CPL-5217-10-TNC-79

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The CPL-5217-10-TNC-79 is a high-performance RF directional coupler. It is designed for applications in the DC to 10 GHz frequency range. The device utilizes an innovative coupling network to provide very tight coupling, low insertion loss, and high directivity.

It has a wide range of applications, including measuring forward and reflected power, signal manipulation, and signal switching. The coupler can also be used in frequency selective measurements, such as VSWR, return loss, isolation, amplitude and phase balance, among many others.

The working principle of the CPL-5217-10-TNC-79 is based on the principle of RF coupling, where the input signal is divided between two ports. One port is used as the output port, and the other port is used for either the reflected power measurement or the isolation port. The input signal is divided by a 3 dB coupler, and the output port is connected to the output measuring equipment.

The reflected power port is also connected to the measuring equipment, and the reflected signal is measured directly or through a reflection bridge. This allows for precise measurements of power at different incident angles. In addition, the isolation port can be used to reject unwanted signals.

The CPL-5217-10-TNC-79 is a highly accurate and robust RF directional coupler. It features excellent performance over a wide range of frequencies, with low loss, low return loss, and wide bandwidth. It is ideal for a variety of applications, such as power monitoring, signal switching, and signal manipulation.

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