PWD-5532-04-NNN-79

RF Power Dividers/Splitters are devices used to partition a single source signal into multiple output signals, each of which bears some part of the energy of the original input. The PWD-5532-04-NNN-79 is a type of RF Power Divider/Splitter, and this paper will discuss its application field and working principle.

Application Field

The PWD-5532-04-NNN-79 is a 4-way power divider that can be used in a variety of different applications. It is ideal for applications in which the inputs need to be divided into multiple outputs with equal amounts of power. It can also be used in situations where the input signal needs to be split into two different directions. It is also well suited to signal splitting applications in which both the input and the output need to be kept in phase. This power divider can be used in the following applications:

• Cellular communication systems
• Radio navigation systems
• Telecommunications systems
• Broadcasting systems

Working Principle

The PWD-5532-04-NNN-79 is based on a Wilkinson power divider design. It divides input power equally into four separate outputs. It operates on the principle of impedance transformation. In a power divider, the input has an impedance of Z_in, and the outputs have an impedance of Z_out which is a fraction of Z_in. The impedance transformation allows the low Z_in signal to be divided into evenly divided Z_out signals. This power divider operates at an impedance of 50 ohms. It has a maximum input power of 20W, a minimum input power of -32 dBm, and a low insertion loss of 0.4 dB at any frequency.

The PWD-5532-04-NNN-79 is designed to handle a wide range of operating frequencies. It has a continuous operating bandwidth from 10MHz to 8GHz. The maximum isolation between input and output ports is 18 dB and the maximum VSWR is 1.6:1. The device has excellent transmission phase characteristics across its full operating bandwidth.

Conclusion

The PWD-5532-04-NNN-79 is a high-performance 4-way power divider. It has a wide range of applications, from cellular communication, radio navigation, telecommunications and broadcasting systems. It operates on the principle of impedance transformation, and provides excellent transmission phase characteristics over its full operating bandwidth. Its low insertion loss and high isolation make it an ideal choice for a variety of signal splitting applications.