The Network Control System (NCS) is an integrated product of control theory, computer technology, and network communication technology. It represents the development trend for automation technology and is potential for being applied widely in the future. The NCS is a feedback system which transmits data among the spatially distributed sensor, the controller, and the actuator
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On the current wireless communication, the antennas are requested to having the features of reconfiguration, miniaturization, and higher integration. In this thesis, the miniaturized micro-strip reconfigurable antenna and the co-designed antenna/filter are presented. The simulated and measured results are given. The following are the main contents of the thesis.First, the reconfigurable antenna and antenna numerical
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In the modern wireless communication, the high-integration, high-performance and multi-standard access is needed for the RF front-end. The present paper studies the co-design of the reconfigurable oscillator and filter, and the double voltage rectifier circuit for the RFID. We put forward the scheme and give experimental verification. The main points of this paper are as
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Because of the limit to air interface of impulse signals by the spectrum regularity of Federal Communication Commission and the characteristic ultra-wideband (UWB) antennas have from traditional antennas, engineers should consider co-design of pulse generator circuits and UWB antennas, so it is necessary to build the equivalent circuit model of UWB antennas so that pulse
(Read More…)
Because of the limit to air interface of impulse signals by the spectrum regularity of Federal Communication Commission and the characteristic ultra-wideband (UWB) antennas have from traditional antennas, engineers should consider co-design of pulse generator circuits and UWB antennas, so it is necessary to build the equivalent circuit model of UWB antennas so that pulse
(Read More…)
Because of the limit to air interface of impulse signals by the spectrum regularity of Federal Communication Commission and the characteristic ultra-wideband (UWB) antennas have from traditional antennas, engineers should consider co-design of pulse generator circuits and UWB antennas, so it is necessary to build the equivalent circuit model of UWB antennas so that pulse
(Read More…)
Because of the limit to air interface of impulse signals by the spectrum regularity of Federal Communication Commission and the characteristic ultra-wideband (UWB) antennas have from traditional antennas, engineers should consider co-design of pulse generator circuits and UWB antennas, so it is necessary to build the equivalent circuit model of UWB antennas so that pulse
(Read More…)
Because of the limit to air interface of impulse signals by the spectrum regularity of Federal Communication Commission and the characteristic ultra-wideband (UWB) antennas have from traditional antennas, engineers should consider co-design of pulse generator circuits and UWB antennas, so it is necessary to build the equivalent circuit model of UWB antennas so that pulse
(Read More…)
Because of the limit to air interface of impulse signals by the spectrum regularity of Federal Communication Commission and the characteristic ultra-wideband (UWB) antennas have from traditional antennas, engineers should consider co-design of pulse generator circuits and UWB antennas, so it is necessary to build the equivalent circuit model of UWB antennas so that pulse
(Read More…)
Because of the limit to air interface of impulse signals by the spectrum regularity of Federal Communication Commission and the characteristic ultra-wideband (UWB) antennas have from traditional antennas, engineers should consider co-design of pulse generator circuits and UWB antennas, so it is necessary to build the equivalent circuit model of UWB antennas so that pulse
(Read More…)
