ANT-GPS-UC-SMA

RF Antennas

Radio Frequency (RF) antennas are essential components of any wireless communication system. They convert the RF signal into an electromagnetic wave that can be transmitted over a distance. In order to maximize transmission efficiency, RF antennas need to be designed to effectively capture and direct radio signals. There are several types of RF antenna available on the market that are used for specific applications.

ANT-GPS-UC-SMA Antenna

The ANT-GPS-UC-SMA antenna is a small-sized antenna that is used for Global Positioning System (GPS) and geographically distributed short-range wireless applications. It is a directional antenna with a frequency range of 824-960 and 1710 MHz-2.4 GHz. It is designed to receive and transmit radio signals in the GPS band and offers a gain of 8-11 dBi. The SMA connector allows for easy installation and connection to GPS receivers.

Application Fields

ANT-GPS-UC-SMA antennas can be used in various applications, such as:

• Automotive navigation systems
• Aviation navigation systems
• Personal navigation systems
• Marine navigation systems
• Satellite uplinks and downlinks
• Wireless networks

Working Principle

ANT-GPS-UC-SMA antennas work by converting incoming radio signals into electrical signals. The electrical signals are then amplified and converted into electromagnetic waves. The signals are then transmitted outwards in a directional way. When the signals reach the receiver antenna, they are converted back into electrical signals which are then sent to the receiver.

The directionality of the ANT-GPS-UC-SMA antenna is important as it ensures that the signals are concentrated in a particular direction, increasing their distance and strength. Additionally, the gain of the antenna ensures that the received signals are strong enough to be processed without any disruption or loss.