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Power System Analysis
Per Unit SystemPower Generation CostPower System StabilitySymmetrical Components and Symmetrical and Unsymmetrical FaultsCircuit BreakerSwitch Gear and ProtectionLoad Flow StudiesHigh Voltage Dc TransmissionGenerating Power StationParameters and Performance of Transmission Lines
Circuit Breaker
Practice Questions
Marks 1
1
Keeping in view the cost and overall effectiveness, the following circuit breaker is best suited for capacitor bank switching
GATE EE 2006
2
The interrupting time of a circuit breaker is the period between the instant of
GATE EE 2003
3
Three sections of a feeder are provided with circuit breakers CB1, CB2, CB3, CB4, CB5 and CB6. For a fault F as indicated in figure. GATE EE 1999 Power System Analysis - Circuit Breaker Question 6 English
GATE EE 1999
4
The use of high-speed of circuit-breakers
GATE EE 1997
5
Resistance switching is normally employed in
GATE EE 1996
Marks 2
1
A three-phase, $$33$$ kV oil circuit breaker is rated $$1200$$ A, $$2000$$ MVA, $$3$$s. The symmetrical breaking current is
GATE EE 2010
2
Consider the protection system shown in the figure below. The circuit breakers numbered from $$1$$ to $$7$$ are of identical type. A single line to ground fault with zero fault impedance occurs at the midpoint of the line (at point F), but circuit breaker $$4$$ fails to operate (''Stuck breaker''). If the relays are coordinated correctly, a valid sequence of circuit breaker operation is GATE EE 2007 Power System Analysis - Circuit Breaker Question 3 English b
GATE EE 2007
Marks 5
1
The inductance and capacitance of a power system network upto a circuit breaker location are $$1H$$ and $$0.01$$ $$\mu F$$ respectively, the value of the shunt resistor across the circuit breaker, required for critical damping of the restriking voltage is
GATE EE 1995
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