PWD-5533-02-NNN-79

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RF Power Dividers/Splitters are components that split a single input radio frequency (RF) signal into multiple outputs. The PWD-5533-02-NNN-79 is a Wilkinson power divider featuring low isolation and narrowband performance. It is used in systems where good power division and low loss are desired.

The PWD-5533-02-NNN-79 is designed for applications in telecommunication systems between 50-3000 MHz. It offers a wide dynamic range and high linearity for a wide variety of link and system performance requirements. The device also offers high out-of-band rejection, which makes it suitable for applications such as multi-system or multi-band operation.

The power divider is constructed out of copper, and it consists of two 45-degree hybrid couplers, two 90-degree phase shifters, and two high-performance resistors. The copper construction ensures both low loss and low intermodulation distortion. The 45-degree hybrid couplers feed the resistive network and receive the output signals.

The 90-degree phase shifters adjust the incoming signal to the desired amplitude and phase levels. The resistive network divides the input signal into two output signals while providing low insertion loss and excellent return loss. The two high-performance resistors provide precise power division between the two output ports.

The PWD-5533-02-NNN-79 achieves high performance in the 1500-3000 MHz range. It has a low insertion loss of 0.8 dB and an isolation of 20 dB. The return loss of the device is greater than 20 dB, making it ideal for high-performance systems. The PWD-5533-02-NNN-79 is temperature-compensated and is designed to work in extreme temperatures ranging from -20°C to +70°C.

The PWD-5533-02-NNN-79 is designed for applications in which a precise division of power and low loss is desired. The low insertion loss of 0.8 dB and the isolation of 20 dB make it ideal for multi-system or multi-band operation. The wide dynamic range and high linearity ensure that the device provides reliable operation in harsh environmental conditions. The device is also suitable for use in systems in which high out-of-band rejection is desired.

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