RFDA2015

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

A RFDA2015 application field and working principle amplifier is an electronic component that amplifies a weak signal up to a level suitable for use by a subsequent amplifier, receiver, or digital circuitry. It is designed to operate into an antenna or other load with low reflection. Typical input frequency range is from 24 to 28 GHz. The RFDA2015 includes a distributed transformer topology. This amplifier technology has been designed to optimize the heXtal oscillator power supply for the working frequency range.

The RFDA2015 uses capacitors and inductors in a distributed manner to create an ideal low impedance matching from the signal source to the output. It is capable of providing high and low gain amplification over a broad range of frequencies, and is especially suited for systems operating in the millimeter-wave range. The high-frequency amplifier consists of two distributed transformers, and includes several configurable components such as inductors and capacitors. The amplifier’s distributed topology helps to smooth out the response across the entire frequency range, producing a flat gain characteristic and a low noise figure.

The RFDA2015 is a low-power amplifier that offers up to 8 dB of power gain. It is suitable for applications from 24 to 28 GHz and can amplify signals up to 7 dBm. It features a low noise figure and high linearity, making it an ideal choice for systems operating over the millimeter-wave range. It also provides good protection against overloads and has a wide bandwidth of operation.

The RFDA2015 amplifier utilizes two topologies to maximize output power and optimize linearity. The high frequency topology uses two distributed transformers along with several configurable components such as inductors and capacitors. The low frequency topology uses an impedance matching network to match the source and load impedances while maintaining linearity and power gain. This approach allows for maximum power gain while maintaining an acceptable noise figure and providing adequate protection against overloads.

The RFDA2015 is also equipped with a monitor port which allows for real-time power measurements, as well as temperature sensing. This feature allows the amplifier to dynamically adjust its output power based on the temperature sensed. This helps to keep the system operating within the required specifications.

In conclusion, the RFDA2015 amplifier is an ideal choice for applications operating in the millimeter-wave frequency range. It provides high linearity with low noise, wide bandwidth, and a low-power design. It also features temperature sensing, as well as a monitor port for real-time power measurements. Its distributed topology helps to achieve a flat gain characteristic across the entire frequency range, making it an ideal solution for a wide variety of RF applications.

The specific data is subject to PDF, and the above content is for reference