A Distributed Static Series Compensator System for
... A controlled transmission system can be made up of a large number, e.g., hundreds or thousands of DSSC modules, each module containing a small rated (1–20 kW) single phase inverter, a communications link and a single turn transformer (STT) that is mechanically clamped on to—and suspended from—the tr ...
... A controlled transmission system can be made up of a large number, e.g., hundreds or thousands of DSSC modules, each module containing a small rated (1–20 kW) single phase inverter, a communications link and a single turn transformer (STT) that is mechanically clamped on to—and suspended from—the tr ...
CONDUCTOR MATERIAL
... The ampacity of a conductor, that is, the amount of current it can carry, is related to its electrical resistance: a lower-resistance conductor can carry more current. The resistance, in turn, is determined by the material the conductor is made from (as described above) and the conductor's size. For ...
... The ampacity of a conductor, that is, the amount of current it can carry, is related to its electrical resistance: a lower-resistance conductor can carry more current. The resistance, in turn, is determined by the material the conductor is made from (as described above) and the conductor's size. For ...
Parametric Sweep Simulation of a BJT
... terminals act like those of a “current source,” where the current is IC. In order to “turn on” the BJT device, we follow a two-step process: 1. Apply voltage across the Collector-Emitter terminals (VCE). 2. Apply current to the base terminal (IB). Then current (IC) will flow from the collector to th ...
... terminals act like those of a “current source,” where the current is IC. In order to “turn on” the BJT device, we follow a two-step process: 1. Apply voltage across the Collector-Emitter terminals (VCE). 2. Apply current to the base terminal (IB). Then current (IC) will flow from the collector to th ...
department of electrical engineering
... direction and has zero resistance to the flow of current, while it acts as open switch in the other. The diode examined in this experiment is a silicon diode, which practically conducts – or is forward biased- when the potential difference between anode and cathode is more then 0.7volts. An Ideal Di ...
... direction and has zero resistance to the flow of current, while it acts as open switch in the other. The diode examined in this experiment is a silicon diode, which practically conducts – or is forward biased- when the potential difference between anode and cathode is more then 0.7volts. An Ideal Di ...
Design and Analysis of Gain Boosted Recycling Folded Cascode OTA
... described in which the Gain is enhanced by increasing the output impedance of the circuit with the addition of extra cascoded gain stage which will further enhance the different parameters within the same area and power budget. This paper organized as follows: the basics of proposed modifications ar ...
... described in which the Gain is enhanced by increasing the output impedance of the circuit with the addition of extra cascoded gain stage which will further enhance the different parameters within the same area and power budget. This paper organized as follows: the basics of proposed modifications ar ...
Electrical safety (word doc)
... Damage caused by overloading the particular circuits, for example by using a multi-point adaptor in a single socket outlet. Overloading can generate excessive heat leading to melting of PVC insulation on cables and plastic plugs or to similar damage. Inadequate Ventilation: Ventilation is important ...
... Damage caused by overloading the particular circuits, for example by using a multi-point adaptor in a single socket outlet. Overloading can generate excessive heat leading to melting of PVC insulation on cables and plastic plugs or to similar damage. Inadequate Ventilation: Ventilation is important ...
Advanced Control Architectures for Intelligent MicroGrids, Part I
... (PLLs), and that total load real- and reactive-power could be shared based on the converter ratings. Subsequent work [3], [4] extended the droop concept to ensure sharing of harmonic currents of non-linear loads. This was done by extending the droop concept by making the sources inject control signa ...
... (PLLs), and that total load real- and reactive-power could be shared based on the converter ratings. Subsequent work [3], [4] extended the droop concept to ensure sharing of harmonic currents of non-linear loads. This was done by extending the droop concept by making the sources inject control signa ...
IOSR Journal of VLSI and Signal Processing (IOSR-JVSP)
... shown in Fig.1 the bulks of the switching transistors (nodes a and b of Msw1,2 ) of the first VCO are connected to the bulks of the MOS varactors (nodes a and b of Mvar3,4) of the second VCO in an “anti-phase” scheme, and the bulks of the switching transistors(nodes c and d of Msw3,4 ) of the second ...
... shown in Fig.1 the bulks of the switching transistors (nodes a and b of Msw1,2 ) of the first VCO are connected to the bulks of the MOS varactors (nodes a and b of Mvar3,4) of the second VCO in an “anti-phase” scheme, and the bulks of the switching transistors(nodes c and d of Msw3,4 ) of the second ...
PPT Digikey Coupled Inductors for SEPIC
... Typical SEPIC applications are battery operated equipments and handheld devices powered by a battery. In addition, SEPIC is being used in NiMH charger applications, as well as, LED Drivers & DC Power Supplies with a wide range of input voltages. ...
... Typical SEPIC applications are battery operated equipments and handheld devices powered by a battery. In addition, SEPIC is being used in NiMH charger applications, as well as, LED Drivers & DC Power Supplies with a wide range of input voltages. ...
Simulation and Implementation of Interleaved Boost DC
... Hardware Prototype and Experiment Results In order to validate the actual performance of the presented interleaved boost dc-dc converter, a hardware prototype was designed and built. Fig. 9 shows the hardware prototype of the interleaved boost dc-dc converter. Each switch in this interleaved boost d ...
... Hardware Prototype and Experiment Results In order to validate the actual performance of the presented interleaved boost dc-dc converter, a hardware prototype was designed and built. Fig. 9 shows the hardware prototype of the interleaved boost dc-dc converter. Each switch in this interleaved boost d ...
Document
... In parallel circuits, the net reactive current is the difference between the IL and IC branch currents. ...
... In parallel circuits, the net reactive current is the difference between the IL and IC branch currents. ...
A Circuit Model for ESD Performance Analysis of
... model for characterizing electrostatic discharge (ESD) clamping performance of protection devices mounted on printed circuit boards (PCBs). An equivalent circuit model for a commercial ESD generator is introduced and a simulation methodology of an ESD protection device with non-linear resistance cha ...
... model for characterizing electrostatic discharge (ESD) clamping performance of protection devices mounted on printed circuit boards (PCBs). An equivalent circuit model for a commercial ESD generator is introduced and a simulation methodology of an ESD protection device with non-linear resistance cha ...
MAX2754 1.2GHz VCO with Linear Modulation Input General Description
... is due to the practical implementation of the internal linearizing circuitry. This gain inversion must be considered when designing the analog voltage interface that drives the linear modulation input. The easiest way to handle this is to invert the logic polarity of the modulation data three-state ...
... is due to the practical implementation of the internal linearizing circuitry. This gain inversion must be considered when designing the analog voltage interface that drives the linear modulation input. The easiest way to handle this is to invert the logic polarity of the modulation data three-state ...
100 Level 1 Semester Course Code Course Title Units Prerequisite
... systems. Transfer functions of mechanical, electrical and electromechanical control components. Block diagrams Signals flow graphs. Characteristic equations, s-plane roots, and stability. Performance criteria. Roots locus, polar and Bode plats. M- and N- diagrams. Inverse Nyquist plots. State space ...
... systems. Transfer functions of mechanical, electrical and electromechanical control components. Block diagrams Signals flow graphs. Characteristic equations, s-plane roots, and stability. Performance criteria. Roots locus, polar and Bode plats. M- and N- diagrams. Inverse Nyquist plots. State space ...
... 2. The stator winding PD activity is often affected by hydrogenerator operating conditions such as winding temperature, load and voltage, as well as environmental humidity [1]. For example, if a winding is loose (i.e. the stator coils can vibrate in the slot), an increase in generator load will caus ...
Agile Mixed Signal Addresses Analog Design Challenges
... Many diverse electronic systems contain significant analog functionality. The system might need to interface directly to the real world through sensors to monitor and control the environment, for example, in an industrial automation application. Other applications might need to monitor the operating ...
... Many diverse electronic systems contain significant analog functionality. The system might need to interface directly to the real world through sensors to monitor and control the environment, for example, in an industrial automation application. Other applications might need to monitor the operating ...
to the possibility of calculation
... received considerable attentions owing to their larger dynamic range and wider bandwidth with respect to operational amplifier based circuits. As a result, current-mode active components have been increasingly used to realize active filters, sinusoidal oscillators and immittances. Quadrature oscilla ...
... received considerable attentions owing to their larger dynamic range and wider bandwidth with respect to operational amplifier based circuits. As a result, current-mode active components have been increasingly used to realize active filters, sinusoidal oscillators and immittances. Quadrature oscilla ...
Electronic engineering
Electronics engineering, or electronic engineering, is an engineering discipline which utilizes non-linear and active electrical components (such as electron tubes, and semiconductor devices, especially transistors, diodes and integrated circuits) to design electronic circuits, devices and systems. The discipline typically also designs passive electrical components, usually based on printed circuit boards.The term ""electronic engineering"" denotes a broad engineering field that covers subfields such as analog electronics, digital electronics, consumer electronics, embedded systems and power electronics. Electronics engineering deals with implementation of applications, principles and algorithms developed within many related fields, for example solid-state physics, radio engineering, telecommunications, control systems, signal processing, systems engineering, computer engineering, instrumentation engineering, electric power control, robotics, and many others.The Institute of Electrical and Electronics Engineers (IEEE) is one of the most important and influential organizations for electronics engineers.