W3921B0100

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

RF antennas have become one of the most important aspects of modern communication systems with their widespread applications in mobile communications, navigation, satellite communications, and many other areas. One of the most commonly used and versatile antennas is the W3921B0100. This antenna is widely used in a variety of contexts, ranging from military, scientific, and commercial applications all the way to consumer electronics.

The W3921B0100 is a high-gain, broadband directional antenna with a wide range of frequencies. It is designed to be used with radio frequencies from 824MHz to 2.7GHz, making it suitable for applications ranging from cellular coverage to satellite communications and navigation. This antenna is also capable of operating in both vertical and horizontal polarization, making it suitable for applications in which both horizontal and vertical polarization must be utilized. Additionally, its low VSWR makes it well suited for applications which require very low reflection losses.

One of the greatest advantages of the W3921B0100 is its relatively high gain. At its peak, the antenna can provide up to approximately 13.8dBi of gain, or about 6.6dB above the reference signal level. This high gain makes the W3921B0100 an excellent choice for applications which require a high signal-to-noise ratio, such as wireless internet, broadcasting, and satellite communications. As a result of its high gain, it is also capable of providing very reliable connections over long distances.

The W3921B0100 is also highly efficient. Its efficiency is roughly comparable to that of other popular antennas of the same class, such as the Yagi and Quagi antennas. This level of efficiency means that less energy is required to transmit signals, making it ideal for applications which require very low levels of power consumption or have space-constraints.

The working principle of the W3921B0100 antenna is similar to that of other antennas within the same class. The antenna utilizes the principles of electromagnetic radiation to receive and transmit radio signals within the operating range. The antenna consists of a radiating element and a reflector element which is designed to direct the signal towards the desired direction. The reflector element helps to ensure that the radiation is focused in the desired direction, while the radiating element absorbs energy from the signal and converts it into voltage. This voltage is then converted back into energy by an external circuit, thus allowing for the transmission of data.

The W3921B0100 is suitable for a wide range of applications, including cellular coverage, terrestrial navigation, satellite communications, and wireless internet. Its high gain, efficiency, and wide range of frequencies make it well suited for applications which require reliable connections over long distances. Additionally, its low VSWR, coupled with its ability to operate in both horizontal and vertical polarization, makes it ideal for applications which require very low reflection losses. As a result, the W3921B0100 is one of the most commonly used and versatile antennas available.

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