ARN12A4H

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High Frequency (RF) relays are components that are commonly used in electronic communication systems. The ARN12A4H is a high frequency (RF) relay that operates in the 2-10 GHz frequency range. It is designed for applications in the telecom industry, including radio systems, satellite uplink systems, UHF television systems and cellular base station systems. This relay features high isolation between channels and low insertion loss. It provides excellent performance for applications requiring high switching speed.

The ARN12A4H RF relay is a small form factor, high-frequency relay that is designed to be used in a wide range of applications. It operates over a wide frequency band, from 2-10 GHz, and has a typical isolation of 17.5 dB with an insertion loss of 0.7 dB. It is designed to be used in systems such as radio communications, satellite communications, television, and cellular base stations. The maximum switching voltage is 5Vdc and the maximum switching current is 0.5A.

The ARN12A4H utilizes a PIN Diode switching technology. It is operated using an internal voltage control circuit, which is responsible for supplying the required bias voltage to the PIN diode switch in order to achieve switching. When the relay is off, the PIN diode switch is open, and when the relay is turned on, the PIN diode switch is closed, which results in signal transmission through the relay. The typical switching speed of the ARN12A4H is less than 0.25usec.

The ARN12A4H is a very reliable and highly efficient relay that is suitable for a range of applications. It has a low power consumption of 0.3W typical when in operation, and is designed for use in systems that require a switching speed below 0.25usec.

The ARN12A4H RF relay is a cost-effective solution for applications that require a high frequency, low-cost relay. It is designed for use in a variety of applications including radio systems, satellite uplink systems, UHF television systems and cellular base station systems. This relay provides excellent performance with its high isolation, low insertion loss, and fast switching speed, making it a highly desirable choice for these types of applications.

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