CPL-5232-20-NNN-79

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

RF Directional Coupler application fields and working principles are one of the most important topics in the field of radio frequency technology. The CPL-5232-20-NNN-79, is a directional coupler, which is used for measuring forward and reflected power in a radio transmission system. The directional coupler is typically used for checking system impedance, attenuation, frequency, and input power levels.

The CPL-5232-20-NNN-79 is designed for applications requiring low insertion loss, high return loss, minor amplitude and phase unbalance, and excellent VSWR performance. It is rated at 20 dB, and has an RF connector type of N type female. The maximum operating frequency is 5 GHz.

CPL-5232-20-NNN-79 Directional Coupler working principle is based on the decomposition of the main power of the forward wave (FWD) and the reflected wave (REF). Two hybrid circuits are used to separate the inbound and outbound waves into four signals. The four signals are the forward wave (FWD), the reflection wave (REF), the output port wave (OUP) and the isolation (ISO) wave. The directional coupler is designed to be connected in series with the main power line to measure the forward and reflection. The directional coupler offers accurate and uniform impedance matching between the source and antenna.

Therefore, the directional coupler can measure the forward and reflected power in a transmission line accurately. It has a very low insertion loss, high return loss, and excellent VSWR performance. The directional coupler provides an incident and reflection portrait of a communication system. This can be connected with a RF power meter to measure the forward and reflected power in the line.

The directional couplers are generally used in many communication systems such as Wi-Fi, GSM, CDMA, Bluetooth, TV transmitter and receiver systems, satellite communications, and fiber optics. In addition, they are used in measuring systems, measurement of the output of active antennas, RF oscillators, and transceiver test because of their low power loss, high return loss, and excellent VSWR performance. They can also be used to visualize the RF spectral components of each sub-system.

Thus, CPL-5232-20-NNN-79 Directional Coupler is designed for applications requiring low insertion loss, high return loss and excellent VSWR performance. It is extremely useful in providing an accurate portrait of the communication systems. Using its power separation capabilities, it can be used for measuring the forward and reflected power in a transmission line, and also for measuring the output of active antennas, RF oscillators, and transceiver test. It provides the performance and reliability that make it suitable for use in a wide variety of communication system applications.

The specific data is subject to PDF, and the above content is for reference