Double-Tuned Impedance Matching

Impedance Matching Why Impedance Match ?

Also, the power-handling capacity of a transmission line is maximum when it is "flat", i.e., operating at low SWR. Lastly, it is important to be able to interconnect a number of different components into a system, and the only way that can be done reliably and predictably is by constraining the reflection coefficients of the various interfaces through impedance matching. Multiple reflections ca...

An Adaptive Impedance Matching System

An adaptive impedance matching system is proposed. This system employs only a simple algorithm for convergence, therefore does not need any complicated mathematical formulation for modeling of the system itself as well as its nonlinear control elements. Also the proposed system utilizes only simple digital circuits for timing generation and basic analog circuits. In addition to that, the approp...

Impedance control is selectively tuned to multiple directions of movement

Humans are able to learn tool-handling tasks, such as carving, demonstrating their competency to make movements in unstable environments with varied directions. When faced with a single direction of instability, humans learn to selectively co-contract their arm muscles tuning the mechanical stiffness of the limb end point to stabilize movements. This study examines, for the first time, subjects...

An Automatic Real Time Impedance Matching System for Use in an RF Electrostatics Accelerator Ion Source

0 Impedance Matching in VLSI Systems

The continuous scaling process into submicrometric dimensions of silicon based devices has allowed the integration of a large number of systems in a single chip. Besides, the operating frequencies of such systems are higher and a large amount of information can be processed in a short period of time. On the other hand, while the core frequencies are increasing, higher data rates for off-chip in...