Analysis and application of analog
electronic circuits to biomedical instrumentation, 2d ed.
Scientists at NASA's Lewis Research Center have established a new benchmark in the application of high temperature superconductors to high frequency
electronic circuits. They have produced the first
electronic circuit able to operate at 33 to 37 GHz, a frequency range more than three times higher than attainable with previously developed circuits.
In his research Nordenfelt carried out a mathematical analysis to demonstrate that it is possible to connect the nanowire with a fairly simple
electronic circuit, and at the same time to apply a magnetic field and thus get the nanowire to self-oscillate mechanically.
In addition to the display of a flexible board upon which an
electronic circuit has been actually formed using the product, technical personnel will also be on-site at the display booth (West 6-12) to respond to interviews.
Combining an FPGA -- circuits that can be configured by the customer to perform a wide variety of digital
electronic circuit functions -- with a standard ASIC, gives these designers, all on one chip, the flexibility of the FPGA with the density, performance and overall cost advantages of an ASIC.
Scientists of NASA's Lewis Research Center have established a new benchmark in the application of high temperature superconductors to high frequency
electronic circuit. They have produced the first
electronic circuit able to operate at 33 to 37 GHz, a frequency range more than three times higher than that attainable with previously developed circuits.
The software uses a patented analysts method to model
electronic circuits and provides analysis for conducted and radiated emissions and conducted and radiated susceptibility.
The 15490-20 valve pilot adapter may be installed in a cylinder port to provide a complete system for efficient interface with electric or
electronic circuits, so that an EC, EV, or ET valve, controlled by an electronic signal, can pilot a much larger valve through a 1/8 NPT outlet.
NRL's new nanowriter is capable of defining patterns for
electronic circuits with feature sizes on the order of about 80 angstroms, (an angstrom is a unit of length equal to one ten-billionth of a meter), according to G.M.
Difficulty of connection is one of the most important problems in the use of nanowires and their installment in
electronic circuits. Therefore, if an electrode can be made on the nanowire while it is growing, the nanowire can be easily placed in
electronic circuits to benefit from its advantages.