Exercise: For the circuit of Figure 2 with the parameters of Table 2, what is the time constant associated with the opening of the switch? ww С R2 4 V Figure 2: Second RC circuit Table 2: Component values for Figure 2 R2 3 kΩ R1 1 k2 С 0.1 μF
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- Explain in your own words how the Battery testing (performance test) is applied to the patient turning apparatus shown in the figure, and guess how the expected result will be. In addition, there are heating pads working with the logic of electric blankets in this apparatus but consider that it works with a battery, not a plug. Please answer by taking these into account when answering.Discuss how the circuit works. (MAXIMUM OF 10 SENTENCES.)Are the following statements correct or wrong? Justify your answer. (a) GTO requires very high current applied to its gate to be turn off. (b) IGBT is a current driven device. (c) IGBT is more efficient than BJT in high power applications. (d) Thyristors are used only for low voltage, low current applications
- The response to the question I have asked here... "2. Sometimes light fixtures are controlled by more than one switch. Circuits need to be designed so that flipping one of the switches turns the light on when it is off, and turns the light off when it is on. Design logical circuit that accomplishes this when there are two switches. Explain, how and why will your circuit work. Please draw the circuit and show logical operations. (Can only use or, not, and)" Does not seem right as what you provided gives a truth table of if both switches are off the light fixture would be on which should not be the case and does not make sense in context of the question asked. Also the circuit drawing doesn't seem right... Can you re-explain cause what you provided as the answer is not making much sense... A' solely being what determines if fixture is on or off does not seem right at all...What is the objective that can be obtained from "THE EFFECT OF PURPOSE ON V2V COMMUNICATION AT JUNCTIONS"A node in the circuit which is considered to hsve zero potential. A circuit analysus wherein the unknowns to be computed are voltages or potential differences. A circuit analysis wherein the unknowns to be computed are loop or mesh currents.
- Describe how steady-state accuracy of the system can be measured. Determine the accuracy of the system given different types of test inputs. Show examples for every type of test inpts to prove your answer.Write the state equations for the circuit given in Figure 1.2. Sometimes light fixtures are controlled by more than one switch. Circuits need to be designed so that flipping one of the switches turns the light on when it is off, and turns the light off when it is on. Design logical circuit that accomplishes this when there are two switches. Explain, how and why will your circuit work. Please draw the circuit and show logical operations. (Can only use or, not, and)