Bissoy.com
Doctors Medicines MCQs Q&A

The circuit configuration of TCSC is similar to that of breaker-switched capacitors, reactors and mechanical tap-changing transformers.

The circuit configuration of TCSC is similar to that of breaker-switched capacitors, reactors and mechanical tap-changing transformers. Correct Answer True

The circuit configuration of TCSC is similar to that of breaker-switched capacitors, reactors and mechanical tap-changing transformers. It appears so because the TCSC employs reactive impedances and conventional thyristor valves (switches) as controlled elements. However, the TCSC exhibits much faster response and sophisticated operation controls than the later.

Related Questions

The circuit configuration of Thyristor-Controlled Voltage and Phase Angle Regulators is similar to that of breaker-switched capacitors, reactors and mechanical tap-changing transformers.
The circuit configuration of SVC is similar to that of breaker-switched capacitors, reactors and mechanical tap-changing transformers.
The circuit configuration of TCPAR is similar to that of breaker-switched capacitors, reactors and mechanical tap-changing transformers.
The circuit configuration of TCVR is similar to that of breaker-switched capacitors, reactors and mechanical tap-changing transformers.
Consider the following statements regarding parallel connection of 3-phase transformers: 1. The secondaries of all transformers must have the same phase sequence. 2. The phase displacement between primary and secondary line voltages must be the same for all transformers which are to be operated in parallel. 3. The primaries of all transformers must have the same magnitude of line voltage. Which of the above statements are correct?
Choose the right option among the alternatives – The SSSC/TCSC/TSSC/GCSC displays/display a considerably wider control range at low transmission angles than the SSSC/TCSC/TSSC/GCSC.
Two capacitors having capacitance value 4F, three capacitors having capacitance value 2F and 5 capacitors having capacitance value 1F are connected in parallel, calculate the equivalent capacitance.
Consider the following statements: 1. The chain reaction process is used in nuclear bombs to release a vast amount of energy, but in nuclear reactors, there is no chain reaction. 2. In a nuclear reactor, the reaction is controlled, while in nuclear bombs, the reaction is uncontrolled. 3. In a nuclear reactor, all operating reactors are ‘critical’, while there is no question of ‘criticality’ in case of a nuclear bomb. 4. Nuclear reactors do not use moderators, while nuclear bombs use them. Which of the above statements about operational principles of a nuclear reactor and a nuclear bomb is / are correct?
Which of the following statement is true? I. In homogeneous reactors the nuclear fuel and the moderator represents a uniform mixture in the fluid form. II. In heterogeneous reactors separate fuel sludge or roads are inserted in the moderator III. Most of the nuclear reactors used these days are of homogeneous type
Consider the following statements.
1. The chain reaction process is used in nuclear bombs to release a vast amount of energy, but in nuclear reactors, there is no chain reaction.
2. In a nuclear reactor, the reaction is controlled, while in nuclear bombs, the reaction is uncontrolled.
3. In a nuclear reactor, all operating reactors are 'critical', while there is no question of 'critically' in case of a nuclear bomb.
4. Nuclear reactors do not use moderators, while nuclear bombs use them.
Which of the above statements about operational principles of a nuclear reactor and a nuclear bomb is/are correct?