Gated amplifiers for data processing in space
Electronic amplifier for data processing in space
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Electronic amplifier for data processing in space
Spacecraft transponder with reentrant mode TWT AMPLIFIER
IR GaAs laser amplifier with gains as high as 2000, output powers of 150 mw and saturation occurring with current increase at low light levels
Development of 20-watt integrated oscillator amplifiers
Static and dynamic characteristics of pressure controlled fluid jet amplifiers
Automatic measurement of gain and zero drift characteristics of dc amplifier
Design, construction, and testing of photomultiplier tube amplifier-discriminator system
Two-phase analog infinite input impedance high stable gain fluid amplifier
Low noise amplifier design with field effect transistors, random noise characteristics, and noise measurements on commercial devices
S-band amplifier development and klystron testing
Simple method using frequency synthesizer and sweep circuit for bandpass observation of S-band klystron power amplifier
Electrostatically focused extended interaction S-band klystron amplifier using helical buncher resonators for interplanetary spaceborne communication systems
Frequency stabilization of laser oscillator against reference laser amplifier, noting residual AM effects
This paper presents the designs and measurement results of a three-stage and a four-stage W-band monolithic microwave integrated circuits (MMIC) including a three-stage and a four-stage low noise amplifiers.
This paper summarizes the development of W Band amplifiers for the Local Oscilator chains for the Herschel HIFI Instrument.
The paper discusses issues affecting high-frequency power amplifier stability.
The Heterodyne Instrument for FIRST (HIFI) is a heterodyne receiver system which has an intermediate frequency (IF) amplifier that will likely exhibit 1/f-type gain fluctuations.