A method of mitigating self-actuation of a switch may comprise generating a tracking signal, based on an input signal that the switch is configured to convey, and combining the tracking signal with an actuating signal to generate a modified actuating signal. The actuating signal may be configured to change a state of the switch from a first state (e.g., ON) to a second state (e.g., OFF). The method further comprises selectively applying the modified actuating signal to a gate of the switch. A switch self-actuation mitigation system may comprise a first coupling device for electrically couple an AC component of a first signal to a node, where the first signal is applied a switch input. The system may further comprise a second coupling device configured to electrically couple an actuating signal to the node, and a driving device configured to selectively couple the node to a gate of the switch.
Omniphase 2007 - 2016
Program Manager
Frequency 2007 - 2016
Rf and Microwave and Wireless and Analog Design
Education:
University of Michigan 1979 - 1983
Bachelors, Bachelor of Science In Electrical Engineering, Communications
Skills:
Electronics Rf Engineering Rf Design Analog Design Product Development Systems Engineering Wireless Design Semiconductors Engineering Program Management Microwave Design High Speed Digital Design Fpga Design Patent Analysis Expert Witness Radio Frequency Systems Design Wireless Technologies Microwave Embedded Systems Engineering Management
Escondido, CAMember Technical Staff - Package Development at Fa... Past: Manager Packaging and Test Engineering at PulseLink, Engineer, Group Leader, Manager of...