CPL-5226-20-TNC-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

CPL-5226-20-TNC-79 is a type of RF directional coupler, which is widely used in a variety of applications.

A directional coupler is a passive device that is used to measure power levels in a transmission line. It works by inserting a series of RF elements between two transmission lines, such as coaxial or waveguide, to couple some of the energy travelling in one direction to another one.

These RF directional couplers are usually designed to have a high directivity (ratio of maximum coupled power to maximum power in the forward direction). This high directivity helps minimize the interference and cross-talk in the network. RF directional couplers can also be used to tap a portion of the RF signal for monitoring or measuring purposes and can be used for impedance matching, phase shifting, and other related applications.

The CPL-5226-20-TNC-79 is a cost effective and highly-reliable RF directional coupler with excellent performance in terms of directivity, insertion loss and return loss.

It supports an operating frequency range of 20MHz to 5GHz and is suitable for use in GSM, DCS, 3G and 4G cellular applications. This coupler features a high directivity of 40 dB at 900 MHz, which is more than adequate for most applications. It is also designed with low insertion loss and return loss, so it provides excellent performance with minimal disruption to the transmission line.

The CPL-5226-20-TNC-79 is a very versatile RF directional coupler and can be used in a variety of applications, such as Power Meter, Antenna Systems, W-CDMA, Data and Voice Communications, Automotive Electronics, Network Security Systems, and much more. It is also very easy to install and requires no tools or special wiring.

In conclusion, the CPL-5226-20-TNC-79 is a highly reliable and cost-effective RF directional coupler with excellent performance. It is widely used in a variety of applications, due to its high directivity, low insertion loss and return loss, and ease of installation.

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