Reem Mohamed Disciplinary Essay

NMOS Current Mirror System NOTE 1: Watch your signs for NMOS and PMOS current conventions! NOTE 2: Assume all NMOS and PMOS are matched except as noted for the W/L ratios. Assume: (W/L)MI = (W/L)M2 (W/L)M3= 2(W/L)M2 (W/L)M4 = 3(W/L)m2 (W/L)M6= 2(W/L)M5 ID, = 2 mA (a) VGSI = V GS2 = VGs3= VGS4= Volts. (b) ID, (c) ID, (d) ID, %3D %3D ID, = 2 mA R1 M5 MB M2 M3 M4 R2 VDD 10 Volts ww

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When a system has a permanent part and a removable part (such as a CD-ROM drive and the CD-ROM), it is important that the system be standardized, so that different companies can make both the permanent and removable parts and everything still works together. Give three examples outside the computer industry where such international standards exist. Now give three areas outside the computer industry where they do not exist.

Find the K value range that ensures the stability of the system given below. Plot the root locus curve to scale for the range of K values ​​obtained. Then investigate the system stability both numerically and graphically for the K value given. Write the values ​​you obtained in the following places.1-)What is the stability K value range?2-)Draw the Root-Location Curve for the K value range that provides the stability.3-)Write the poles obtained for the given K value.4-)What is the stability of the System (Stable / Unstable / Marginally Stable) for a given K value?(please solve i need help)

Having successfully implemented the first system above, you are now tasked to implement another system. The requirement is that, this second system must have a cluster size of 7 and provides a Grade of Service of 0.5%. The population density for the operation area is 1200 people per km² and market penetration rate is 70%, The total number of trunk channels available to the system is 252 and the system employs blocked calls delayed model. In addition, a 120° Sectorization technique must be implemented. Assuming that fixed channel assignment is used, compute: a) The subscriber density. b) The traffic load that can be offered to a cluster. c) The actual carried traffic load, i.e. actual the non-delayed offered traffic load, for each cluster.

20] How long does it take a 3.3uF Capacitor to fully charge through a 18k Ohm Resistor? Express your answer in Decimal with 2 digits of significance. 21] What is the minimum Sum-of-Products equation for the Function 'Y = BAC + F + BC'? 22] Implement the Function 'Y = ACB + BC + E' using a 4-Input, 2-Address Bit Multiplexer. What are the Equations for the Multiplexer Data Inputs (D3 - D0)?

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"Technology Readiness"  implies that  an attempt to design a product before the necessary technologies are ready leads to project cancellation or low quality product.  Risks that must be addressed during product development are only related to decision-making .  T OR F?

(a) Digital Conversion, Sampling and Computer Architecture ADC RAM DAC DDR CPU ROM BIOS EDC (i) Which one of the above acronyms is a device you would not find in a computer? (ii) Six of the above are the most essential parts of a computer. List the six and give their full names. (b) Design a circuit to make an LED blink after 1 second forever. You can choose to use an Arduino microcontroller or only electronic components. In case of Arduino, draw a circuit diagram showing connections and give the code (graphical or sequential) as well. Otherwise, only make the circuit diagram. (c) The following figures show part of an analogue signal being digitised, at two different sampling rates. Make your explanation brief. (1) Explain how the difference in the sampling rates in figure 1 and figure 2 will affect the file sizes after digitisation. (ii) Which of the two sampling rates would you consider to be the least efficient to reproduce the original analogue signal accurately? (ii) What is the…