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RF Amplifiers

The UPC2749TB-A is an RF amplifier designed for use in frequency-sensitive applications. It is a much improved version of the earlier UPC2749A and is a powerful choice for radiocommunication systems, high-definition audio/video transmission, and microwave wireless applications.

This amplifier works by amplifying the RF signal sent through the antenna. It is capable of providing high levels of gain with low noise contributions. The UPC2749TB-A terminates the RF signal and amplifies the power of the input signal. It is designed to operate in a wide frequency range of 5 MHz up to 6 GHz and provides a low noise figure of 2.1 dB at maximum gain.

The amplifier is equipped with a built-in intermodulation distortion (IMD) blocker for rejection of unwanted signal components. This can prevent the reception of signals from high level mobile phones or other sources of intermodulation products, as well as providing greater signal clarity and reliability in environments with high-level EM radiation.

The UPC2749TB-A also incorporates a temperature compensation circuit which helps to reduce distortion and improve the linearity of the amplifier. This is especially beneficial in consumer installations where ambient temperatures can vary drastically. The temperature compensator is set to a baseline of 25°C and can be adjusted to best suit the environment.

The amplifier is capable of operating in a voltage range of 9.6V-25V and has a low power consumption. The power amplifier also features an input current limiter that under heavy load conditions, helps protect the amplifier from damage due to current spikes. It has an operational P1dB of +15dBm, an operating frequency range of 5MHz-6GHz, and a maximum output power of +41dBm.

The UPC2749TB-A is an ideal amplifier for a variety of demanding applications since it is able to provide high gain with low noise contributions. Its low power consumption and ability to protect itself from excessive current all combine to makes it a reliable and cost effective choice for signal amplification.

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