W3317

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The W3317 is an RF Antenna designed for a variety of applications, including wireless communication systems, radio frequency identification (RFID) systems, and general-purpose RF applications. The antenna has a built-in omnidirectional beam pattern for broad radiation coverage, and its operating frequency range is from 400MHz to 3000MHz. Its radiation patterns are omnidirectional in the horizontal plane, with a 3dB beamwidth of 90 degrees, an axial ratio of 1.5dB, and a gain of 3dBi or better. The antenna also has a low VSWR (Voltage Standing Wave Ratio), typically 1.2:1 or less.

The W3317 is a compact, lightweight antenna that is easy to integrate into mobile or stationary systems. It can be mounted either horizontally or vertically on a flat surface, and its small size allows it to be installed in almost any application. The antenna is also designed to be weather resistant, with a durable plastic housing and stainless steel or aluminum rods for additional durability.

The main advantage of the W3317 is its omnidirectional beam pattern, which provides broad coverage in all directions with minimal power loss. The antenna has a linear, progressive frequency response that ensures uniform performance across its operating frequency range. Its low VSWR also ensures that the antenna is well matched to a transmitter or receiver, providing reliable reception and transmission of signals.

The W3317 is designed to work with a variety of communication systems, including point-to-point RFID, cellular, Wi-Fi, and Bluetooth systems. It can also be used to receive television signals, as well as GPS and AM/FM broadcasts. Its omnidirectional beam pattern makes it ideal for applications where the antennas must provide coverage in all directions, such as wireless surveillance or remote monitoring.

The W3317 has a simple and effective working principle. It is composed of several elements that work together to ensure efficient communication. The antenna itself is composed of a metal rod or dipole that radiates the transmitted or received electromagnetic wave across a broad frequency range. The antenna also has a conductive, metal-coated ground plane that reflects electromagnetic waves at the radio frequency back to the antenna. This process ensures efficient signal transmission and reception.

The W3317 has been successfully used in a variety of communication systems, including cellular, Wi-Fi, Bluetooth, and point-to-point RFID systems. Its compact size, low VSWR, and omnidirectional beam pattern make it an ideal choice for many applications. In addition, its weather resistance and durability make it ideal for outdoor applications.

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