Effects of cable and circuit parameters on the precision calibration of a charge amplifier
Cable and circuit parameters effects on calibration of charge amplifier for microsecond pulses
SEARCH · Engineering Papers
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Cable and circuit parameters effects on calibration of charge amplifier for microsecond pulses
Fluid amplifier applications to gas cooled reactor rod control
Harmonic filter, electron gun, performance tests, and design of traveling wave tube amplifier for space communications
Operational amplifiers for nuclear spectroscopy
Integrated circuit, direct coupled, differential amplifier for spacecraft signal conditioning
Data collecting procedures for assessing fluid amplifier reliability and failure mechanisms
Hydraulic compound vortex amplifier optimization
One thousand watt continuous wave space environment S band power amplifier development
Use of phantom zeros to achieve gain reduction for pole Q in integrable intermediate frequency amplifiers
Smith chart extended into negative resistance and admittance region of one port reflection type amplifiers for input impedance display
Integrated circuit direct coupled amplifier design and performance noting reliability, small volume and weight requirement, wide bandpass, etc
Integrated S band parametric amplifier design and fabrication using microstrip techniques, describing times four multiplier
Equivalent noise circuit applicable to active RF feedback amplifier
Stable integrable IF voltage amplifier with increased HF capability by gain reduction, showing network realizations for lumped and distributed RC circuits
Printed circuit boards retaining as much copper as possible provide electromagnetic shielding between stages of the high frequency amplifiers and transmitters. Oscillation is prevented, spurious output signals are reduced, and multiple stages are kept isolated from each other, both thermally and electrically.
Amplifier circuit using two FETs combines improved input and output impedances with relatively large signal handling capability and an immunity from adverse effects of automatic gain control. Circuit has sources and drains in parallel plus a resistive divider for signal and bias to either of the gate terminals.
Transistor-driven temperature-stable amplifier with logarithmic operating characteristics permits presentation of the entire range of the reactor without range switching. This circuit is capable of monitoring ion chamber currents over spans of 8 or 9 decades and is used in nuclear reactor instrumentation. Application is found in materials under ultrahigh vacuum.
Theoretical design of spaceborne electrostatically focused klystron amplifier