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dervast
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Hi. Yesterday i have had a strange question.. why can't we use squared pulses in antennas? What kind of pulse can we use in antennas?
Thx a lot
Thx a lot
dervast said:Hi. Yesterday i have had a strange question.. why can't we use squared pulses in antennas? What kind of pulse can we use in antennas?
The electromagnetic spectrum is a shared resource. That's why there are regulations about what frequencies are used for what, and how much power can be used with what kinds of modulations in different windows in the EM spectrum.dervast said:Thx a lot vanesch i have found your answer really interested.. I am wondering what do u mean by syaing that some square pulses will pollute ? Can u explain me this please?
Squared pulses and antennas refer to a type of signal and corresponding device used in wireless communication. A squared pulse is a type of digital signal that consists of a series of short pulses with equal amplitude and duration. An antenna is a device that is used to transmit and receive electromagnetic waves, including squared pulses, for communication purposes.
Squared pulses and antennas are used in wireless communication to transmit and receive information over a distance without the use of physical wires. Squared pulses are used to encode data, and antennas are used to transmit and receive these signals to and from other devices, such as cell phones or Wi-Fi routers.
There are several advantages to using squared pulses and antennas in wireless communication. One advantage is that squared pulses are digital signals, which means they can be easily processed and decoded by electronic devices. Additionally, antennas are relatively small and can be placed in various locations, making them useful for communication in different environments.
Squared pulses and antennas are used in a variety of applications, including wireless internet, cellular communication, and satellite communication. They are also used in remote control devices, radar systems, and Bluetooth technology.
One limitation of using squared pulses and antennas is that they are susceptible to interference and noise, which can affect the quality of the signal. Additionally, the range of squared pulses and antennas is limited, so they may not be suitable for long-distance communication without the use of repeaters or amplifiers.