The Experts below are selected from a list of 519 Experts worldwide ranked by ideXlab platform
Robin L Kelley - One of the best experts on this subject based on the ideXlab platform.
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solid state Circuit Breakers
2012Co-Authors: Michael S Mazzola, Robin L KelleyAbstract:A fast acting unidirectional or bidirectional Electronic Circuit Breaker for isolating a load from a power-supply unit is described. The described control method for an Electronic Circuit Breaker is capable of instantaneous trip during a short Circuit event by improved means of current sensing. The improved control method eliminates the need for additional series components in the conduction path which can add to the Circuit Breaker's insertion losses. Also, any delay or bandwidth limitations commonly associated with magnetic or hall-effect current sensing methods are eliminated. Circuit Breakers with automatic or manual reset options are also described.
Keith Belke - One of the best experts on this subject based on the ideXlab platform.
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remote power management and monitoring system for solid state Circuit Breaker control with manual bypass
2007Co-Authors: Richard W Sorenson, Simon Cordner, Ronald Mansley, Keith BelkeAbstract:A power management and monitoring system for controlling an electrical device powered by a power supply is disclosed. The system may include a Circuit Breaker enclosure box structured to monitor and manage power to the electrical device via a centralized data bus and centralized power bus. The Circuit Breaker enclosure box may include at least a remotely actuated solid state Electronic Circuit Breaker (ECB) that monitors and manages power to the electrical device and a switch connected to the ECB and capable or remotely bypassing the ECB. The system may also include a display and controller that can remotely monitor and control the electrical device by remotely actuating the ECB.
Jean Paul Cholley - One of the best experts on this subject based on the ideXlab platform.
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differential Electronic Circuit Breaker for electrical protection
1996Co-Authors: Michel Bonniau, Michel Meunier, Jean Paul CholleyAbstract:The Circuit Breaker has a totalling transformer (12) and a relay (14) mounted on a card (28). The totaller transformer provides the differential inputs from the monitored Circuit. The card has an Electronic Circuit with all the elements of differential protection. There is also a test Circuit.
Michael S Mazzola - One of the best experts on this subject based on the ideXlab platform.
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solid state Circuit Breakers
2012Co-Authors: Michael S Mazzola, Robin L KelleyAbstract:A fast acting unidirectional or bidirectional Electronic Circuit Breaker for isolating a load from a power-supply unit is described. The described control method for an Electronic Circuit Breaker is capable of instantaneous trip during a short Circuit event by improved means of current sensing. The improved control method eliminates the need for additional series components in the conduction path which can add to the Circuit Breaker's insertion losses. Also, any delay or bandwidth limitations commonly associated with magnetic or hall-effect current sensing methods are eliminated. Circuit Breakers with automatic or manual reset options are also described.
Richard W Sorenson - One of the best experts on this subject based on the ideXlab platform.
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remote power management and monitoring system for solid state Circuit Breaker control with manual bypass
2007Co-Authors: Richard W Sorenson, Simon Cordner, Ronald Mansley, Keith BelkeAbstract:A power management and monitoring system for controlling an electrical device powered by a power supply is disclosed. The system may include a Circuit Breaker enclosure box structured to monitor and manage power to the electrical device via a centralized data bus and centralized power bus. The Circuit Breaker enclosure box may include at least a remotely actuated solid state Electronic Circuit Breaker (ECB) that monitors and manages power to the electrical device and a switch connected to the ECB and capable or remotely bypassing the ECB. The system may also include a display and controller that can remotely monitor and control the electrical device by remotely actuating the ECB.