EXC395SM

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RF Antennas are essential components of electronics, as they enable wireless communication. EXC395SM is a High Gain Yagi Antenna, which is used in various application areas. This article discusses the EXC395SM application field and its working principle, in order to provide a better understanding of the antenna.

The EXC395SM is an IP67 water resistant yagi antenna that has a VHF/UHF frequency range of 300 MHz-800 MHz. This antenna is typically used for communication systems that require long-distance, high-frequency signals. The antenna has an operating temperature range of -40°C to +65°C, making it suitable for harsh environmental conditions. Additionally, its aluminum housing ensures it is corrosion-resistant and durable. The antenna also features an efficient ground plane, reducing the losses and enhancing the range.

The EXC395SM is designed with two main application fields: Automotive and Telemetry/Data Link Networking. For automotive use, the antenna is commonly used in remote keyless entry systems, vehicle theft prevention systems, and vehicle identification systems. These systems require secure and reliable communication and thus depend heavily on the quality of the antenna. In telecommunications, the EXC395SM is used for point to point and point to multipoint communication links. More specifically, these antennas are typically used in critical wireless link solutions such as police/ fire/ ambulance/ taxi networks and WiFi/WiMAX access points.

The EXC395SM antenna’s working principle is based on the elements that compose it. These components are the dipole elements, driven elements, reflector elements, director elements, and the balun. The dipole elements are responsible for receiving the signal, while the driven element amplifies it. The reflector elements redirect the signal, amplifying the gain of the antenna. The director elements limit the radiation pattern, further increasing the gain and nullifying undesired lobes. The balun then converts the antenna’s standing waves into traveling waves. This process increases the directivity of the antenna and ensures that the signal is directed towards the desired target.

In conclusion, the EXC395SM is a long-range, high-gain antenna suitable for the automotive and telemetry/data link networking industries. Its robust design and efficient working principle make it an attractive choice for secure and reliable communication systems. Additionally, its IP67 water resistance, durability, and operating temperature range make it ideal for harsh environmental conditions. Thus, providing a reliable and secure communication solution, the EXC395SM is a great choice for the automotive and data link networking industries.

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