EXB164BN

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RF antennas have been around for a long time, providing the means to transmit and receive radio signals from a point in space. With advances in technology, antennas have been miniaturized and made more complex, with numerous applications across virtually all points of the electromagnetic (EM) spectrum. The EXB164BN is one such antenna, a highly advanced antenna specialized for measuring the EM field in areas where more traditional types of antennas are too bulky or not suitable for the operating environment.

The EXB164BN is a 4-element, horizontally polarized, omni-directional beam antenna, designed to measure EM signals in the frequency range of 26 to 1000 MHz. With a frequency range of almost 40:1, the EXB164BN is a versatile antenna that can measure signals in a wide variety of applications, from cell phone base stations to short-range wireless communication networks. As a beam antenna, the EXB164BN can be used to measure very focused and specific EM signals, such as those from a single device or from a particular area. By operating in this narrow frequency range, the EXB164BN is able to provide precision measurement capabilities, allowing for quick and accurate estimates of the local EM field.

The EXB164BN is based on an active 4-element array design, with two vertical dipole elements and two horizontally polarized circular elements combined to create a unified antenna pattern. Each element has an integrated low noise amplifier, allowing for improved gain across the operating frequency range. The antenna’s shape and design also allow it to remain omni-directionally stable over the entire range, meaning it can take measurements from any direction.

The working principle of the antenna is simple, though highly effective. As an incoming EM wave passes through the antenna, the various elements absorb and reflect some of its power. The antenna then converts this power into an electrical signal, which is then amplified and sent back to the point of origin. This process is repeated, allowing for the injection of the signal back into the antenna, and providing an amplified representation of the EM field being measured.

From a technical perspective, the EXB164BN is a highly advanced antenna that provides an unparalleled level of flexibility and precision in measuring EM signals. Its versatility and low profile makes it ideal for a wide range of applications, including wireless communication networks, environmental monitoring, and many more. With its impressive gain, the EXB164BN can take accurate measurements even in areas where more traditional antennas are too bulky or not suitable for the operating environment.

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