CPL-5216-30-NNN-79

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RF Directional Couplers are designed to couple the transmitter’s RF energy from one port into the receiver’s port or to couple the receiver’s energy from one port into a transmitter’s port. The most commonly used type of RF Directional Coupler is the CPL-5216-30-NNN-79. This type of Directional Coupler is designed to couple a common RF frequency range from as low as 2.5 MHz to as high as 6000 MHz.

The CPL-5216-30-NNN-79 Directional Coupler relies on electromagnetic radiation to perform its tasks. As the name suggests, electromagnetic radiation is an oscillation of electric and magnetic fields that propagate through space. When the Directional Coupler receives an RF signal, it couples the energy from the signal into two outputs – one that contains the RF energy that is in-phase with the input signal and one that contains the energy that is out-of-phase with the input signal.

The Coupler’s in-phase port is usually designed as an amplifier port which amplifies the original signal before outputting it. Meanwhile, the out-of-phase port is typically designed to attenuate the original signal. This will allow for the receiver to detect and receive signals that are more accurately amplified and attenuated to the receiver’s preferences.

The CPL-5216-30-NNN-79 Directional Coupler\'s frequency response is designed to be as wide-band as possible. This allows for more accurate coupling of signals over a wider frequency range. The Coupler also has rejection of frequency response in the higher frequency range, making it easier to reject unwanted RF signals.

In addition to amplifying and attenuating signals, the CPL-5216-30-NNN-79 Directional Coupler is also designed to protect the RF equipment from interference. The Coupler is designed to absorb the high-power signals so that the RF equipment does not become damaged. This type of protection is especially important for wireless networks since it helps to reduce the risk of network outages.

The CPL-5216-30-NNN-79 Directional Coupler is most commonly used in wireless networks, such as WLANs, WiFi, CDMA, GSM, and cellular networks. In these networks, the Directional Coupler allows for the RF signals to be coupled into the receiving devices, while also providing protection from RF interference. This helps to ensure that the signals are accurately transmitted to the correct devices, and that the network remains secure and reliable.

In conclusion, the CPL-5216-30-NNN-79 Directional Coupler is a useful RF component that can be used in a variety of applications. It is primarily designed to couple RF energy from one port into another port, while also providing protection from interference and amplifying/attenuating signals. It is most commonly used in wireless networks, and its wide-band frequency response allows for accurate coupling over a wide range of frequencies.

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