2450AT42B100E RF/IF and RFID

RF Antennas

2450AT42B100E is one of the most popular antennas available on the market. It is widely used across various applications, from consumer to industrial products. The 2450AT42B100E antenna is a radiating structure that transmits and receives radio frequency (RF) signals in its operating frequency range of 0.5 to 8GHz. It has a gain of 17 dB, an overall efficiency of 79%, and a VSWR of 1.83:1.

The 2450AT42B100E antenna consists of two parts: an omnidirectional patch for omnidirectional reception and transmission, and a monopole dipole for directional reception and transmission. The patch antenna is made up of four conductive patches arranged in a circle. These patches create a patterned radiation pattern that transmits signal equally in a 360-degree radius. The dipole has two conductive arms that extend beyond the circular pattern to create a directional radiation pattern that can be aimed in a particular direction.

The 2450AT42B100E antenna has a wide range of applications and is used in many different types of products. It is commonly used in wireless communications systems, cellular phone base stations, two-way radios, broadcasting, and remote sensing systems. It is often used in industrial and military applications, as it is capable of operating at a high frequency range. It has also been used for medical and navigation systems.

The working principle of the 2450AT42B100E antenna is relatively straightforward. It operates by converting the transmitted electromagnetic signals into electrical signals. The electrical signals then travel through the antenna and are transmitted and received using the omnidirectional and directional radiation patterns that are created by the patch and dipole elements. The antenna then retransmits the electrical signals that traveled through the antenna by converting them back into electromagnetic waves. This process allows for wireless communication between the transmitting and receiving devices.

Overall, the 2450AT42B100E antenna is a powerful and reliable antenna with a wide range of applications. Its omnidirectional patch and directional dipole elements make it ideal for many different kinds of communication systems. It is capable of operating at high frequencies and is reliable in transmitting and receiving signals. These qualities make it a great choice for many different uses.