Eni Technology, Inc.

Harris Corporation

Anthony R A Keane

Bryce Tennant

Aaron T Radomski

Christopher David Mackey

Scott E Bartholomew

William R Pulhamus, Jr

Daniel F Vona, Jr

Daniel M Gill

A method () for matching characteristics of two or more transducer systems (). The method involving: receiving input signals from a set of said transducer systems; determining if the input signals contain a pre-defined portion of a common signal which is the same at all of said transducer systems; and balancing the characteristics of the transducer systems when it is determined that the input signals contain the pre-determined portion of the common signal.

Systems and methods for matching gain levels of transducers

Modern electronic devices are becoming smaller while the need to critically locate acoustic sensors or transducers, e.g., microphones, is increasing in order to provide improved intelligibility in adverse environments. The acoustic transducers can be used in arrays with their outputs processed in beam forming and noise cancellation algorithms. The use and creation of features on the surface of a small package to deal with the problem of achieving high performance solutions in a limited space are disclosed herein. For example, embodiments of electronic communication devices () include acoustic transducers () integrated with other features such as a volume control (), an antenna (), an adapter () which can be coupled to an input/output jack () and an accessory connector, or a projection ().

Electronic communication devices with integrated microphones

A method and apparatus for measuring the characteristics of radio frequency energy in an industrial radio frequency processing system at a plurality of frequencies is disclosed. The method and apparatus measures the characteristics of radio energy using one detector.

Power delivery system

An industrial power delivery system configured in a modular architecture and having a plurality of modules. The modules interconnect via digital communication links and exchange data using a digital format. The modularity of the system enables the system to be scaled to vary future content of the product.

Modular architecture for industrial power delivery system

The present control circuit and method extends the operating range of digitally sampled control loops. A programmable output of a generator is controlled. The programmable output includes a an output level having a corresponding set point. The generator has a drive input that is driven to an actual drive point for controlling the output level of the programmable output. A set point corresponding to a requested output level is determined. A predicted drive point is then determined. The actual drive point of the generator drive input is forced to the predicted drive point. The output level of the programmable output is sensed. A digital output signal that is representative of the sensed output level is generated. The actual drive point of the generator drive input is controlled based on the digital output signal, such that the output level of the programmable output is controlled. The actual drive point corresponding to the requested output level is then stored.

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Webster, NY, United States of America

Anthony R A Keane