CHARACTERISTICS like lightweight and low power handling capacity, are widely used in communication systems.However, gain and bandwidth are sometimes low and not sufficient in most of the applications. ∴ By MODIFYING the shape, and by using special materials, we can alter the bandwidth and gain of the system.To couple power to a microstrip antenna is as important as the selection of a SUITABLE geometry for a particular application. A variety of FEEDING mechanisms are available for this, such as:Microstrip feedCoaxial feedAperture coupling feed andProximity coupling feed The Proximity coupling feed technique is used for wider bandwidth.It uses a two layer substrate with the microstrip line on the lower layer and the patch antenna on the upper layer. The feed line terminates in an open end underneath the patch as SHOWN:

"> CHARACTERISTICS like lightweight and low power handling capacity, are widely used in communication systems.However, gain and bandwidth are sometimes low and not sufficient in most of the applications. ∴ By MODIFYING the shape, and by using special materials, we can alter the bandwidth and gain of the system.To couple power to a microstrip antenna is as important as the selection of a SUITABLE geometry for a particular application. A variety of FEEDING mechanisms are available for this, such as:Microstrip feedCoaxial feedAperture coupling feed andProximity coupling feed The Proximity coupling feed technique is used for wider bandwidth.It uses a two layer substrate with the microstrip line on the lower layer and the patch antenna on the upper layer. The feed line terminates in an open end underneath the patch as SHOWN:

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Which of the following methods provides the largest bandwidth?

General Knowledge General Awareness in General Knowledge 9 months ago

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Microstrip antennas, because of their CHARACTERISTICS like lightweight and low power handling capacity, are widely used in communication systems.However, gain and bandwidth are sometimes low and not sufficient in most of the applications. ∴ By MODIFYING the shape, and by using special materials, we can alter the bandwidth and gain of the system.To couple power to a microstrip antenna is as important as the selection of a SUITABLE geometry for a particular application. A variety of FEEDING mechanisms are available for this, such as:Microstrip feedCoaxial feedAperture coupling feed andProximity coupling feed The Proximity coupling feed technique is used for wider bandwidth.It uses a two layer substrate with the microstrip line on the lower layer and the patch antenna on the upper layer. The feed line terminates in an open end underneath the patch as SHOWN:

Posted on 16 Nov 2024, this text provides information on General Knowledge related to General Awareness in General Knowledge. Please note that while accuracy is prioritized, the data presented might not be entirely correct or up-to-date. This information is offered for general knowledge and informational purposes only, and should not be considered as a substitute for professional advice.

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