PWD-5526-T2-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-5526-T2-NNN-79 is an RF Power Divider/Splitter, with its main purpose being to divide input power and send it to multiple outputs, while usually maintaining a certain impedance level. It is mainly used in radio and television broadcasting, satellite communication systems, navigation systems and wireless communication systems. In addition, they can be used in measuring and testing systems, as well as in antennas and both active and passive phased array radars.

The PWD-5526-T2-NNN-79 is a type of 3-way divider/splitter, meaning it can divide the input power three different ways, providing three outputs. It is therefore ideal for use situations where the signal has to be transmitted in multiple directions, such as in satellite communications, where signals have to be sent to multiple satellites from the same transmitter. Furthermore, it can also work with an input signal that is of either a higher or a lower power level. So for instance, it can be used with a powerful output transmitter that needs to be split into three weaker signals.

The PWD-5526-T2-NNN-79 has wideband frequency range (from 70 MHz to 8 GHz) with a very low insertion loss (0.25 dB) and high isolation (20 dB) making it highly effective and reliable. It also has the ability to maintain a specified phase and amplitude balance within its stated frequency range.

The working principle of the power divider connector is based on energy sharing. That is, it allows power to be divided across its outputs whilst maintaining the same input impedance on all outputs. This is achieved by connecting a network of impedance-transforming components that convert the input impedance to the desired impedance levels. This process is known as impedance matching, and this is done using a combination of inductors, capacitors, and resistors. The resultant output impedance is always used for all outputs in order to ensure that the impedance level on all outputs remains equal.

The PWD-5526-T2-NNN-79 also has excellent repeatability and temperature compensation characteristics. It also has low return loss and low intermodulation distortion, which makes it ideal for use in sophisticated systems where precise parameters are required.

In conclusion, the PWD-5526-T2-NNN-79 is an ideal solution for the division of power for applications such as satellite communication and radio/television broadcasting. It has a wideband frequency range combined with low insertion loss, high isolation, repeatability, temperature compensation, and low return loss and intermodulation distortion.

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