ASSIGNMENT 1
ELECTRICAL
TECHNOLOGY(DFE2113)
By:
• Muhammad Alif Afifi Bin Zafri ( F55-113-0009 )
• Muhammad Haris Aiman Bi...
INTRODUCTION
• Alternating current (AC) is current whose direction periodically reverses.
• An AC voltage source is a volt...
PROBLEM STATEMENT
As a junior engineer to M&H Consultant, you have to give a
detail presentation on how an AC System being...
AC AND DC FLOW
SINUSOIDAL WAVEFORM AND ITS
CHARACTERISTICS
Amplitude
• Amplitude is the maximum value of current or voltage. It is repres...
CATEGORIZE OF ALTERNATE WAVEFORM
CHARACTERISTIC
• Symmetry
• Non-symmetry
• Periodic
• Non-periodic
ALTERNATING WAVEFORM
EXAMPLE
Symmetrical and periodic alternating waveforms
Symmetrical and non-periodic alternating waveforms
Non-symmetrical and periodic alternating waveform
Non-symmetrical and non-periodic alternating waveform
SINE WAVE GENERATE AND ANGULAR
RELATIONSHIP
• As the coil rotates around the central axis which is perpendicular to the ma...
HOW PHASOR RELATE TO SINE WAVE
• Basically a rotating vector, simply called a "Phasor" is a scaled line whose length
repre...
HOW TO MEASURE WAVEFORM BY USING
OSCILLOSCOPE
• We can measure the peak value of wave by using oscilloscope by observe the...
CONCLUSION
• After finished the presentation, we have able to identify and know the
characteristics of sine wave.
• We hav...
THANK YOU
ありがとうございますた
Assignment 1
Assignment 1
Assignment 1
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Assignment 1

  1. 1. ASSIGNMENT 1 ELECTRICAL TECHNOLOGY(DFE2113) By: • Muhammad Alif Afifi Bin Zafri ( F55-113-0009 ) • Muhammad Haris Aiman Bin Muhamad Yani ( F55-113-0014 ) • Tamim Dahri Bin Abdul Razak ( F55-113-0006 )
  2. 2. INTRODUCTION • Alternating current (AC) is current whose direction periodically reverses. • An AC voltage source is a voltage source that produces alternating current. • Examples: Electrical outlets in the walls of your home provide alternating current. The trainer that you use in lab also contains an AC voltage source called a function generator.
  3. 3. PROBLEM STATEMENT As a junior engineer to M&H Consultant, you have to give a detail presentation on how an AC System being generated to the technicians whereby at the end of you presentation all the objective state below are achieved.
  4. 4. AC AND DC FLOW
  5. 5. SINUSOIDAL WAVEFORM AND ITS CHARACTERISTICS Amplitude • Amplitude is the maximum value of current or voltage. It is represented by either of the two peaks of the sine wave. Peak-to-peak • The peak-to-peak value of a sine wave, is the voltage or current from positive peak to negative... RMS • The second value of voltage is the actual useful voltage that is available and is called RMS. This stands for Root Mean Square and it is the standard way of measuring and reporting alternating current and voltage. Frequency • The number of times the sine wave pattern cycle occurs in a second.
  6. 6. CATEGORIZE OF ALTERNATE WAVEFORM CHARACTERISTIC • Symmetry • Non-symmetry • Periodic • Non-periodic
  7. 7. ALTERNATING WAVEFORM
  8. 8. EXAMPLE Symmetrical and periodic alternating waveforms Symmetrical and non-periodic alternating waveforms
  9. 9. Non-symmetrical and periodic alternating waveform Non-symmetrical and non-periodic alternating waveform
  10. 10. SINE WAVE GENERATE AND ANGULAR RELATIONSHIP • As the coil rotates around the central axis which is perpendicular to the magnetic field, the wire loop cuts the lines of force set up between the north and south poles at different angles as the loop rotates. f ( rad/second )
  11. 11. HOW PHASOR RELATE TO SINE WAVE • Basically a rotating vector, simply called a "Phasor" is a scaled line whose length represents an AC quantity that has both magnitude ("peak amplitude") and direction ("phase") which is "frozen" at some point in time. • A phasor is a vector that has an arrow head at one end which signifies partly the maximum value of the vector quantity ( V or I ) and partly the end of the vector that rotates. Radian= ( /180 ) x degree Degree= ( ) x radian
  12. 12. HOW TO MEASURE WAVEFORM BY USING OSCILLOSCOPE • We can measure the peak value of wave by using oscilloscope by observe the value of voltage at positive or negative maximum peak with respect to zero. • We also can measure the peak-to-peak value by observe the value of voltage or current from positive to negative peak. It is always twice peak value. • We also can measure the RMS(root mean square) or effective value of sinusoidal voltage that measured the heating effect of sine wave.
  13. 13. CONCLUSION • After finished the presentation, we have able to identify and know the characteristics of sine wave. • We have also able to describe how sine wave being generated and have able to use phasor to represent a sine wave. • Finally, we have know how to use oscilloscope to measure the waveforms.
  14. 14. THANK YOU ありがとうございますた

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