TANGO28/0.1M/IPEX/S/S/35

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RF antennas are electromagnetic structures used to transmit or receive electromagnetic waves over a certain frequency range for use in a variety of applications. The TANGO28/0.1M/IPEX/S/S/35 antenna is a high-performance RF antenna that connections are particularly suited for demanding applications. It is suited for use in a range of applications that required reliable and efficient data transmission in places such as Wi-Fi hotspots, retail stores, and military applications.

The TANGO28/0.1M/IPEX/S/S/35 antenna is an IPEX Series antenna with a 0.1m cable, which has a frequency range of 2.4-2.5GHz. It features high gain, wide Bandwidth, and superior impedance matching. The antenna has an omnidirectional radiation pattern, making it suitable for applications with multiple data streams that require uniform reception. Additionally, the antenna is SMA/SMA/35 compatible.

The working principle behind the TANGO28/0.1M/IPEX/S/S/35 antenna is that it acts as a transducer, converting the radio frequency (RF) electrical energy signal from the transmitter into an electromagnetic wave. The energy in the wave then propagates through space to the receiver, where it is recovered and converted back into an electrical current.

The TANGO28/0.1M/IPEX/S/S/35 antenna is suitable for a variety of applications, ranging from Wi-Fi hotspots to retail stores and military applications. It is suitable for applications where reliable data transmission is required, such as in Wi-Fi hotspots. Additionally, because the antenna has a wide radiation pattern, it is suitable for applications that require uniform reception, such as in retail stores. Furthermore, the antenna is particularly suited for military applications because of its high gain and wide bandwidth.

In conclusion, the TANGO28/0.1M/IPEX/S/S/35 antenna is a high-performance RF antenna particularly suited for use in demanding applications such as Wi-Fi hotspots, retail stores, and military applications. It is capable of transmitting or receiving data at a range of frequencies and with a wide radiation pattern. The working principle behind the antenna is that it acts as a transducer, converting the RF electrical energy signal from the transmitter into an electromagnetic wave, which propagates through space to the receiver.

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