PWD-5522-12-NNN-79

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The PWD-5522-12-NNN-79 is an RF power divider/splitter in which power from a single input is split into multiple outputs. It works by taking the input signal and dividing it into two equal-amplitude signals that are 90 degrees out of phase with each other. These signals are then applied to the two outputs, resulting in a splitting of power.

The PWD-5522-12-NNN-79 is a useful device for many applications, as it is able to divide power from a single input to two outputs with good isolation between each port. This makes it ideal for use as a signal splitter, for antenna sharing, or for distributing signals in a multi-tier network system. Additionally, it can be used in antenna systems to avoid interference between different users.

The PWD-5522-12-NNN-79 is built with precision components that ensure its performance and stability. It is designed to operate in the 95 to 2,500 MHz frequency range with low insertion loss. Its port-to-port isolation is 18 dB in the 0 to 870 MHz range, 15 dB in the 870 to 1,100 MHz range, and 14 dB in the 1,100 to 2,500 MHz range. The phase stability of the device is excellent, with a long-term phase shift of 6 degrees or less over its operating frequency range.

The PWD-5522-12-NNN-79 operates based on the principle of balanced splitting. This method involves inputting the signal at a single port and then dividing it into equal-amplitude, 90-degree out-of-phase signals. A network of filters and resistors then further split the signals into equal-amplitude, 0-degree out-of-phase cosines that are then applied to the two output ports. This splitting process occurs simultaneously with minimal distortion to ensure lossless splitting.

The PWD-5522-12-NNN-79 is a useful device for a range of applications requiring signal splitting, antenna sharing, signal distribution and interference avoidance. Its excellent port-to-port isolation, low insertion loss and high phase stability ensure its performance and reliability, making it an ideal choice for many applications.

The specific data is subject to PDF, and the above content is for reference