Agilent Technologies, Inc.

David Kaz

Richard Clayton Walker

David Deford

A system and method for detecting energetic particles include a detector onto which the particles are impinged. An output signal from the detector, indicative of the energy of the particles, is directed by an AC-coupler to a measurement device to determine particle characteristics such as mass and/or abundance. The detector is selectively couplable to positive or negative bias voltages, and in one embodiment is differentially biased to eliminate ringing due common-mode excitation. The AC-coupler has capacitively-coupled input and output terminals that are embedded in a transmission line structure including capacitances that in some embodiments serve as the sole energy storage component in order to reduce the effects of parasitic inductance found in conventional detection circuits. In some embodiments, a pulse compensation network is provided, to reduce undershoot and ringing due to remote installation of the AC-coupler caused by reflection of low frequency components blocked by the AC-coupler.

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Santa Clara, CA, United States of America

David Kaz