MIKE3A/3M/MCXM/S/S/17

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To understand the application field and working principle of MIKE3A/3M/MCXM/S/S/17 RF Antennas, it is important to familiarize ourselves with the technology behind RF Antennas and the various types and configurations available. RF Antennas can be broadly classified into two main types, active antennas and passive antennas. Active antennas are those that use a source of energy, such as electricity, to generate radio waves. An example of this type is the dipole antenna, which is a type of antenna used to transmit radio signals. Passive antennas, on the other hand, do not consume any energy and rely on the reception of radio signals from the atmosphere. An example of this type is the antenna array, which consists of several elements arranged in a particular configuration to increase the antenna’s sensitivity and directivity.Now that we have a basic understanding of RF Antennas, let’s take a look at the MIKE3A/3M/MCXM/S/S/17 RF Antenna. This type of antenna is an example of the active type and consists of a dipole antenna and a parabolic reflector. The dipole antenna is used as the transmitting element and the parabolic reflector is used to focus the radio waves and increase the antenna’s range. The MIKE3A/3M/MCXM/S/S/17 has a maximum gain of 4.2 dB and a frequency range of 1800 MHz to 2500 MHz. This type of antenna is used in a variety of applications, such as for Wi-Fi and Cellular networks, radio broadcasting, and satellite communications.In terms of its working principle, the dipole antenna of the MIKE3A/3M/MCXM/S/S/17 RF Antenna emits radio waves in a specific direction. As these radio waves propagate outward, they will eventually reach the parabolic reflector. The parabolic reflector will collect the radio waves and focus them in a concentrated beam in the specific direction in which it was reflecting them, thus creating a narrower transmission coverage with increased gain. This makes the MIKE3A/3M/MCXM/S/S/17 more efficient than a conventional dipole antenna. Furthermore, the MIKE3A/3M/MCXM/S/S/17 also features an isolation chamber to reduce interference from other antenna systems nearby.In conclusion, the MIKE3A/3M/MCXM/S/S/17 RF Antenna is an example of an active antenna and consists of a dipole antenna and a parabolic reflector. This type of antenna is used in a variety of applications, such as for Wi-Fi and Cellular networks, radio broadcasting, and satellite communications. Its working principle involves a dipole antenna emitting radio waves in a specific direction, which are then collected and focused by a parabolic reflector to create a narrower transmission coverage with increased gain. Furthermore, the MIKE3A/3M/MCXM/S/S/17 also features an isolation chamber to reduce interference from other antenna systems nearby.

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