This paper presents a new approach based on current mode circuits for fast and accurate optical level monitoring with wide dynamic range of a gigabit burst-mode laser driver chip.
To establish the presence and orientation of the proposed striped phase in ultra-high mobility 2D electron systems at v=9/2, current path transport properties are determined by varying the separati
A method is given for calculating the current rating of single-core, paper-insulated power cables.
Molecular beam epitaxy (MBE) has reached a state where a whole new generation of microwave and optoelectronic devices are being fabricated.
A series of 12 balloon and satellite experiments dating back to 1970 and involving six different scientific groups, has established the existence of a powerful, compact, and variable source of 511
This paper presents a test technique that employs two different supply voltages for the same IDDQ pattern.
We have been investigating the potential of conductor-access bubble circuitry 1 to meet the need for a high-density, high-capacity, low-cost, nonvolatile memory device.
Printed wiring technology presently provides the physical designer with fine-line copper conductors to interconnect integrated circuits and other components at the circuit-pack (CP) level.
The correlated phases in a two-dimensional electron system with a high index partially filled Landau level are studied in transport under nonequilibrium conditions by imposing a dc-current drive.
Electrically detected nuclear magnetic resonance was studied in detail in a two-dimensional electron gas as a function of current bias and temperature.
