If you need an amplifier, [Hans Rosenberg] has some advice. Don’t design your own; grab cheap and tiny RF amplifier modules and put them on a PCB that fits your needs. These are the ...

Modern DAE techniques combined with component modeling and sound engineering judgment have changed linear RF amplifier design from an art to a science. When reliable S-parameters are available for the ...

If you’re planning on working satellites or doing any sort of RF work where the signal lives down in the dirt, you’re going to need a low-noise amplifier. That’s typically not a problem ...

By integrating Guerrilla RF’s GRF5509 high-performance amplifier, the Impinj E family based RAIN RFID reader module reference design with Impinj Gen2X support delivers the highest possible ...

There are four vital considerations in any discrete RF amplifier design: the choice of the active device, the input and output impedance-matching network, the bias circuit, and the physical layout.

Noise analysis is very important in many analog and RF receiver circuit design since the received signals are very weak. In case of differential amplifiers the noise appear as common mode signal and ...

The aim is to provide an introduction to the theoretical and practical aspects of RF and microwave circuit design. This includes a detailed study of RF transistor amplifier design, covering RF ...

The aim is to provide an introduction to the theoretical and practical aspects of RF and microwave circuit design. This includes a detailed study of RF transistor amplifier design, covering RF ...

The CC-202IP Cell, can be cascaded to form a multistage RF amplifier/LNA/Filter. The CC-202IP cell, possessing a single cell gain of 30dB with a phase noise of 1.3nV per root Hz (rms) , can be ...