Why are inductors connected to computers in series? Here's the specific question: an inductor is designed...
Why are inductors connected to computers in series?
Here's the specific question: an inductor is designed to filter high frequency noise from power supplied to a personal computer. do you connect the inductor in series or in parallel with the computer? explain.
Homework Answers
Total Inductance of the inductor is the sum of individual inductor. Since, inductors are used to store the electrical energy in the form of magnetic field. More the Inductance more energy is stored. This is the reasons inductors are connected to computer in series.
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Why are inductors connected to computers in series?
Here's the specific question: an inductor is designed...
(a) An inductor designed to filter high-frequency noise from power supplied to a personal computer is...
(a) An inductor designed to filter high-frequency noise from power supplied to a personal computer is placed in series with the computer. What minimum inductance should it have to produce a 1.88 kQ reactance for 15.0 kHz of noise? mH (b) What is its reactance at 59.0 kHz? kS2
(a) An inductor designed to filter high-frequency noise from power supplied to a personal computer is...
(a) An inductor designed to filter high-frequency noise from power supplied to a personal computer is placed in series with the computer. What minimum inductance should it have to produce a 2.08 k 12 reactance for 15.0 kHz of noise? mH (b) What is its reactance at 45.0 kHz? ΚΩ
A 10.7-V battery, a 4.98-Ω resistor, and a 10.4-H inductor are connected in series. After the...
A 10.7-V battery, a 4.98-Ω resistor, and a 10.4-H inductor are connected in series. After the current in the circuit has reached its maximum value, calculate the following.(a) the power being supplied by the battery W What is the maximum value of the current? What role does the inductor play when the current has a constant value?(b) the power being delivered to the resistor W You can determine the energy stored in the inductor from how much energy would be...
Question 1 a) Why is it importantance to have an different current path when operating a switch in series with an inductor? What happens if you don't? Explain. b) The current in the inductor of t...
Question 1 a) Why is it importantance to have an different current path when operating a switch in series with an inductor? What happens if you don't? Explain. b) The current in the inductor of the buck converter is not DC (not constant) but average output current is constant. What is the reason? Explain.
Question 1 a) Why is it importantance to have an different current path when operating a switch in series with an inductor? What happens if you...
Power electronic Design a Switched Mode Power Supply (SMPS) by following pattern. Finally you should reach a DC outp...
Power electronic Design a Switched Mode Power Supply (SMPS) by following pattern. Finally you should reach a DC output voltage of 48 V and 20 Ampere. 1. initially start designing an uncontrolled single-phase rectifier supplied by 220 V., 50 Hz grid. A parallel capacitor is connected to the output. Draw its waveform and calculate the average value of the output voltage. Evaluate the input Power-Factor and Crest-Factor problems. (20) a. In order to avoid the input Power-Factor and Crest-Factor problems,...
Question 4 (a) Find the DFT of the series x[n)-(0.2,1,1,0.2), and sketch the magnitude of the resulting spectral components [10 marks] (b) For a discrete impulse response, h[n], that is symmetric...
Question 4 (a) Find the DFT of the series x[n)-(0.2,1,1,0.2), and sketch the magnitude of the resulting spectral components [10 marks] (b) For a discrete impulse response, h[n], that is symmetric about the origin, the spectral coefficients of the signal, H(k), can be obtained by use of the DFT He- H(k)- H-(N-1)/2 Conversely, if the spectral coefficients, H(k), are known (and are even and symmetrical about k-0), the original signal, h[n], can be reconstituted using the inverse DFT 1 (N-D/2...
I need assistance on 2.1 and both parts of question 2.2 The basic geometric shape of...
I need assistance on 2.1 and both parts of question 2.2
The basic geometric shape of inductors is the same as a solenoid (a coil of many loops). Such inductors are often used in a circuit through which a current I changes with time t, i e. I = I (t). Time-dependent current I (t) can produce a potential difference across an inductor V_L = -L Delta I/Delta t, where L is the inductance of the inductor. The inductance L...
Problem 3: a) For the inverting amplifier designed using low noise amplifier AD743 shown on the...
Problem 3: a) For the inverting amplifier designed using low noise amplifier AD743 shown on the bottom of the page with Ri=10kOhm and Rf=220kOhm, what should be the value of the resistor connected to the non-inverting input (R2) to minimize the output offset due to input bias current? b.) Even if the R2 value you calculated is used, could there be an output offset due to a difference between the two input bias currents? What is the maximum value of...
Signal Processing Question #1 Which of the following is NOT using signals? Group of answer choices...
Signal Processing Question #1 Which of the following is NOT using signals? Group of answer choices Morning fog on a pond A traffic light turning red The scent and color of a flower A pump that turns on as water levels rise A call on your cell phone Data collected from a temperature sensor Music from a radio A ship's navigation system Question #2 I would like to have a reliable measurement system, therefore I would like a: Group of...
1) An inductor of 45 mH that has a 2.6 mA current when connected to a...
1) An inductor of 45 mH that has a 2.6 mA current when connected to a circuit. There is a sinusoidal voltage of 12 V applied across the inductor. a) How much time does it take for this to happen? I 2) When resistors are connected in series, the equivalence resistances will be closest to the value of a) Smallest resistor value b) Middle resistor value c) Largest resistor value 3) An electro-magnetic wave of a moving charge will have...
(a) An inductor designed to filter high-frequency noise from power supplied to a personal computer is placed in series with the computer. What minimum inductance should it have to produce a 1.88 kQ reactance for 15.0 kHz of noise? mH (b) What is its reactance at 59.0 kHz? kS2
(a) An inductor designed to filter high-frequency noise from power supplied to a personal computer is placed in series with the computer. What minimum inductance should it have to produce a 2.08 k 12 reactance for 15.0 kHz of noise? mH (b) What is its reactance at 45.0 kHz? ΚΩ
Question 1 a) Why is it importantance to have an different current path when operating a switch in series with an inductor? What happens if you don't? Explain. b) The current in the inductor of the buck converter is not DC (not constant) but average output current is constant. What is the reason? Explain.
Question 1 a) Why is it importantance to have an different current path when operating a switch in series with an inductor? What happens if you...
Power electronic Design a Switched Mode Power Supply (SMPS) by following pattern. Finally you should reach a DC output voltage of 48 V and 20 Ampere. 1. initially start designing an uncontrolled single-phase rectifier supplied by 220 V., 50 Hz grid. A parallel capacitor is connected to the output. Draw its waveform and calculate the average value of the output voltage. Evaluate the input Power-Factor and Crest-Factor problems. (20) a. In order to avoid the input Power-Factor and Crest-Factor problems,...
Question 4 (a) Find the DFT of the series x[n)-(0.2,1,1,0.2), and sketch the magnitude of the resulting spectral components [10 marks] (b) For a discrete impulse response, h[n], that is symmetric about the origin, the spectral coefficients of the signal, H(k), can be obtained by use of the DFT He- H(k)- H-(N-1)/2 Conversely, if the spectral coefficients, H(k), are known (and are even and symmetrical about k-0), the original signal, h[n], can be reconstituted using the inverse DFT 1 (N-D/2...
I need assistance on 2.1 and both parts of question 2.2
The basic geometric shape of inductors is the same as a solenoid (a coil of many loops). Such inductors are often used in a circuit through which a current I changes with time t, i e. I = I (t). Time-dependent current I (t) can produce a potential difference across an inductor V_L = -L Delta I/Delta t, where L is the inductance of the inductor. The inductance L...
1) An inductor of 45 mH that has a 2.6 mA current when connected to a circuit. There is a sinusoidal voltage of 12 V applied across the inductor. a) How much time does it take for this to happen? I 2) When resistors are connected in series, the equivalence resistances will be closest to the value of a) Smallest resistor value b) Middle resistor value c) Largest resistor value 3) An electro-magnetic wave of a moving charge will have...
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