please answer this question for the the for this reportQ) how great is the number of pulses in a three-phase half-wave rectifier El . EO M136151+7:132_5422347806918580582 - Read-onlyビyRead Only - You can't save changes to...Power Electronics Lab.Experiment No. 6جامعة بغداد كلية هندسة الخوارزمیقسم هندسة الميكاترونكسمختير ألكترونيات القدرة3-0 half – wave uncontrolled rectifierObject: The object of this experiment is to measure the currents and voltages in theuncontrolled three- pulse half- wave rectifier with resistive load.Theory: The uncontrolled three - phase half - wave rectifier circuit is often referredto as three - pulse rectifier circuit. The input voltages UL' . ULs' have the samereference point as the output voitage Ug, namely the N conductor. The circuit setupshown in Figure (24) illustrates that current can only flow through one of the diodeswhen the corresponding phase voltage is greater than Ua.L1 -mmm中L2 mm mV3L3 m mIsVsRLULT V2ULSFigure (24)Schematic diagram of three - phase half-wave uncontrolled rectifierThe voltage waveforms are shown in figure (25). The figure illustrates that the threephase voltages overlap so that every single - phase voltage is only dominant for ashort time period. Since the three - phase voltages are offset exactly 120°, the"dominant phase" of a phase voltage also lasts exactly 120°.ULT- 120 .- 12012030129180Figure (25)Voltage waveforms of a three - phase half- wave uncontrolled rectifier24جامعةThe phase voltage Uu' is the highest voltage, related to its period, from exactly 30°to 150°. This means that the diode Vj cannot become conductive as soon as ULI'crosses the zero axis but only when ULI' is 0.7 V greater than ULs', i. e. 30° later. Thediode Vj then carries the direct current L, to 150°. Then Vs takes over the currentbecause UL2' is the highest phase voltage from 150° to 270°. From 270° to 30° againthe dominant phase voltage is ULa' and diode V, carries the current Ia. Each of theمختبر - O 161+ 7:153G362_5422347806918580582 - Read-onlyRead Only - You can't save changes to...The phase voltage ULI' is the highest voltage, related to its period, from exactly 30°to 150°. This means that the diode Vi cannot become conductive as soon as ULI'crosses the zero axis but only when ULI' is 0.7 V greater than ULs', i. e. 30° later. Thediode V, then carries the direct current Ig to 150°. Then V; takes over the currentbecause UL2' is the highest phase voltage from 150° to 270°. From 270° to 30° againthe dominant phase voltage is ULs' and diode Vs carries the current Ig. Each of thediodes therefore carries the current for a third of the period duration. When a diodetakes over the current, this is known as commutation. We say that the currentcommutates from V, to V3 at 150e.مختير -Necessary equipments:1. Рower Board (Турс 5125).2. 1 standard Oscilloscope with the possibility of internal triggering with theLINE trigger source.3. 1 digital multimeter with the possibility of measuring ms valuesProcedure:1. Connect the circuit shown in Figure (26) on the Power Board, as shown inFigure (27).2. Set the switch M3/B6 at the Power Board to position M3.3. Put the three - phase power supply into operation by connecting the bridge inthe three - phase power supply.4. Switch ON the Power Board.5. Use the Oscilloscope to draw phase voltages ULI. UL2 and UL3, thecorresponding output voltage Ua and output current Ig.6.. Switch OFF the Power Board.RLAVs27L1'L2'L3'Re0.50Figure (26)Circuit diagrum for three - phase half- wave uncontrolled rectifierReport & Discussion:1. How great is the number of pulses in the three - phase half - wave rectifier?252 of 3

Question

please answer this question for the the for this reportQ) how great is the number of pulses in a three-phase half-wave rectifier El . EO M136151+7:132_5422347806918580582 - Read-onlyビyRead Only - You can't save changes to...Power Electronics Lab.Experiment No. 6جامعة بغداد كلية هندسة الخوارزمیقسم هندسة الميكاترونكسمختير ألكترونيات القدرة3-0 half – wave uncontrolled rectifierObject: The object of this experiment is to measure the currents and voltages in theuncontrolled three- pulse half- wave rectifier with resistive load.Theory: The uncontrolled three - phase half - wave rectifier circuit is often referredto as three - pulse rectifier circuit. The input voltages UL' . ULs' have the samereference point as the output voitage Ug, namely the N conductor. The circuit setupshown in Figure (24) illustrates that current can only flow through one of the diodeswhen the corresponding phase voltage is greater than Ua.L1 -mmm中L2 mm mV3L3 m mIsVsRLULT V2ULSFigure (24)Schematic diagram of three - phase half-wave uncontrolled rectifierThe voltage waveforms are shown in figure (25). The figure illustrates that the threephase voltages overlap so that every single - phase voltage is only dominant for ashort time period. Since the three - phase voltages are offset exactly 120°, the&#34;dominant phase&#34; of a phase voltage also lasts exactly 120°.ULT- 120 .- 12012030129180Figure (25)Voltage waveforms of a three - phase half- wave uncontrolled rectifier24جامعةThe phase voltage Uu' is the highest voltage, related to its period, from exactly 30°to 150°. This means that the diode Vj cannot become conductive as soon as ULI'crosses the zero axis but only when ULI' is 0.7 V greater than ULs', i. e. 30° later. Thediode Vj then carries the direct current L, to 150°. Then Vs takes over the currentbecause UL2' is the highest phase voltage from 150° to 270°. From 270° to 30° againthe dominant phase voltage is ULa' and diode V, carries the current Ia. Each of theمختبر - O 161+ 7:153G362_5422347806918580582 - Read-onlyRead Only - You can't save changes to...The phase voltage ULI' is the highest voltage, related to its period, from exactly 30°to 150°. This means that the diode Vi cannot become conductive as soon as ULI'crosses the zero axis but only when ULI' is 0.7 V greater than ULs', i. e. 30° later. Thediode V, then carries the direct current Ig to 150°. Then V; takes over the currentbecause UL2' is the highest phase voltage from 150° to 270°. From 270° to 30° againthe dominant phase voltage is ULs' and diode Vs carries the current Ig. Each of thediodes therefore carries the current for a third of the period duration. When a diodetakes over the current, this is known as commutation. We say that the currentcommutates from V, to V3 at 150e.مختير -Necessary equipments:1. Рower Board (Турс 5125).2. 1 standard Oscilloscope with the possibility of internal triggering with theLINE trigger source.3. 1 digital multimeter with the possibility of measuring ms valuesProcedure:1. Connect the circuit shown in Figure (26) on the Power Board, as shown inFigure (27).2. Set the switch M3/B6 at the Power Board to position M3.3. Put the three - phase power supply into operation by connecting the bridge inthe three - phase power supply.4. Switch ON the Power Board.5. Use the Oscilloscope to draw phase voltages ULI. UL2 and UL3, thecorresponding output voltage Ua and output current Ig.6.. Switch OFF the Power Board.RLAVs27L1'L2'L3'Re0.50Figure (26)Circuit diagrum for three - phase half- wave uncontrolled rectifierReport & Discussion:1. How great is the number of pulses in the three - phase half - wave rectifier?252 of 3

Accepted Answer

The diagram in this experiment shows a 3-phase half-bridge half wave diode rectifier. The circuit is…

1. How great is the number of pulses in the three - phase half-wave rectifier?