CPL-5230-16-NNN-79

Series:	--
Packaging:	Bulk
Part Status:	Active
Coupler Type:	Standard
Frequency:	500MHz ~ 18GHz
Coupling Factor:	16dB ± 1.5dB
Applications:	--
Insertion Loss:	0.8dB
Power - Max:	50W
Isolation:	--
Return Loss:	--
Package / Case:	N-Type In-Line Module
Supplier Device Package:	--

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RF Directional Coupler

The CPL-5230-16-NNN-79 is a high-performance, wide-band, directional coupler designed for RF applications. It offers a wide range of reliable and versatile features to provide precise measurements of complex signals. Thanks to its wide-band capability, the CPL-5230-16-NNN-79 can be used over a wide range of frequencies, from 1 MHz to 6 GHz. The reverse isolation is better than 30 dB from 1 to 3 GHz, and 15 dB at 6 GHz. The CPL-5230-16-NNN-79 is made up of a 3-port directional coupler, which consists of a main port, sample port and coupled port. The ports are connected in a special configuration to ensure that the coupling is ideal. The main port of the coupler allows the input signal to pass through with minimal insertion loss, while the sample port measures the strength and phase difference in the signal. The directional coupler works on a principle of energy conservation. As the electromagnetic wave propagates through the coupler, a fraction of the energy is diverted or "coupled" from one port to another. The amount of energy coupled from one port to another is known as the coupling factor and is expressed as a fraction. The higher the coupling factor, the greater the amount of energy which is diverted. The CPL-5230-16-NNN-79 is ideal for RF applications such as power level and antenna gain measurements, antenna measurements, radiated power measurements, and receiver sensitivity measurements. It is also useful for applications in radar systems, communications, and broadcast systems.The CPL-5230-16-NNN-79 directional coupler is a reliable and versatile device designed for precise measurements of complex signals. Thanks to its wide-band capabilities and excellent reverse isolation, it is an ideal solution for RF applications requiring precise measurements.

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