See attached document for transformercircuit. Note in the center of the circuit is a transformer-ignore L1 AND L2 in the middle of the transformer, I put 2 inductors and 2 lines to simulate a transformer). Can you show me how to find Ix and Iy? The 10V is AC NOT DC. The resistors are 7 ohms and 4 Ohms.
A transformer used in a computer steps down the 120 V from the wall outlet to 5 V. The computer uses 6 A of current to operate the ICs and various components like disk drives and memory.
(a) What turns ratio NP/NS is required to achieve the voltage ratio?
(b) How much power does the computer use?
(c) If the
A 415V to 11 kV transformer has a rating of 200 kVA. The winding resistance and leakage reactance when referred to the primary are 0.014 and 0.057 ohms respectively.
(a) Determine the % regulation of the transformer at 0.8 power factor lagging.
(b) In designing a particular 415V to 11 kV, 200 kVA transformer, the primary w
Please show work
1. If 200 volts are put across a 300-loop transformer's primary coil:
a.What will be the voltage output if the secondary coil had 750 loops?
b.What is the power in the secondary coil if the resistance in this coil is 50 ohms?
c.What is the current drawn in the primary coil?
d.What is the power in the pr
The generator at a power plant produces AC at 24,000 Volts. A transformer steps this up to 345,000 Volts for transmission over power lines. If there are 2,000 turns of wire in the input coil of the transformer, how many turns must there be in the output coil.
Please show the work.
Please check my work and if incorrect give me the correct answer
Please refer to the problem stated in the attached file.
(For the full-wave rectifier circuit shown below, the supply voltage is 18-V rms sinusoidal, Vdo is approximately 0.7V and R=120. What is the value for PIV?)
This is my solution:
Please show as much working as possible and comment where possible.
An 11 kV to 415 V transformer has a rating of 100 kVA. The winding resistance and leakage reactance when referred to the secondary are 0.0142 Ohm and 0.0569 Ohm respectively. Determine the % regulation of the transformer at:
(a) unity power factor
This solution deals with the analysis of a given Magnetron Drive Circuit to derive the circuit characteristics as applied to a resulting Radar pulse. Circuit parameters are given including Delay Line parameters and from this such things as the number of turns on the secondary winding of the drive transformer, the pulse period an