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Simulate the voltage-doubler rectifier circuit in Fig. P3.101 for C = 500 F and vI = 1500 sin 2π(60)t with a load resistance of RL = 3000 Ω added between vO and ground. Calculate the ripple voltage and compare to the simulation.
Design a current divider that will provide a 1/3-2/3 current splitting ratio. Use resistance in kilo ohm range. Redesign the current divider so that the resistors are less than 100 ohms but maintain the same 1/3-2/3 splitting ratio.
A pn junction diode and the base-emitter junction of an npn BJT have the same physical structure and doping level. The twoare connected in parallel and energized to the same voltage. If the diode current is 5mA and the BJT has a β of 50
Draw all object, hidden, and centerlines. Do not draw dimensions. Properly complete the information in the title block.
A continuous-time system has a response that is the cube of its excitation. Classify the system as to linearity, time-invariance, BIRO stability, causality, and memory.
Calculate the minimum value of Vd if the power flow through the converter is 5 kW (a) from the ac to the dc side and (b) from the dc to the ac side.
What is the types of Fault Current Limiter (FCL) & Current Limiting Reactors (CLR) with a shema showing PARTICLE SWARM OPTIMIZATION .
A tank circuit coil is operating at a resonance frequency fres = 20 MHz; The circuit must operate with a bandwidth of 200 kHz. What is quality factor, Q, for the coil
Calculate the sag from the taller of the two supports which must be allowed so that the factor of safety shall be 5.
Steam enters an adiabatic turbine at 10 NIPa and 500°C and leaves at 10 kPa with a quality of 76 percent. Neglecting the changes in kinetic and potential energies, determine the mass flow rate required for a power output of 4.21 MW. - I kg's (Round t..
A square in the x-y plane in free space has a point charge of+Q at corner (a/2, a/2), the same at corner (a/2, -a/2), and apoint charge of -Q at each of the other two corners. (A) Find the electrical potential at any point P along thex-axis.
when an AC source is connected accross a 12.0 resistor,the rms current in the resistor is 8.00 A find (a) the rms voltage accross the resistor,(b) the peak voltage of the source , (c) the maximum current in the resistor
The current is the flow of electrons through conductor ,and voltage is the force that exerted on electrons to flow through the conductor, then why in many electric circuit the voltage is very high while current is less or vice-versa.
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