Is = 10 Arms Determine the instantaneous energy stored in the transformer wirings at t=0. The frequency of the current Is is 1000 rad/s. IS ww 6 Ω j5Q j100 j140 10 Ω
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- Determine the peak-to-peak ripple and dc output voltages. The transformer has a 36 Vrms secondary voltage rating, and the line voltage has a frequency of 60 Hz. Use germanium diodes. 110 Vrms 00000 lllll Rsurge www 10 Ω C 100 μF ww RL 3.3 ΚΩFor the following circuit if the secondary voltage of the transformer is 20V rms, the output voltage is ZV +11 C₂ D₂ DA D₁ HE 2V 123.2 V O 113.1 V O 130.1 V O 55.5 V O ele 000000000 + SE C₂ Ht 2V + D₂ + I10. Determine the peak-to-peak ripple and de output voltages in Figure 5. The transformer has a 36 V rms secondary voltage rating, and the line voltage has a frequency of 60 Hz. A R surge 120 Vrms 00000 ellle B Figure 5. www 10 Ω C 100 μF www R₂ 3.3 ΚΩ
- A multitap transformer has 1500 turns on the primary, 100 turns between B and C, 600 turns between A and D, and 500 turns between A and C. Calculate the secondary voltage between A and B if a 240V RMS source is connected to the primary. OB O A 134V RMS O 240V RMS O 96V RMS O 64V RMSIf the transformer in the shown figure has Req-500, Xeq=500, RC=10000, and XM-10000, then the losses in the transformer equal Watt. Lood auno 502 200V(N 2:1 Select one: O 70.769 O 68.769 O 74.769 O 78.769 O 72.769For the following circuit if the secondary voltage of the transformer is 20V rms, the PIV of the diodes are ZV +1H +1 C3 D₂ D₁ 000 000000000 + C₁ O 55 V O 61.61 V 33 V O56.56 V C₂ HE 2V + m D3 + Ca H 2V
- In a relation to a transformer the ratio 6/1; indicates that O Primary current is 6 times greater than secondary current O For every 6 turns on primary there is 1 turn on secondary O There are 6 turns on primary and 1 turn on secon O Primary voltage is 1/6 th of secondary voltage 93°F Mostly sunny 底 ENG 7A transformer is connected to a primary impedance of 2kQ and a secondary impedance of 100O. The primary current is 500mA RMS. Calculate the magnitude of the secondary current. O 258mA O 1.51A O 2.24A O 500mATwo inductors or coils sharing a common magnetic field or core is a transformer. A changing voltage in the primary coil will generate a voltage in the secondary coil based on the ratio of turns of wire in the two coils. If a transformer has a turns ratio of 12:1 (primary:secondary) and the primary is connected to a 120 Vac source, what is the voltage generated at the secondary? 10 Vac None of the answers O 1440 Vac
- For the following circuit if the secondary voltage of the transformer is 20V rms, the output voltage and the PIV of the diodes are V. 2 Vm C3 D, D2 D3 A D4 C2 C4 + 2Vm 2Vm O 130.1 V, 55 V O 113.1 V, 56.56 V 123.2, 61.61 V 55.5 V, 33 VIn the transformer circuit given below calculate the output voltage vo. mm m 4-90° V 4 0 j3 n 1:2 24 /0° V -j4 2 V1 203 IdealA triangle waveform with following specifications in Table B1. Table B1 RMS Voltage 50mV Number of cycles/second 100 i) Sketch the approximate triangular waveform with all specifications. ii) A transformer has primary coil with 100 turns and secondary coil with 120 turns. Estimate the current in the secondary coil, If the current in the primary coil is 4 Ampere