k/(s^3+4s^2+4s+k)

find two values of gain that will yield closed-loop,

underdamped, second-order poles

1) Using M/S energy band diagrams, determine if Nickel (5.2 eV workfunction) or Indium (4.1 eV workfunction) can be used to make a Schottky diode on n-Si doped 3x1016/cm3

Design a 4-bit bidirectional serial-in-serial-out shift register using S-R flip flops that trigger on the negative–edge transition. EXPLAIN its operation if binary input 0101 is applied to the register which initially holds binary data 1101. DRAW the timing-diagram for serial-in operation in right-shift mode only.

Design and build an 8 bit Digital to Analog Converter using the LM741 OP Amp in Multisim software. Analyze the system using 1000 1000, 1111 1110, and other four different byte values.

a. Design a broadband Butterworth bandpass filter with a lower cutoff frequency of 500 Hz and an upper cutoff frequency of 4500 Hz. The passband gain of the filter is 20 dB. The gain should be down at least 15 dB at 200 Hz and 11.25 kHz. Use 20 nF capacitors in the high-pass circuit and 10 k\Omega resistors in the low-pass circuit.

b) Draw a circuit diagram of the filter and label all the components.

What is the difference between n-channel MOSFET and p-channel MOSFET? Explain it based on your understanding (operating principle, IV curve, application, etc.).

Write a Micro C program to:
-Measure temperature using LM35
-Show the temperature on LCD

You can use headers. if you use header, send headers with main code as homework.

Write a Micro C program to:
-Measure temperature using LM35
-Show the temperature on LCD

You can use headers. if you use header, send headers with main code as homework.

MATLAB CODE FOR

E xtreme learning machine using for classification task.

image processing electrical.

if you know then try or leave for other

Design intelligent automobile braking system using visual saliency as a property

need design and matlab code.

if you know then do or leave it for others.

image processing electrica

SEM can use either backscattered or secondary electrons to form the image. Explain how each of these classes of electrons is produced in the sample and briefly discuss how images produced by these two techniques might differ. Why would you use one technique or the other in examining a sample in an SEM?

SEM can use either backscattered or secondary electrons to form the image. Explain how each of these classes of electrons is produced in the sample and briefly discuss how images produced by these two techniques might differ. Why would you use one technique or the other in examining a sample in an SEM?

Given a tumorous brain image .take out the t umour using ittikoch saliency detection method

Given a tumorous brain image .take out the tumour using ittikoch saliency detection method

need matlab code

if you know then do or else leave it for other.dont try if you dnt know

Image processing.electrical

Why is 1.22V chosen for standard output Voltage of a Bandgap cirucit? Why not choose a smaller or larger voltage, why 1.22V?

A process has only one assignable cause. The process will run for 20,000 hr continuously The process generates N units/hour. To take a sample, there is a fixed cost a₁ and cost for each observation a₂

In case of false alarm, process investigation takes t_f hours and costs c_f.

In case of assignable cause, it takes t_a hours(including repair) and costs c_a.

Units produced under the presence of the assignable cause are assumed nonconforming. Cost of a nonconforming unit is c_n.

If the process is in statistical control,

Pr(the process stays in control during run time) = p₀                      (p₀ + p₁) = 1

Pr(mean shifts from µ₀ to µ₀ + k? after exactly 8,000 hr) = p₁ If the process is repaired it may fail again with same probabilities.

Find the optimal sample size n, control limits L, and sampling frequency T

Given that:
N=150 || a1=130 || a2=11 || tf=10 || cf=1200 || ta=7 || ca=59 || cn=4600 || p0=0.89 || k=1