Question

Explain why input impedance of an antenna is important while choosing antenna for communication. A communication system utilizes lossless lemda/2 dipoles as transmitting and receiving antennas. If the input power to the dipole is 1 watt, determine at 900 MHz and a distance of X km the maximum

1) radiation intensity for the transmitting dipole​

Answer 1

Explain why input impedance of an antenna is important while choosing antenna for communication. A communication system utilizes lossless lemda/2 dipoles as transmitting and receiving antennas. If the input power to the dipole is 1 watt, determine at 900 MHz and a distance of X km the maximum

1) radiation intensity for the transmitting dipole​Explain why input impedance of an antenna is important while choosing antenna for communication. A communication system utilizes lossless lemda/2 dipoles as transmitting and receiving antennas. If the input power to the dipole is 1 watt, determine at 900 MHz and a distance of X km the maximum

1) radiation intensity for the transmitting dipole​Explain why input impedance of an antenna is important while choosing antenna for communication. A communication system utilizes lossless lemda/2 dipoles as transmitting and receiving antennas. If the input power to the dipole is 1 watt, determine at 900 MHz and a distance of X km the maximum

1) radiation intensity for the transmitting dipole​Explain why input impedance of an antenna is important while choosing antenna for communication. A communication system utilizes lossless lemda/2 dipoles as transmitting and receiving antennas. If the input power to the dipole is 1 watt, determine at 900 MHz and a distance of X km the maximum

1) radiation intensity for the transmitting dipole​Explain why input impedance of an antenna is important while choosing antenna for communication. A communication system utilizes lossless lemda/2 dipoles as transmitting and receiving antennas. If the input power to the dipole is 1 watt, determine at 900 MHz and a distance of X km the maximum

1) radiation intensity for the transmitting dipole​Explain why input impedance of an antenna is important while choosing antenna for communication. A communication system utilizes lossless lemda/2 dipoles as transmitting and receiving antennas. If the input power to the dipole is 1 watt, determine at 900 MHz and a distance of X km the maximum

1) radiation intensity for the transmitting dipole​Explain why input impedance of an antenna is important while choosing antenna for communication. A communication system utilizes lossless lemda/2 dipoles as transmitting and receiving antennas. If the input power to the dipole is 1 watt, determine at 900 MHz and a distance of X km the maximum

1) radiation intensity for the transmitting dipole​Explain why input impedance of an antenna is important while choosing antenna for communication. A communication system utilizes lossless lemda/2 dipoles as transmitting and receiving antennas. If the input power to the dipole is 1 watt, determine at 900 MHz and a distance of X km the maximum

1) radiation intensity for the transmitting dipole​Explain why input impedance of an antenna is important while choosing antenna for communication. A communication system utilizes lossless lemda/2 dipoles as transmitting and receiving antennas. If the input power to the dipole is 1 watt, determine at 900 MHz and a distance of X km the maximum

1) radiation intensity for the transmitting dipole​

Answer 2

Answer:

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