S142ANNT924

S142ANNT924 is a dual channel RF amplifier module producing high linearity, power, and efficiency that makes it ideally suited for L-band applications. It is a cost effective and highly integrated solution that enables system designers to realize new levels of performance in communication and navigation systems. In addition to its exceptional gain, power, and efficiency, the module also features a wide range of power management features that make it easy to tailor system performance to fit specific applications.

The S142ANNT924 module features two independent amplified RF chains that can be used in a variety of applications. Each chain is capable of delivering a maximum gain of 50dB and a maximum output power of up to 24 Watts. The module also provides a programmable gain control to enable designers to tailor the gain for specific applications. The input impedance of the module is adjustable and the amplifier is capable of producing linearity figures in excess of 60dB. The amplifier can be configured for either single-ended or differential operation and has a wide variety of protection features to protect it from over-current and over-temperature conditions.

The S142ANNT924 is capable of providing high linearity of greater than 70dB as well as a noise figure of 3.0dB and power efficiency of more than 50%. The amplifier is designed to operate with a wide range of input frequencies and is capable of handling input signals up to 1.8GHz. It also has an integrated temperature sensor that allows for monitoring of the ambient temperature surrounding the amplifier.

The S142ANNT924 is ideal for a wide range of applications. Since it is capable of producing high levels of gain and power, it is ideal for high-power applications such as point-to-point communication, radio relay, and Wi-Fi. It is also well-suited for satellite navigation systems, and can be used in combination with other modules for more complex designs. The amplifier module’s power efficiency makes it an ideal choice for applications that demand low power requirements, including base stations and mobile communication networks.