Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

WT30-AT002 Antenna Application Field and Working Principle

Wireless cell phone technology has become an important aspect of today’s society. Advances in this technology have allowed people to stay connected all over the world. The WT30-AT002 has been designed to enable these connections to take place easily and reliably. This paper will discuss the application field and working principle of the WT30-AT002 antenna.

Application Field

The WT30-AT002 antenna, also known as the Wide-Band 3D Antenna, is designed for cellular and/or PCS applications. It is an ultra-low profile, low gain antenna with a low angle of radiation that is capable of being mounted directly to the chassis of wireless or cellular equipment. This antenna has a broad frequency bandwidth and is designed to reduce signal reflection and enhance reception even when the signal is weak. It is ideal for use with Wi-Fi, GPS, and VHF/UHF applications as it offers impressive gain with very little interference.

The WT30-AT002 antenna is particularly useful for mobile applications, as it is designed to withstand the rigors of vibration and movement and it also helps improve the signal strength in areas that have numerous barriers to signal reception. Additionally, this antenna is often used in Automotive and Automated Manufacturing applications, as it can operate reliably in hostile environments and is also capable of withstanding high temperatures.

In addition to its wide range of applications, the WT30-AT002 antenna is also designed to be aesthetically pleasing. With its low-profile design, it is ideal for a professional environment while still providing the necessary performance. This antenna is also available as an integrated system, which provides a single unit that integrates antenna and signal amplification technologies. This makes it possible to take the desired features from the WT30-AT002 antenna and combine them into one unit.

Working Principle

The WT30-AT002 antenna operates using an omni-directional principle to provide a low angle of radiation. The antenna is designed to send and receive signals in all directions, allowing for improved signal coverage in areas that have multiple obstacles. This is achieved by having the antenna take in the signals from all directions before sending them in a concentrated beam back to the associated source.

The antenna also uses a directional receiving principle to provide signal gain in the specified frequency band. This is accomplished by using two antenna elements that are connected in an array and mounted at an angle. The angle of the antennas is designed to take into account the position of the signal source, as well as the obstacles that may be present in the area. The two antennas are then connected and the signal is sent in a single direction, which allows for improved signal gain.

The WT30-AT002 antenna also utilizes high-performance amplifiers to boost the signal. This allows for reduced signal losses and higher reception in areas where signal reception can be weak. Additionally, this antenna utilizes specialized filtering techniques to minimize interference, which makes it ideal for applications that require reliable performance.

Conclusion

The WT30-AT002 antenna is a high-performance, low-profile antenna, designed for a wide range of wireless and cellular applications. It utilizes an omni-directional radiating principle and directional receiving principle to provide low angle radiation with excellent reception and signal gain, even in challenging environments. In addition, this antenna has a low profile and can be easily integrated into a variety of systems. With its impressive performance and wide range of applications, the WT30-AT002 antenna is an ideal choice for any wireless or cellular application.

The specific data is subject to PDF, and the above content is for reference