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LA3: Case Study
Research and problem solving in Electricity
Charge(at least 250 words. You may add figures and equations)
1. What is Charge2. Who discovered Charge and when3. The progress and research activities around Charge around the World4. Why Charge is important in our field and what can be done with it?5. Symbol and Units of Charge6. Some applications7. Mention one application that you may be doing/designing in future
Voltage (at least 250 words. You may add figures and equations)
1. What is Voltage2. Who discovered Voltage and when3. The progress and research activities around Voltage around the World4. Why Voltage is important in our field and what can be done with it?5. Symbol and Units of Voltage6. Some applications7. Mention one application that you may be doing/designing in future
Current (at least 250 words. You may add figures and equations)
1. What is Current2. Who discovered Current and when3. The progress and research activities around Current around the World4. Why Charge is important in our field and what can be done with it?5. Symbol and Units of Current6. Some applications7. Mention one application that you may be doing/designing in future.
Can the same circuit analysis techniques used for resistive circuits with DC sources be used when the sources are sinusoidal Why
Find an average value of the periodic.
Identify, design, simulate, and test a circuit. In this weeks lab you will identify, design, simulate and test a given circuit.
Help with problem in Control signal processing class, Consider the unity-feedback control system whose open-loop transfer function is
Compare the result with that of a cascode stage for a given bias current (IC1) and explain why this is generally not a good idea.
An LVDT with associated signal conditioning will be used to measure work-piece motion from -20 to +20 cm. The static transfer function is 2.5 mV/mm. The output will be interfaced to a computer via an ADC. What is the range of output voltage?
Calculate the current in the output of the source before and after the installation of the new device and The temperature sensor output is a voltage which is equal to the temperature sensed by the sensor. Design an electric circuit which can get th..
A certain amplifier has an open-loop gain in the midrange of 180000 and an open loop critical frequency of 15000 Hz. If the attenuation of the feedback gain is .015, what is the closed-loop bandwidth. solve?
A balanceed three-phase load of 15 MA with a lagging load factor of 0.85 is supplied by a 115KV subtransmission line. if the line impedance is 50+j100Ohm per phase, determine the following: (a) The line current of the load.
Design a filter with lower frequency cut-off: 10Hz, upper frequency cut-off: 2KHz, gain of 5, and an input resistance greater than 5kOhms.
Write the VHDL architecture file for the Y(5) output only for a 8-to-1 demultiplexer. The inputs are D, the selects S0-S2, and the ouputs Y(0)-Y(7). the select lines are bit_vector types, the data is bit type and the outputs are bit_vector types.
Discretization - How does the size of the differential charge elements influence your results Find E at the point (0, a/2, a), for this study. Devise a good way to represent your data to demonstrate the influence of discretization.
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