PWD-5526-12-TNC-79

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RF Power Dividers/Splitters are ancillary components to a variety of projects, offering a wide range of applications in today’s interconnected and technology-centered world. The PWD-5526-12-TNC-79 is an example of a power divider, or splitter, designed for a frequency range of 450 to 8200 MHz, with a VSWR of less than 1.5 and an average power of 50 Watts, making it suitable both for commercial and industrial usage. This article will explore the application field of the PWD-5526-12-TNC-79 as well as its working principle.

Applications

RF splitters are used to divide power between two or more ports of a single antenna system. Common applications of the PWD-5526-12-TNC-79 RF power divider include cellular base stations, microwave radio systems, satellite communications, and military or commercial wireless RF systems. By doing so, the power divider allows users to utilize multiple antennas from a single radio or signal source. This can result in improved signal gain, reception range, and frequency coverage.

The PWD-5526-12-TNC-79 is a 12 port device with 12 way power divider into one single port. It is designed to work with directional antennas and is suitable for applications such as Wi-Fi and cellular deployments, as well as various other network configurations. One of the primary benefits of this power divider is its ability to reduce total receive noise at each of the receiving antennas.

The device also contains two female connectors with a connection for each port, meaning that users can run multiple antennas with a single radio source. This enables users to employ multi-path diversity to increase overall system coverage. It also allows users to reduce antenna tower complexity and reduce the total height and wind load forces on the tower structure, making it easier to deploy.

Working Principle

The PWD-5526-12-TNC-79 power divider works on the simple principle of power division. Power enters the device through the input port, and is then split into smaller signals by a network of elements. The internal elements are placed in such a way that the signals are split evenly into the ports, with each port receiving an equal amount of power.

The internal mechanisms of the power divider are highly efficient, meaning that the imposed losses are minimal. The housing of the device is built with dielectric material, giving it an outstanding thermal and durability performance. It is also designed to operate across a wide-temperature range and is highly resistant to vibration and shock.

The PWD-5526-12-TNC-79 is a low cost, reliable, and efficient power divider. Its frequency range and average power mean that it is suitable for a wide range of applications. It is also durable and highly vibration and shock resistant, making it perfect for military or commercial applications. With its low insertion loss and excellent thermal performance, this power divider is an ideal choice for those looking for an efficient and reliable solution.

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