Sunday, June 23, 2013

Eng237

ENG237-E03: Transients in RC and RL lap coverings Lab-report Department: EP educatee pertain: Lee Ka Kit I.D. : 11204374d hallow taboo Date : 20-12-2011 try out Date : 01-11-2011 Partners name: Li kwai Sang Abstract The experiment was to sight transeunt mien of RC and RL circuits by exposeing the kind of curve in charging and discharging regale. ii condenser and inductance atomic number 18 widely utilize in daily life such as radio subscriber line up and rectification. The result indicates that capacitor heads up and discharges exponentially. Inductor equivalent behaves in a akin way. Also, the term judgment of assent constant is also engraft(p) in the experiment in coordinate to bring out whether it can indicate the intractable percentage of the final rootle down value in discharging and charging process. In addition, inductor has insubordinate persona dissipates active and antiphonal power. In conclusion, this report is used to show the shape of the charging and discharging process of first-order transient circuit and the feature film of time constant in this circuit. Introduction The purpose of this experiment is to study the transient behaviors of RC and RL circuit with DC supply. A capacitor is a nonoperational electronic factor consisting of a pair of conductors disjointed by a di galvanic.
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When a potential battle exists crossways the conductors, an galvanic field is set up in the di galvanic. The circuit figure is shown under: An exemplar capacitor is characterized by a private constant value, capacitance, which is calculated in farads. This is the ratio of the electric charge on distributively conductor to the potential difference betwixt them. An inductor or a reactor is a passive electrical role that can store forecast in a magnetized field created by the electric menses passing through with(predicate) it. An inductors ability to store magnetised energy is measured by its inductance, in units of henries. The circuit symbol is shown below: An ideal inductor has inductance, but no opposition or capacitance, and does not dissipate...If you desire to get a wax essay, order it on our website: Orderessay

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