Deck 12: Three-Phase Systems

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  sources?<div style=padding-top: 35px> sources?
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If If   sources?<div style=padding-top: 35px> sources?
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In a balanced circuit shown below, the agnitude of the phase voltage is In a balanced circuit shown below, the agnitude of the phase voltage is        <div style=padding-top: 35px> In a balanced circuit shown below, the agnitude of the phase voltage is        <div style=padding-top: 35px> In a balanced circuit shown below, the agnitude of the phase voltage is        <div style=padding-top: 35px> In a balanced circuit shown below, the agnitude of the phase voltage is        <div style=padding-top: 35px>
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In a balanced circuit shown below, the agnitude of the phase voltage is VP = 565V In a balanced circuit shown below, the agnitude of the phase voltage is VP = 565V   (rms). The wire Impedance is per     phase. Find line currents and voltages of the equivalent Y-connected source assuming    <div style=padding-top: 35px> (rms). The wire Impedance is per In a balanced circuit shown below, the agnitude of the phase voltage is VP = 565V   (rms). The wire Impedance is per     phase. Find line currents and voltages of the equivalent Y-connected source assuming    <div style=padding-top: 35px> In a balanced circuit shown below, the agnitude of the phase voltage is VP = 565V   (rms). The wire Impedance is per     phase. Find line currents and voltages of the equivalent Y-connected source assuming    <div style=padding-top: 35px> phase. Find line currents and voltages of the equivalent Y-connected source assuming In a balanced circuit shown below, the agnitude of the phase voltage is VP = 565V   (rms). The wire Impedance is per     phase. Find line currents and voltages of the equivalent Y-connected source assuming    <div style=padding-top: 35px> In a balanced circuit shown below, the agnitude of the phase voltage is VP = 565V   (rms). The wire Impedance is per     phase. Find line currents and voltages of the equivalent Y-connected source assuming    <div style=padding-top: 35px>
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In a balanced (rs). The In a balanced (rs). The     wire impedance is per phase. Find the      <div style=padding-top: 35px> In a balanced (rs). The     wire impedance is per phase. Find the      <div style=padding-top: 35px> wire impedance is per phase. Find the In a balanced (rs). The     wire impedance is per phase. Find the      <div style=padding-top: 35px> In a balanced (rs). The     wire impedance is per phase. Find the      <div style=padding-top: 35px> In a balanced (rs). The     wire impedance is per phase. Find the      <div style=padding-top: 35px>
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In a balanced Y-Y circuit shown below, the magnitude of the line voltage is In a balanced Y-Y circuit shown below, the magnitude of the line voltage is   (rms). The phase impedance is per phase, the wire ipedance is     Ω per phase, the source impedance is assuing        <div style=padding-top: 35px> (rms). The phase impedance is per phase, the wire ipedance is In a balanced Y-Y circuit shown below, the magnitude of the line voltage is   (rms). The phase impedance is per phase, the wire ipedance is     Ω per phase, the source impedance is assuing        <div style=padding-top: 35px> In a balanced Y-Y circuit shown below, the magnitude of the line voltage is   (rms). The phase impedance is per phase, the wire ipedance is     Ω per phase, the source impedance is assuing        <div style=padding-top: 35px> Ω per phase, the source impedance is assuing In a balanced Y-Y circuit shown below, the magnitude of the line voltage is   (rms). The phase impedance is per phase, the wire ipedance is     Ω per phase, the source impedance is assuing        <div style=padding-top: 35px> In a balanced Y-Y circuit shown below, the magnitude of the line voltage is   (rms). The phase impedance is per phase, the wire ipedance is     Ω per phase, the source impedance is assuing        <div style=padding-top: 35px> In a balanced Y-Y circuit shown below, the magnitude of the line voltage is   (rms). The phase impedance is per phase, the wire ipedance is     Ω per phase, the source impedance is assuing        <div style=padding-top: 35px> In a balanced Y-Y circuit shown below, the magnitude of the line voltage is   (rms). The phase impedance is per phase, the wire ipedance is     Ω per phase, the source impedance is assuing        <div style=padding-top: 35px>
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Deck 12: Three-Phase Systems
1
  sources? sources?
2
If If   sources? sources?
3
In a balanced circuit shown below, the agnitude of the phase voltage is In a balanced circuit shown below, the agnitude of the phase voltage is        In a balanced circuit shown below, the agnitude of the phase voltage is        In a balanced circuit shown below, the agnitude of the phase voltage is        In a balanced circuit shown below, the agnitude of the phase voltage is
    ; 1+16j;      ; 1+16j;  ;
1+16j;     ; 1+16j;
4
In a balanced circuit shown below, the agnitude of the phase voltage is VP = 565V In a balanced circuit shown below, the agnitude of the phase voltage is VP = 565V   (rms). The wire Impedance is per     phase. Find line currents and voltages of the equivalent Y-connected source assuming    (rms). The wire Impedance is per In a balanced circuit shown below, the agnitude of the phase voltage is VP = 565V   (rms). The wire Impedance is per     phase. Find line currents and voltages of the equivalent Y-connected source assuming    In a balanced circuit shown below, the agnitude of the phase voltage is VP = 565V   (rms). The wire Impedance is per     phase. Find line currents and voltages of the equivalent Y-connected source assuming    phase. Find line currents and voltages of the equivalent Y-connected source assuming In a balanced circuit shown below, the agnitude of the phase voltage is VP = 565V   (rms). The wire Impedance is per     phase. Find line currents and voltages of the equivalent Y-connected source assuming    In a balanced circuit shown below, the agnitude of the phase voltage is VP = 565V   (rms). The wire Impedance is per     phase. Find line currents and voltages of the equivalent Y-connected source assuming
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In a balanced (rs). The In a balanced (rs). The     wire impedance is per phase. Find the      In a balanced (rs). The     wire impedance is per phase. Find the      wire impedance is per phase. Find the In a balanced (rs). The     wire impedance is per phase. Find the      In a balanced (rs). The     wire impedance is per phase. Find the      In a balanced (rs). The     wire impedance is per phase. Find the
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In a balanced Y-Y circuit shown below, the magnitude of the line voltage is In a balanced Y-Y circuit shown below, the magnitude of the line voltage is   (rms). The phase impedance is per phase, the wire ipedance is     Ω per phase, the source impedance is assuing        (rms). The phase impedance is per phase, the wire ipedance is In a balanced Y-Y circuit shown below, the magnitude of the line voltage is   (rms). The phase impedance is per phase, the wire ipedance is     Ω per phase, the source impedance is assuing        In a balanced Y-Y circuit shown below, the magnitude of the line voltage is   (rms). The phase impedance is per phase, the wire ipedance is     Ω per phase, the source impedance is assuing        Ω per phase, the source impedance is assuing In a balanced Y-Y circuit shown below, the magnitude of the line voltage is   (rms). The phase impedance is per phase, the wire ipedance is     Ω per phase, the source impedance is assuing        In a balanced Y-Y circuit shown below, the magnitude of the line voltage is   (rms). The phase impedance is per phase, the wire ipedance is     Ω per phase, the source impedance is assuing        In a balanced Y-Y circuit shown below, the magnitude of the line voltage is   (rms). The phase impedance is per phase, the wire ipedance is     Ω per phase, the source impedance is assuing        In a balanced Y-Y circuit shown below, the magnitude of the line voltage is   (rms). The phase impedance is per phase, the wire ipedance is     Ω per phase, the source impedance is assuing
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