HDH-12820CID(40)

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RF Directional Coupler is an important component of any radio frequency (RF) system. It is essentially a device used to couple or decouple (connect or disconnect) selected parts of an RF system, allowing multiple sections of the radio frequency system to be independently and selectively operated. The HDH-12820CID(40) is one such device, specifically designed for use in commercial and industrial applications, that offers superior performance and reliability.

The HDH-12820CID(40) is a RF Directional Coupler with a high Q factor, providing superior isolation between outputs and input. It accommodates a wide range of frequencies, from 450 MHz to 6.5 GHz, and can be used in various applications, such as broadcast and cellular telephones, military communications systems, television transmitters/receivers, radiotelephone communications, base stations, microwave networks, and more. Its design also allows it to be used in high-power systems, providing improved linearity and control.

The HDH-12820CID(40) is designed with a calibrated directional coupler which offers a flat frequency response over a wide range of frequencies, with low insertion loss and high isolation. It has an exceptionally fast recovery time, enabling quick adjustments to correct for changes in the RF environment. Furthermore, the HDH-12820CID(40) is also designed to be extremely lightweight and compact, allowing it to be placed in multiple locations without taking up too much space. Its sturdy construction also makes it suitable for a variety of different conditions and environments, such as extreme temperatures, vibrations, and more.

In essence, the HDH-12820CID(40) is a versatile, high-performance RF Directional Coupler designed to be used in commercial and industrial applications. Its exceptional features, such as an optimal frequency range, superior isolation and linearity, fast recovery time and durable construction, make it a highly reliable and efficient device. It is well-suited for environments where fast switching, high performance and flexibility are critical, and is perfect for any type of radio frequency system.

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