The principle of resistive charge division for position measurement was laid out by Radeka in 1974 [1] but, to date, has not been explored for estimating the longitudinal coordinate for silicon microstrip detectors. To exploit resistive charge division, the impedance of the readout structure must be large relative to the dynamic impedance of the amplifier circuitry. Somewhat counter-intuitively...

A survey on the development of resistive network synthesis is presented. Tellegen’s result is first introduced, which shows that paramountcy is the necessary and sufficient condition for synthesis if n ≤ 3. Then, some more general cases are presented, including works by Cederbaum, Guillemin, Brown, Reed, Weinberg, and Boesch. These results range from necessary realizability conditions of genera...

The purpose of our work is to evaluate single-electron devices fabricated using resistive microstrips and to investigate its applicability for single-electron logic. In this article, we present our work on the fabrication and characterization of SETs with gold islands and CrOx resistive microstrips. The electron transport mechanism of CrOx resistors is also discussed and hypothesis of two types...

Resistive-switching devices based on Metal–Insulator–Metal (MIM) structures have shown promising memory performance characteristics while enabling higher density of integration. Usually, these MIM devices are fabricated using different processing conditions including high temperature thermal treatments that could lead to undesirable chemical reactions in the insulator material and at its interf...

It is widely recognized that a Share Economy (SE) Pareto-dominates a FixedWage Economy (FWE) if unions care about employment. This begs the question, why profit sharing is less than ubiquitous. In this paper, we offer a solution to this conundrum by looking at particular transition arrangements from a FWE to a SE. We analytically show that despite the Pareto-dominance of a SE, the changeover fr...

This paper discusses the resistive termination of on-chip high-performance interconnects. Resistive termination is effective to improve the bandwidth of on-chip interconnects, on the other hands, increases the power dissipation and the area. Therefore trade-off analysis about resistive termination is necessary. This paper proposes a method to determine the termination of on-chip interconnects. ...

In order to automate the scooping task, it is desirable that the resistive force acting on the bucket be obtained before the scooping is performed. The objective of this study is to derive theoretically the resistive forces acting on the bucket during scooping of piled rock fragments. First, the changes in the shape of the rock pile due to the penetration of it by the bucket are modeled. Based ...

T.H. Jensen Feedback stabilization of the resistive wall mode is usually accomplished by using linear amplifiers. In this paper a study is made of a possibility of controlling resistive wall modes using switches instead of linear amplifiers, i.e., using bang-bang control. The motivation is that bangbang control systems may be cheaper than conventional feedback systems. A distinct disadvantage o...

Resistive Switching (RS) is the change in resistance of a dielectric under the influence of an external current or electric field. This change is non-volatile, and the basis of both the memristor and resistive random access memory. In the latter, high integration densities favor the anti-serial combination of two RS-elements to a single cell, termed the complementary resistive switch (CRS). Mot...

In this paper, the control over the second gate voltage in a dual-gate FET resistive mixer is employed for amplitude remodulating the response signal in a retrodirective array. A resistive mixer is integrated with an aperture coupled square patch, and a data signal voltage, Vg2s(t), is appropriately conceived in order to control the magnitude of the device time-varying output conductance. Measu...