The circuit shown is a Pspice simulation of Fig 3.10. The peak voltage of 170 volts...

Transcribed Image Text:

The circuit shown is a Pspice simulation of Fig 3.10. The peak voltage of 170 volts of the voltage source V1 corresponds to the RMS voltage of the voltage source of Fig 3.10. Use XFRM LINEAR for transformers TX1 & TX2. The primary windings of transformers TX1 and TX2 have inductances of 100 mH each. The secondary windings of transformers TX1 and TX2 have inductances of 1 mH each. This makes it a step down transformer with the secondary voltages close to 6 volts rms. Run a time (transient) analysis of 34 milliseconds duration and answer the following questions (using Probe plots): VOFF - OV VAMPL-170V FREQ-60Hz LI_VALUE 100mH L2 VALUE- ImH RI D3 2 TXI 4 www VI R2 3 TX2 DIN4002 D4 ▷ DIN4002 www 2. Obtain a plot V(6) of the voltage across Rload. What is its amplitude? Rload 3.3k Fig 3.10 1. What are the amplitudes of the secondary voltages and what is their relative phase shift? Obtain plots of V(4) and V(5) to answer this. The circuit shown is a Pspice simulation of Fig 3.10. The peak voltage of 170 volts of the voltage source V1 corresponds to the RMS voltage of the voltage source of Fig 3.10. Use XFRM LINEAR for transformers TX1 & TX2. The primary windings of transformers TX1 and TX2 have inductances of 100 mH each. The secondary windings of transformers TX1 and TX2 have inductances of 1 mH each. This makes it a step down transformer with the secondary voltages close to 6 volts rms. Run a time (transient) analysis of 34 milliseconds duration and answer the following questions (using Probe plots): VOFF - OV VAMPL-170V FREQ-60Hz LI_VALUE 100mH L2 VALUE- ImH RI D3 2 TXI 4 www VI R2 3 TX2 DIN4002 D4 ▷ DIN4002 www 2. Obtain a plot V(6) of the voltage across Rload. What is its amplitude? Rload 3.3k Fig 3.10 1. What are the amplitudes of the secondary voltages and what is their relative phase shift? Obtain plots of V(4) and V(5) to answer this.