ARV10N4H

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RF Switches

A Radio Frequency (RF) switch is often used to select one or more input connections in order to connect them to a single output port. RF switches usually operate in the frequency range from dc to several GHz, depending on the technology used. The RF switch is rapidly gaining popularity due to their minimal insertion losses, low cost and faster switching speeds.

One of the most commonly used RF switches is the ARV10N4H. The ARV10N4H is a four port, highly linear, hermetically sealed, highly linear and low power dissipation solid state switch. It offers a wide range of frequencies from 10MHz to 4GHz. It also has a small footprint and is ideal for applications such as wideband and narrowband applications.

ARV10N4H Application Field

The ARV10N4H is primarily used in a variety of communications and military applications, including military radio, fixed-site radios, public safety, cellular, Wi-Fi, broadcast TV and satellite. It is ideal for any application that requires switching between multiple frequencies, such as selecting a single frequency for a desired signal, or switching between frequency bands for different applications. It can also be used in multi-receiver systems, such as a repeater system or antenna systems.

The ARV10N4H can be used for receiver protection, as it provides isolation between receivers, enabling them to switch between different signals without disturbing one another. It can also be used for multiple input/output signal applications, such as system hubs, where multiple transmit and receive signals are needed.

ARV10N4H Working Principle

The ARV10N4H uses an array of thin-film switches to control the signals. The RF signals are passed through the switch and when certain targeted signals are detected, the switch is activated to change the path of the signal. The signals are then directed to the desired output port. The switching time for the ARV10N4H is only a few nanoseconds.

The ARV10N4H uses low power dissipation and does not require an external DC supply. It is usually operated with TTL signals because of the low power requirements. The ARV10N4H also comes with a wide operational temperature range, and can operate from -353°F (-188°C) to +302°F (+150°C).

Conclusion

The ARV10N4H is an important component for a wide range of radio communications and military applications. It allows for frequencies to be quickly and easily switched between different inputs or signals. The low power dissipation and low cost make it an attractive option for many applications. The ARV10N4H is a reliable and efficient switch that offers high linearity, hermetic sealing, and a wide temperature range.

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