Performance of Transmission lines

What is the primary factor affecting the transmission line performance?

• a. Resistance
• b. Inductance
• c. Capacitance
• d. Voltage

Which parameter is responsible for attenuation in the transmission line?

• a. Resistance
• b. Inductance
• c. Capacitance
• d. Conductance

What is the name of the quantity used to represent the energy losses in the transmission line?

• a. Impedance
• b. Admittance
• c. Conductance
• d. Resistance

What is the name of the method used to increase the transmission line voltage level?

• a. Transmission
• b. Distribution
• c. Transformation
• d. Conversion

What is the name of the device used to measure the voltage at the sending and receiving ends of the transmission line?

• a. Voltmeter
• b. Ammeter
• c. Wattmeter
• d. Oscilloscope

What happens to the transmission line performance when the line length increases?

• a. Performance improves
• b. Performance remains the same
• c. Performance degrades
• d. Performance becomes unstable

Why is it important to match the impedance of the transmission line with the load impedance?

• a. To improve the performance
• b. To reduce the losses
• c. To increase the voltage
• d. To increase the current

What is the name of the method used to measure the performance of the transmission line?

• a. Smith chart method
• b. Ohm's law method
• c. Kirchhoff's law method
• d. KVL method

Which parameter is responsible for the capacitance of the transmission line?

• a. Resistance
• b. Inductance
• c. Conductance
• d. Capacitance