By Rudolf Graf, William Sheets
ISBN-10: 0830619380
ISBN-13: 9780830619382
Diagrams and describes the fundamental circuits utilized in alarms, switches, voltmeters, battery chargers, modulators, receivers, transmitters, oscillators, amplifiers, converters, pulse turbines, and box energy meters.
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Extra resources for Encyclopedia of Electronic Circuits
Example text
C. supply of known frequency. c. c. ammeter. L, C AND R IN SERIES XL As for the series circuits so far discussed, when a circuit is made up of resistive, inductive and capacitive elements all wired in series, the total applied voltage is the phasor sum of the voltages developed across the individual elements. We can perform this addition in the usual way using phasor diagrams and some elementary trigonometry. Also the circuit impedance will be the phasor sum of the separate impedances and since the current flowing is common to all parts of the circuit, the applied voltage is equal to the product of this current and the phasor sum of all the impedances.
It then remains at zero for the duration of the pulse. 18(c). The points of interest to notice here are: (a) the voltage output across C is a very close approximation to the shape of the input pulse, in fact, the shorter the product CR becomes, the better the approximation. 18 V R o r\ JC (a) (b) τ (c) (b) the output across R consists of two very narrow voltage pulses of opposite sign, one coinciding with the start and the other with the end of the input pulse. This circuit, in which the product CR is very much shorter than/* and the output is derived from R, is called a differentiating circuit.
This opposition to the change in current is known as the inductive reac tance, denoted by X and measured in ohms. f. is greater. We recall that inductive reactance is expressed as X = 2nfL where L is in henrys and / i s the frequency in hertz. When a capacitor is connected to an alternating supply, it undergoes AIternating curren t: series circuits 4 7 a periodic process of charge and discharge, thus appearing to conduct an alternating current. The charge and discharge cycle constitutes an opposition to the flow of current and this constitutes the capacitive reactance of the capacitor, denoted by Xc and again measured in ohms.
Encyclopedia of Electronic Circuits by Rudolf Graf, William Sheets
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