2nd Class Power Engineering
2nd Class 2B3
Power
–Engineering
Power
2nd Class
Systems,
2B3
Power
–
Equipment
Engineering
Power Systems,
and2B3
Engineering
–
Equipment
PowerFundamentals
Systems,
and Engineering
Equipment
StudyFundamentals
Guide.pdf
and Engineering
StudyFundamentals
Guide.pdf Study Guide.pdf
2nd Class Power Engineering 2B3 –
Power Systems, Equipment and
Engineering Fundamentals Study Guide
Guidehttps://www.stuvia.com/dashboard!@_)#*)(@$)($@*($@)($@*_
2nd Class Power Engineering
2nd Class 2B3
Power
–Engineering
Power
2nd Class
Systems,
2B3
Power
–
Equipment
Engineering
Power Systems,
and2B3
Engineering
–
Equipment
PowerFundamentals
Systems,
and Engineering
Equipment
StudyFundamentals
Guide.pdf
and Engineering
StudyFundamentals
Guide.pdf Study Guide.pdf
,2nd class power engineering 2b3.pdf 2nd class power engineering 2b3.pdf 2nd class power engineering 2b3.pdf
Terms in this set (502)
AC sine wave AC power systems, both voltage and current continuously alternate
between maximum positive and negative values. This can be represented as
a sine wave.
Square root of three Always used when preforming three phase calculations
Amplitude A time period on which the value or current cycles from zero to max
positive to max negative and back to zero.
2nd class power engineering 2b3.pdf 2nd class power engineering 2b3.pdf 2nd class power engineering 2b3.pdf
,2nd class power engineering 2b3.pdf 2nd class power engineering 2b3.pdf 2nd class power engineering 2b3.pdf
Electron flow Current equals flow. Voltage Equals pressure.
Generation of AC voltage and current Voltage is induced in a conductor as it passes through lines of force in a
magnetic field. Induced voltage causes a current to flow.
Root mean square Is the square root of the mean of squares of the instantaneous values of
current or voltage.
Peak to peak value The magnitude of the voltage or current measured between max positive
and max negative.
Purely resistive circuit AC voltage causes an AC current to flow through the resistance. Voltage
and current are said to be in phase.
Purely inductive circuit In this circuit, the current lags the applied voltage but 90 electrical degrees,
net power equals zero. No work can be performed.
2nd class power engineering 2b3.pdf 2nd class power engineering 2b3.pdf 2nd class power engineering 2b3.pdf
, 2nd class power engineering 2b3.pdf 2nd class power engineering 2b3.pdf 2nd class power engineering 2b3.pdf
Purely capacitive circuit In this circuit, the current leads the applied voltage by 90 electrical degrees,
net power equals zero so no work can be performed.
True power equation
Inductive reactance
2nd class power engineering 2b3.pdf 2nd class power engineering 2b3.pdf 2nd class power engineering 2b3.pdf
2nd Class 2B3
Power
–Engineering
Power
2nd Class
Systems,
2B3
Power
–
Equipment
Engineering
Power Systems,
and2B3
Engineering
–
Equipment
PowerFundamentals
Systems,
and Engineering
Equipment
StudyFundamentals
Guide.pdf
and Engineering
StudyFundamentals
Guide.pdf Study Guide.pdf
2nd Class Power Engineering 2B3 –
Power Systems, Equipment and
Engineering Fundamentals Study Guide
Guidehttps://www.stuvia.com/dashboard!@_)#*)(@$)($@*($@)($@*_
2nd Class Power Engineering
2nd Class 2B3
Power
–Engineering
Power
2nd Class
Systems,
2B3
Power
–
Equipment
Engineering
Power Systems,
and2B3
Engineering
–
Equipment
PowerFundamentals
Systems,
and Engineering
Equipment
StudyFundamentals
Guide.pdf
and Engineering
StudyFundamentals
Guide.pdf Study Guide.pdf
,2nd class power engineering 2b3.pdf 2nd class power engineering 2b3.pdf 2nd class power engineering 2b3.pdf
Terms in this set (502)
AC sine wave AC power systems, both voltage and current continuously alternate
between maximum positive and negative values. This can be represented as
a sine wave.
Square root of three Always used when preforming three phase calculations
Amplitude A time period on which the value or current cycles from zero to max
positive to max negative and back to zero.
2nd class power engineering 2b3.pdf 2nd class power engineering 2b3.pdf 2nd class power engineering 2b3.pdf
,2nd class power engineering 2b3.pdf 2nd class power engineering 2b3.pdf 2nd class power engineering 2b3.pdf
Electron flow Current equals flow. Voltage Equals pressure.
Generation of AC voltage and current Voltage is induced in a conductor as it passes through lines of force in a
magnetic field. Induced voltage causes a current to flow.
Root mean square Is the square root of the mean of squares of the instantaneous values of
current or voltage.
Peak to peak value The magnitude of the voltage or current measured between max positive
and max negative.
Purely resistive circuit AC voltage causes an AC current to flow through the resistance. Voltage
and current are said to be in phase.
Purely inductive circuit In this circuit, the current lags the applied voltage but 90 electrical degrees,
net power equals zero. No work can be performed.
2nd class power engineering 2b3.pdf 2nd class power engineering 2b3.pdf 2nd class power engineering 2b3.pdf
, 2nd class power engineering 2b3.pdf 2nd class power engineering 2b3.pdf 2nd class power engineering 2b3.pdf
Purely capacitive circuit In this circuit, the current leads the applied voltage by 90 electrical degrees,
net power equals zero so no work can be performed.
True power equation
Inductive reactance
2nd class power engineering 2b3.pdf 2nd class power engineering 2b3.pdf 2nd class power engineering 2b3.pdf
