CTX50-4P Inductors, Coils, Chokes

Arrays

The CTX50-4P array is a square array comprised of four independent phases. Each of these four phases contains a pair of dipole antenna elements. The array elements contain a vertical radiator and a reflector which is used to direct the radiation from the antenna in a particular direction, allowing for a maximum gain of 4dB.

The array elements are spaced at a distance of two masts and the spacing between the elements varies, depending on the frequency of operation and the layout of the array. The array has three main advantages that make it an ideal choice for applications requiring a high gain and wide coverage. These include its high gain, wide bandwidth, and low power consumption.

Signal Transformers

The CTX50-4P array also contains four signal transformers. These signal transformers are responsible for taking the signal from the antenna components and transferring it into a usable form. The transformers take the RF signals from the antenna elements, convert them to the electrical current, and then output the signal to the intended receiver. The transformer design of the CTX50-4P array enables it to provide a high gain and wide coverage with a low power consumption.

Working Principle

The working principle of the CTX50-4P array is similar to that of an ordinary antenna. The antenna\'s radiation pattern is determined by its physical layout and the power input to the dipole elements. This power is then transmitted to the signal transformers, which change the signal into a usable form. The transformed signal is then directed to a receiver. The receiver then converts the signal back to the desired signal format.

The CTX50-4P array provides a high gain and wide coverage with low power consumption, which makes it an ideal choice for applications requiring a long-distance transmission. The array design also allows for the radiation pattern to be adjusted to suit the specific requirements of each application. This makes the array ideal for applications such as radio communication, television broadcasting, navigation systems, and telecommunications.