QuinStar Technology, Inc. Datasheets for RF Waveguide Amplifiers
RF waveguide amplifiers accept a varying input signal and produce an output signal that varies in the same way, but with a larger amplitude.
RF Waveguide Amplifiers: Learn more
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QuinStar Technology offers a complete line of amplifier subsystems for use in virtually any millimeter-wave subsystem for communication, radars, sensors and specialized instruments. In addition to many standardized models, customized... | |
QuinStar Technology’s series QGJ broadband high gain general purpose amplifiers are ideally suited for very wide band amplification. The amplifiers are offered with nominal gains in 13-40 dB range, and... | |
QuinStar Technology’s series QGN amplifiers are ideally suited for most common applications requiring high RF gain over a relatively narrow bandwidth. The amplifiers are offered with nominal gains of 20... | |
QuinStar Technology’s series QGW broadband general purpose, high gain-amplifiers are ideally suited for power amplification over a wide bandwidth with gain and output power to suit virtually any application in... | |
QuinStar Technology’s series QLW low noise amplifiers utilize advanced MMICs and discrete devices for state-of-the-art noise performance in the 2-110 GHz frequency range. The majority of these amplifiers offer greater... | |
QuinStar Technology’s series QPI power amplifiers provide state-of-the-art high power performance in the 18-75 GHz frequency range. The standard amplifier products are offered with either a coaxial connector or waveguide... | |
QuinStar Technology’s series QPJ power amplifiers offer state of the art power performance in the 0.5-18 GHz frequency range. A wide range of gain values is offered for significantly high... | |
QuinStar Technology’s series QPN power amplifiers utilize advanced Millimeter wave Monolithic Integrated Circuits (MMICs) and discrete devices for state-of-the-art power performance up to 4 GHz bandwidth in the 18-95 GHz... | |
QuinStar’s series QPW power amplifiers utilize advanced MMICs and discrete devices for state-of-the-art CW power performance in the 16-95 GHz frequency range with minimum bandwidth of 5 GHz. The standard... |