Assume that the technology scales every two years by a factor of SA. If a microprocessor in year 2000 is dissipating 100W, consider a scaling scenario in the future, where all the dimensions scale by a factor of B every technology generation. Technology generation spans 2 years. Assume also that the trends from the past will continue in the future as well: the microprocessor die size continues to increase by C every other year, the supply voltage is reduced by a factor D and frequency doubles every technology generation. Find the power dissipation of a future microprocessor in year 2008. Please write down all of your assumptions and explain your reasoning. A, B, C, D are known

. A half-wave rectifier is needed to supply 15-V dc to a load that draws an average current of 300 mA. The peak-to-peak ripple is required to be 0.2 V or less. What is the minimum value allowed for the smoothing capacitance?

The single-phase half-wave controlled rectifier supplies a resistive load drawsan average current of 1.62 A. If the converter is operated from a 240 K 50 Hz supplb and if the average value of the output voltage is 81V, calculate the following: a) The firing angle a. (b) Load resistance. (CThe rms load voltage. (d) The rmns load current. (e) The output d.e. power () The ripple factor.

2.-Discuss the difference between the terms “sink” and “source” as relatedto current loading of a microcontroller.

(b) Design a 20V D.C. power supply using full-wave rectifier(s), a transformer (220Vms, 50HZ) and a 470uF capacitor, supplying a resistor load of Ik2. Draw the circuit diagram • Sketch the output waveform Determine the transformer ratio • Determine the output voltage ripple

Write the Shockley equation and define all of the terms.

A printed circuit board (PCB) machine installs integrated circuits onto a board. Beforestarting to produce a board, the PCB machine requires a 20-minute setup. Once in production, the PCB machine requires only 0.15 minute per board.a. Currently, the PCB machine produces 500 boards between setups. Given this operating process, what is the capacity of the PCB machine (in boards per minute)?b. Currently, the PCB machine produces 500 boards between setups. Given this operating process, what is the utilization of the PCB machine?c. Demand for boards occurs at the rate of 2 boards per minute. What is the smallest batchsize such that the PCB machine does not constrain the flow rate through the process?

T 4. A full-wave bridge controlled rectifier has an AC input of 120V rms at 60Hz and 2002 load resistor. The delay angle is a 40°. Determine the average current in the load, the power absorbed by the load, efficiency and the source volt-amperes.

4) Consider the half-wave rectifier circuit shown below. The ac input voltage to the circuit is a 60 Hz signal from a power transformer. MR752 Vout +6.3 V (rms) 47000 µF RL a) What is the peak output voltage across the load resistor, assuming RL = 10 2? Account for the voltage drop across the diode (look it up!). b) Estimate the voltage ripple, assuming the same load resistance.

I need to solve it quickly