4. Calculate the average output value of a fully controlled 24-pulse thyristor converter feeding from a Y-connected 3-phase source. Phase voltage: 240Vrms, f=50Hz, firing angle 45 degrees.
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- Question 2. Considering this figure. The firing angle is 45°, the motor current is 10 A, and the supply voltage is 110 v. 0₁ 0₂ 90 (a) Draw the waveforms of v, Vo. io. isi, iDi, and i. (b) Determine the power taken by the dc motor. (c) Determine the supply volt-amperes and supply power factor. Assume that the converter is lossless. (d) Determine the rms value of the SCR current and the diode current.Ex. 295. Refer to Figure 295 Determine: 2%Settle Time, Peak Time, Rise Time, Percent Overshoot, Damping Ratio, and Undamped Natural Frequency (rad/sec). All times are seconds. ans:6A DC-DC step-up, Boost Converter is shown on Figure 3. Input voltage, Va = 5V, output voltage V, = 12V and R19ạd = 142, L = 12µH, C = 200µF, f; = 200kHz. If the losses are negligible, determine the following: a) Does the converter operate in the continuous or discontinuous conduction mode? Explain! b) Calculate the output voltage ripple. 1. R + v - Va Figure 3
- a) What is the frequency of the signal on Channel 1? b) What is the peak Voltage of the signal on Channel 1? c) What is the peak to peak Voltage of the signal on Channel 1? d) What is the peak Voltage of the signal on Channel 2? e) What is the peak to peak Voltage of the signal on Channel 2?(a) Figure Q2 (a) shows the image from the digital osciloscope. It shows two sine waveforms, voltage (Ch1) and current (Ch2). The value of vertical (volt/div) for Ch1, (amp/div) for Ch2, and horizontal scales (time/div) are shown in the image. Analyze the figure and determine: iv) Peak to peak value and the frequency for each waveform (voltage, Ch1 and current, Ch2) v) Phase different between two waveforms. vi) If the vertical scale (volt/div) of Chl is change to 100 V. Determine the total of division of Chl that will be displayed by the oscilloscope. Ch1 Ch2 Ch1 50V Ch2 5A M5.00ms Figure Q2 (a)A ZCS buck converter has the following parameters: Vs = 24 V, l, = 1.5 A, L, = 8 µH, and C, = 0.08 µF. i. Determine the maximum switching frequency. If the switching frequency is set to be at its maximum value find ii. the output voltage. iii. maximum switch current. iv. maximum C, voltage.
- a) Given an input voltage from power supply battery, V dc=12V, f=3 kHz and ON time is 0.2ms. Calculate the duty cycle and output voltage for i. Buck converter ii. Boost converter iii. Buck-boost convertera 20 volt peak sine wave at 10hkz leading by 20 degrees with a 5 vdc offseti need the answer quickly