ARA200A1H

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High Frequency (RF) Relays are electromechanical devices designed to control the connection of multiple circuits, such as antennas, audio/video signals, or power transmission. They are used to switch between different signal sources, adjust gain, and control signal propagation. The ARA200A1H is a special type of high frequency relay that is specifically designed for high power applications.

The ARA200A1H has a nominal operating voltage of 25 volts and a maximum operating voltage of 50 volts. It has a maximum operating current of 1.5 amps and a maximum power rating of 36 watts. The ARA200A1H is designed for use in high power applications that require both a low amount of power dissipation and a high switching frequency. It can switch frequencies up to 5 gigahertz. It is designed to provide low signal loss, high isolation levels, and consistent performance.

The ARA200A1H utilizes a single moving contact, which is actuated by a magnetically induced force generated by the voltage applied to the control coils. The magnetically induced force is on/off and cannot be tuned, so the ARA200A1H is a non-tunable relay. The moving contact is made from a ferromagnetic material, which increases its ability to withstand the high frequency fields associated with this type of relay.

The ARA200A1H is designed for high power applications, such as amplifying broadband signals in wireless communications, and for other high power needs, such as creating antenna systems or switching high-powered signals. It is a popular choice for broadcast applications, such as digital TV broadcast switching or antenna switching systems. It is also used to switch data signals or audio/video signals between multiple sources.

The ARA200A1H is a versatile and reliable high frequency relay. It is easy to use due to its simple single moving contact design. It\'s low cost, high power rating, and high isolation levels make it an attractive choice for high-power applications. The ability to switch frequencies up to 5 gigahertz makes it a great option for amplifying broadband signals in wireless communications. Its durable ferromagnetic contact makes it a great option for long-term projects.

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