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In the below circuit we put Snubbing Diode D1 across the coil to protect the transistor...
Refer to the transient L-R circuit below. Answer / calculate the following, showing ALL steps R1...
Refer to the transient L-R circuit below. Answer / calculate the following, showing ALL steps R1 65Ω S1 R4 600Ω 20V 1.2k2 1.2k R3 L1 50Ω 30uH a) Deduce the mathematical expression for the current through L1 if the charging process starts at t: 0.005 us (Approx. 0.00 μs) b) Assume switch S1 is switched over at t 0.3 us to stop the charging and start the discharging process. Calculate the magnitude of the current through the inductor L1 at...
The switch in an effective LR series dc-circuit (consisting of an emf and a coil with...
The switch in an effective LR series dc-circuit (consisting of an emf and a coil with inductance L = 0.5 H and unknown internal resistance) is closed at t = 0 sec. At t = r, the current is 9.5 A and is increasing at a rate of 1.1 A/s. What must the internal resistance of the coil be? A step-up transformer is designed to have an output voltage of 1800 V (rms) when the primary is connect across a...
do the part on red please. 1. Validate conclusions regarding the behavior of inductors in transient...
do the part on red please.
1. Validate conclusions regarding the behavior of inductors in transient and steady-state DC network. 2. Verify basic equations for determining the total induction in series, parallel and series-parallel circuits. 3. Use simulation software to understand circuit characteristics. EQUIPMENT REQUIRED: Multisim tool. PROCEDURES: Part 1. Series RL Circuits Use the circuit of Figure 4 (pick RL=202). a. Calculate the steady-state values of IL and VL. IL = 20.4 mA VL = _0.408_V IL=10 / (470...
Refer to the transient L-R circuit below. Answer / calculate the following, showing ALL steps R1 65Ω S1 R4 600Ω 20V 1.2k2 1.2k R3 L1 50Ω 30uH a) Deduce the mathematical expression for the current through L1 if the charging process starts at t: 0.005 us (Approx. 0.00 μs) b) Assume switch S1 is switched over at t 0.3 us to stop the charging and start the discharging process. Calculate the magnitude of the current through the inductor L1 at...
The switch in an effective LR series dc-circuit (consisting of an emf and a coil with inductance L = 0.5 H and unknown internal resistance) is closed at t = 0 sec. At t = r, the current is 9.5 A and is increasing at a rate of 1.1 A/s. What must the internal resistance of the coil be? A step-up transformer is designed to have an output voltage of 1800 V (rms) when the primary is connect across a...
do the part on red please.
1. Validate conclusions regarding the behavior of inductors in transient and steady-state DC network. 2. Verify basic equations for determining the total induction in series, parallel and series-parallel circuits. 3. Use simulation software to understand circuit characteristics. EQUIPMENT REQUIRED: Multisim tool. PROCEDURES: Part 1. Series RL Circuits Use the circuit of Figure 4 (pick RL=202). a. Calculate the steady-state values of IL and VL. IL = 20.4 mA VL = _0.408_V IL=10 / (470...
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