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What is your analysis of the reputation and quality of the publication?-How many sources were cited and how many times was this source itself cited?

Final Written Report The essay should be between 6-8 pages double spaced but can be longer if needed to accomplish your argument for the chosen thesis. Your essay will contain citations to many articles and must have at least seven (7) quality scholarly sources just included in the specific chronological review from the NJIT database […]

Assume that the planned length of the project is 75 weeks. What is the Planned Value at the end of week 15?

Engineering Electrical Engineering Question An engineering firm realizes that a new machine will be needed in seven years. The new machine is expected to cost $2,589,000, at current cost, however, the machine is very popular, and supply has been limited, therefore, the price escalates by 5% each year. The firm expects interest rates to be […]

Design a second-order low-pass Butterworth filter having a gain of 10 and a corner frequency at 1k rad/s.

Electrical Engineering Design a second-order low-pass Butterworth filter having a gain of 10 and a corner frequency at 1k rad/s. Show your complete work and the LTspice schematic and simulation result. You must submit the hand calculation written neatly, and the LTspice schematic and simulation results.

Design a Moore machine in which the output becomes 1 and remains 1 thereafter when at least three 0s and at least two 1s have occurred as inputs, in any order.

Electrical Engineering Design a Moore machine whose output becomes β€˜1’ when the value of the input sequence itself is a multiply of 3 (e.g., if input is 11010 then the output is 01100. In this example the first input bit that feeds the state machine is β€˜1’). only show the state diagram. Design a Moore […]

Compare between the performance of the above controllers in terms of time and frequency characteristics.

Electrical Engineering Consider a system described by the transfer function: where b equals the last two digits of your student number (for example: if your number is 438123456 then b=56). A) Provide a FULL and comprehensive system analysis of the continues system in both time and frequency domain (unit step time response for k=1: delay […]

Choose a suitable sampling rate (T). Explain why?

Electrical Engineering Consider a system described by the transfer function: G(s)={k(s+1.5)}/{s^2+(1+b/99)s+4} where b equals the last two digits of your student number (for example: if your number is 438123456 then b=56). A) Provide a FULL and comprehensive system analysis of the continues system in both time and frequency domain (unit step time response for k=1: […]

Design a MOSFET-c second order low pass filter with a pole frequency of 2MHz and a dsc gain of 4.

Electrical Engineering Assignment1: Advanced Analog Mixed Signal Design MEL ZG 625 1. For the CMOS operational amplifier shown in calculate the open-loop voltage gain, unity gain bandwidth, and slew rate. Assume that the gate of M9 is connected to the positive power supply and that the W/L of M9 has been chosen to cancel the […]

Derive the expressions for 𝐴𝑑 and π΄π‘π‘š.

Electrical Engineering Differential Amplifier Design In this assignment, you will design the microphone pre-amplifier highlighted with red in the block diagram, which is a differential amplifier as shown in the schematics below. Your design should satisfy the required differential gain, input impedance, single-ended common-mode gain, and the power dissipation specifications provided in Section A below. […]

Define the lifecycle for a system. Draw the stages of a system’s lifecycle. Discuss the lifecycle characteristics for the system you selected at question 1.1.

Engineering Question 1 (13 Γ— 2 = 26 pts.): Answer the following short answer or multiple choice questions. Circle or underline the answers for the multiple choice questions, or provide you answers for the short answer questions in the provided blank space after the question only (i.e., your short answers should be, well, short ☺). […]

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