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-: Choose the correct answers and fill the blanks for the following questions: 1. Matching of a transmission line with a characteristic impedance (Zo) and a load impedance (Za) can be obtained when (a) ZR=0.5Z0 (b) ZR-2Z0 (c) ZR-Zo (d) ZR=0 2. Standing wave ratio (S) for a short circuit load connected to a transmission line is equal to (a) S=0 (b) S=-1 (c) S= Infinity (d) S=1 3. Any transmission line repeats its impedance, voltage, and current characteristics every . (Where n-0, 1, 2, 3....etc.) (a) nλ/2 (b) ni/3 (c) ni/5 (d) nλ/6

-: Choose the correct answers and fill the blanks for the following questions: 1. Matching of a transmission line with a characteristic impedance (Zo) and a load impedance (Za) can be obtained when (a) ZR=0.5Z0 (b) ZR-2Z0 (c) ZR-Zo (d) ZR=0 2. Standing wave ratio (S) for a short circuit load connected to a transmission line is equal to (a) S=0 (b) S=-1 (c) S= Infinity (d) S=1 3. Any transmission line repeats its impedance, voltage, and current characteristics every . (Where n-0, 1, 2, 3....etc.) (a) nλ/2 (b) ni/3 (c) ni/5 (d) nλ/6

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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-: Choose the correct answers and fill the blanks for the following questions: 1. Matching of a transmission line with a characteristic impedance (Zo) and a load impedance (Za) can be obtained when (a) ZR=0.5Zo (b) ZR-2Z0 (c) ZR-Zo (d) ZR=0 2. Standing wave ratio (S) for a short circuit load connected to a transmission line is equal to (a) S=0 (b) S=-1 (c) S=Infinity (d) S=1 3. Any transmission line repeats its impedance, voltage, and current characteristics every (Where n-0, 1, 2, 3....etc.) (b) nλ/3 (a) nλ/2 (c) nλ/5 (d) nλ/6 4. In smith chart, moving in the clockwise direction means moving, a) From load to generator b) From generator to load 5. In Crank diagram, moving in the clockwise direction from the load to the source can be evaluated using the formula a) +j2Bd b)-j3Bx c) -j2Bd d)-j2Bx 6. For a lossless transmission line operating with frequency 300MHz, and it has an inductance L-30mH/unit of length and a capacity C-75 µF/unit of length, the characteristic impedance Zo while the phase constant (B) is equal to 7. If a wave travelling inside a transmission line with a phase velocity of 2.5 x 10 m/sec, and the wavelength is 3 meter, then the operating frequency (fo) is equal to 8. The reflection coefficient (KR) of a transmission line with a characteristic impedance Zo-50 ohm/unit of length and an open circuit load is equal to
Transcribed Image Text:-: Choose the correct answers and fill the blanks for the following questions: 1. Matching of a transmission line with a characteristic impedance (Zo) and a load impedance (Za) can be obtained when (a) ZR=0.5Zo (b) ZR-2Z0 (c) ZR-Zo (d) ZR=0 2. Standing wave ratio (S) for a short circuit load connected to a transmission line is equal to (a) S=0 (b) S=-1 (c) S=Infinity (d) S=1 3. Any transmission line repeats its impedance, voltage, and current characteristics every (Where n-0, 1, 2, 3....etc.) (b) nλ/3 (a) nλ/2 (c) nλ/5 (d) nλ/6 4. In smith chart, moving in the clockwise direction means moving, a) From load to generator b) From generator to load 5. In Crank diagram, moving in the clockwise direction from the load to the source can be evaluated using the formula a) +j2Bd b)-j3Bx c) -j2Bd d)-j2Bx 6. For a lossless transmission line operating with frequency 300MHz, and it has an inductance L-30mH/unit of length and a capacity C-75 µF/unit of length, the characteristic impedance Zo while the phase constant (B) is equal to 7. If a wave travelling inside a transmission line with a phase velocity of 2.5 x 10 m/sec, and the wavelength is 3 meter, then the operating frequency (fo) is equal to 8. The reflection coefficient (KR) of a transmission line with a characteristic impedance Zo-50 ohm/unit of length and an open circuit load is equal to
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