PLC1666

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

The PLC1666 is a type of RF antenna commonly used in applications which require long range vehicle detection or other applications of RF communication. It is also referred to as a “pocket cell” antenna. This antenna, designed by EMF Research, is made of an omni-directional dipole pattern with two robust and powerful north-south radiation elements. This antenna is well known for its superior performance in both reception and transmission. It has a high gain and wide bandwidth enabling it to transmit signals with a long range.

The working principle and application fields of the PLC1666 are both related to its wireless communication capabilities. The antenna works by transmitting and receiving radio frequency (RF) signals from the environment. It is capable of receiving signals from various sources including land based, naval, and satellite communication systems. This enables the device to utilize a wide variety of wireless communication protocols. Additionally, it can be used in a variety of applications including distance ranging, angle of arrival (AOA) detection, and signal processing.

The most notable application of the PLC1666 is in vehicle detection systems. This antenna is typically used in conjunction with transceivers to detect incoming vehicles and to provide the system with the necessary data to coordinate vehicle detection. This type of system is used to monitor vehicle locations and provide automated traffic control for cities and highways.

The working principle of the PLC1666 is based on the RF propagation. It is designed to receive, transmit, and amplify RF signals based on the frequencies. The antenna is capable of receiving signals from various sources such as land based, naval, and satellite communication systems. It amplifies the signals and transmits them to the transceivers which detect the incoming vehicle.

The PLC1666 is an important component of many RF based applications. It is commonly used in vehicle detection systems, distance ranging, angle of arrival (AOA) detection, and signal processing. It is well known for its superior performance in both reception and transmission. Its high gain and wide bandwidth enables it to transmit signals with a long range. It is a reliable and effective device for any application which requires the use of RF communication.

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