Northrop Grumman Systems Corporation

USA As Represented by Secretary of the Navy

Paul LePage

Daniel C Buck

Michael V Pascale

Kenneth M Schmidt

David J Janocko

John J Chino

Salvador H Talisa

Walter M Dirndorfer

Herman Rossman

William E McGann

Stanley J Pieseski

Richard S Nye

Charles Moskowitz

John G Holland

Robert M Rossi

A reconfigurable backplane assembly for a programmable digital radio and consisting of a printed wire matrix plate including connectors for electronic circuit modules, power cables, RF cables, and optical cables with the connectivity between digital signals being dynamically reconfigurable electronically and with connectivity between power signals, optical signals and RF signals being manually reconfigurable.

Backplane assembly for electronic circuit modules providing electronic

A high-temperature superconductive microwave delay line that operates in an essentially pure TEM field configuration in a compact assembly. The delay line is a planar signal delay line which includes first and second substrates made of first and second dielectric materials; each substrate can be LAO material. First and second patterned delay line segments having a configuration, are formed of first and second conductive materials on the obverse sides of the first and second substrates, respectively. On the reverse side of each of the first and second substrates, respective first and second ground planes are formed using respective first and second conductive materials, which are preferred to be high-temperature superconductive films, such as YBCO films. The delay line also includes coupling means for coupling the first patterned delay line segment to the second patterned delay line segment, thus bringing the two patterned delay line segments into substantial contact.

High-temperature superconducting microwave delay line of spiral

A positive locking mechanism is provided for securing a plug-in electronic odule in a chassis. A threaded element is provided for attaching the electronic module to the chassis and tightening of the threaded element forces a module connector into engagement with a mating connector in the chassis. A pivotal driver blade is provided for turning the threaded element and, after the connectors are mated, the driver blade is pivoted and a cam thereon actuates wedges which provide a good thermal interface between the electronic module and the chassis. The driver blade also serves as means for extracting the plug-in electronic module from the chassis.

Positive locking mechanism

Growing community of inventors

Towson, MD, United States of America

Paul LePage