PWD-5514-T2-TNC-79

RF Power Dividers/Splitters, also known as RF splitters, are active components that specialize in splitting energy from a signal into multiple pathways. The PWD-5514-T2-TNC-79 is a popular example of an RF Power Divider/Splitter, combining performance, reliability and ease-of-use to create a product that is well-suited for a variety of applications.

The PWD-5514-T2-TNC-79 RF Power Divider/Splitter is a four-way, 500/5000 MHz device that utilizes a binary combination technique to ensure equal splitting of energy between the four output paths. It is designed for use in cellular, PCS, LTE, or WiMAX base station systems, and its -20dB port isolation makes it suitable for use with both receiver and transmitter applications.

In terms of application fields, the PWD-5514-T2-TNC-79 RF Power Splitter can be used in a variety of scenarios. Its combination of high power handling, wide frequency band, and -20dB port isolation allows it to be used in radar, missile guidance, and telemetry applications. It is also suitable for use in WLAN, Bluetooth, and WiMAX systems. Additional applications include antenna switching, base station duplexers, dual receiver feeds, and quad receiver feeds.

The working principle of the PWD-5514-T2-TNC-79 RF Power Divider/Splitter is based on an integrated circuit which contains high impedance elements (lossless elements) connected in a binary fashion. This IC effectively isolates the primary input from the output ports, and results in a reduced insertion and return loss. The elements are constructed from metal mesh and polymer boards, which allow for high isolation between ports. This allows for the equal splitting of electric power between the four output ports.

Overall, the PWD-5514-T2-TNC-79 RF Power Divider/Splitter is a dependable and versatile product that is suitable for use in a variety of scenarios. Its combination of -20dB port isolation, wide frequency band, and high power handling makes it ideal for use in both transmit and receive applications. Moreover, its binary technique of splitting energy enables it to provide equal power to each of its output ports.