RESISTOR-INDUCTOR (RL) CIRCUIT TOM CARNEY Table of Contents 1. Introduction………………………………………………………………………………….Page 2 2. Theoretical Analysis………………………………………………………………………Page 3 3. Questions related to constructed circuit……………………………………….Page 5 4. Conclusion…………………………………………………………………………………….Page 6 5. Works cited……………………………………………………………………………………Page 6 6. Illustrations…………………………………………………………………………………….Page 7-8 Transient Analysis of a Resistor- Inductor (RL)
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iLab Steps Part I: Basic Capacitor Functions Step 1: Open Circuit File Open the circuit file Week_1_Class_Activity_1_Cap_updated in the Week 1 folder found in Document Sharing utilizing MultiSim. Step 2: Energize Circuit Click the switch to turn on the circuit. Step 3: Operation and Observation Procedure Accomplish the following procedure to observe the operation of the circuit and to assist in the answering of questions at the end of Part I. 1. Press the space key to close the switch and
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Input Filter Design for Switching Power Supplies: Written by Michele Sclocchi Michele.Sclocchi@nsc.com Application Engineer‚ National Semiconductor The design of a switching power supply has always been considered a kind of magic and art‚ for all the engineers that design one for the first time. Fortunately‚ today the market offers different tools that help the designers. National Semiconductor was the first company to offer the “Simple Switcher” software‚ and an on-line simulation tool
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variation in the load current; (c) operate efficiently at low output voltages (3.3 volts or less). Losses in a switch-mode converter can be classified as: loud dependent conduction losses (due to transistor onresistance‚ diode forward voltage drop‚ inductor
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Capacitors‚ and Inductors In partial fulfillment of the requirements In Electronics 2 Submitted to the Department of TLE Submitted by: Reyes‚ Zelly B. IV-Prestige August 1 Table of Contents TOPIC | PAGE | Resistors | | Definition | 1 | Usage | 2 | Classification and Types | 2 | Configuration | 5 | Generalization | 6 | Capacitors | | Definition | 7 | Usage | 8 | Classification and Types | 8 | Configuration | 10 | Generalization | 11 | Inductors | | Definition
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................. 3 General aspects .................................................................................................... 5 Power supply and generators ........................................................................... 5 Inductors................................................................................................................. 5 Power Transfer: simplified calculation ........................................................... 6 Electrical efficiency........
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1. Rationale of the study Our new technology the energy transfer wherein energy can be transferred from a source to a load via coupled magnetic resonance in the non radiative near field that can be used in some equipment that used in some electric energy as a source like the electric vehicles (EVs). We can use this energy transfer as a charger to EVs by microwave beams and laser beams to realize the remote energy supply using directional antenna. However when there is a obstruction in the path
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3. Discharging curve from measured data ( R = 5M Ω and C = 4 mF ) 4. Draw the discharging curve by the graphical method 5. Display of the charging and discharging curve of capacitor 6. Display of the charging and discharging curve of inductor 1. Theories (a) Capacitor Capacitor is an electrical passive device for storing charge in the form of electric field. In its simplest from‚ It consists basically consists of two conductors which are separated by a dielectric medium (non-conductor)
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Microstrip‚ Stripline‚ and CPW Design Iulian Rosu‚ YO3DAC / VA3IUL‚ http://www.qsl.net/va3iul In the first years of microwave development the Rectangular Waveguide become the dominant waveguide structure largely because high-quality components could be designed using it. One of the main issues was its narrow bandwidth due to the cut-off frequency characteristic. Later‚ researchers try to find components that could provide greater bandwidth and possible miniaturization‚ and therefore they examined
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buck converter operating in continuous mode. The operation of the buck converter is fairly simple‚ with an inductor and two switches (usually a transistor and a diode) that control the inductor converter. In the idealised converter‚ all the components are considered to be perfect. Specifically‚ the switch and the diode have zero voltage drop when on and zero current flow when off and the inductor has zero series resistance. Further‚ it is assumed that the input and output voltages do not change over
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