MIKROE-2350

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RF antennas are often used in a variety of applications, from broadcasting to cellular, Wi-Fi, and other wireless communication. While some antennas are designed for long-range transmissions, others are designed for short-range, or localized applications. The MIKROE-2350 is a unique antenna that covers an expanded frequency range of 2.3-2.5 GHz (2.3-2.5 GHZ), and has been specifically designed for use with short-range applications.

The MIKROE-2350 is a directional parabola antenna, which provides high gain over its frequency range. This feature allows for increased range and greater signal penetration through walls and other obstructions. The antenna is also relatively small, measuring just 7.5" in diameter and 0.8" in height, making it suitable for a variety of applications.

The MIKROE-2350 operates at a maximum power output of 5 watts, making it ideal for short-range applications and low-power wireless communication. It is also designed to be low-loss for better efficiency. The antenna has a beam width of 10° in the vertical plane, and 30° in the horizontal plane, allowing for more precise directional control.

One of the primary applications of the MIKROE-2350 is in short-range wireless communication, such as Wi-Fi, Bluetooth, and other short-range protocols. The antenna can also be used in wireless data transmission, such as the deployment of long-range networking systems or for data transfer in remote areas. Additionally, the antenna can be used in a variety of wireless monitoring applications, where its directional nature can be used to detect and avoid signal interference.

When it comes to working principle, the MIKROE-2350 is very simple. Much like all other directional antenna designs, the MIKROE-2350 works by amplifying signals at certain frequency bands in a specific direction. The amplifying properties of the antenna are what give it its increased signal range, and why it is so well suited to short-range applications.

The way the antenna works is by energizing the signal as it passes through the conductive patch or surface of the antenna. This is called inductive coupling, and it produces a small voltage, or current, as the signal travels through the antenna. This voltage or current is amplified, and the signal is then directed out in a specific direction. This directed energy is what allows the antenna to provide the increased range and signal penetration that make it so useful.

The MIKROE-2350 is a great tool for those looking for a directional antenna that is specifically tailored for short-range applications. The antenna is relatively small, and its directional nature gives it the ability to penetrate obstructions better than other antennas. Additionally, its frequency range makes it ideal for applications such as Wi-Fi, Bluetooth, and other short-range protocols.

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