposes. What considerations do you need to take into account in your design? How does the PLC fit into this system?

In: Electrical Engineering

how do you know your product is a good one and how do you sell the...

how do you know your product is a good one and how do you sell the idea to an investor?

In: Electrical Engineering

V. How does ARM processor differentiate between a timer interrupt and an A/D interrupt? VI. What...

V. How does ARM processor differentiate between a timer interrupt and an A/D interrupt?

VI. What does privileged mode mean and what is the major difference between this mode and non-privileged mode?

VII. There are two interrupt pins on ARM microprocessor: IRQ and FIQ. Which one can interrupt the other one and why?

In: Electrical Engineering

DO IT To receive credit for this assignment, each problem must be computed using a MATLAB...

DO IT To receive credit for this assignment, each problem must be computed using a MATLAB script. Do not hard-code computations. Define variables for the parameters given in the problem, and use MATLAB to calculate necessary intermediate and final output variables. Inlcude the MATLAB Code. A 200-mi. transmission line has the following parameters at 60 Hz: Resistance, r = 0.24 Ω/mi. per phase Series Reactance, x = 0.71 Ω/mi. per phase Shunt Susceptance, b = 5.42 × 10−6 S/mi. per phase Determine the signal wavelength λ and the propagation constant γ, attenuation constant α, phase constant β, and characteristic impedance Zc of the transmission line at 60 Hz using the general expressions in terms of Z and Y parameters valid for conductance G = 0 S/mi. Next, calculate the “convenient” artificial value for conductance G = RC/L and α, β, and Zc using this approximation. Finally, determine the sending-end voltage and current if the line is open-circuited and the receiving-end voltage is 100 kV line-to-line.

In: Electrical Engineering

VHDL Code: Design a 16-bit 4-to-1 multiplexer using data-flow implementation style. Data inputs and output should...

VHDL Code: Design a 16-bit 4-to-1 multiplexer using data-flow implementation style. Data inputs and output should be 16-bit vectors. In your test bench, you should include enough number of test cases to show the correctness of your design.

In: Electrical Engineering

Renewable Energy Engineering Question: Q) If the sun goes down, what other forms of renewable energy...

Renewable Energy Engineering Question:

Q) If the sun goes down, what other forms of renewable energy can be used to help provide a continuous flow of power to the grid?

In: Electrical Engineering

Task 2 (P1.2) For this task you are required to summarize the use of microcontrollers in...

Task 2 (P1.2)

For this task you are required to summarize the use of microcontrollers in each of the following applications. Indicate the general purpose and the main advantage of using a microcontroller.

Arcade games

Mechanical dolls (for example, Tickle Me Elmo)

Toy drones

Each of these must be at least one written paragraph. You are required to cite your sources.

In: Electrical Engineering