A Textbook of Electronic CircuitsA Book Covers Topics from the following modules of Anna University's Electronics & Communication Engineering,Electrical & Electronics Engineering & Computer Science and Engineering degree Programmes:EC234-Electronic Circuits I,EC241-Electronic Circuits II,EC250 & EC254-lectronic Circuits.The Objective of this book is to present the subject matter in a most concise,to the point and lucid manner.while writing this book,I haveconstantly kept in mind the requirements of all the students,regaring the latest as well as changing trend of their examinations. |
Contents
Ch24 | 630 |
Ch25 | 652 |
Ch26 | 689 |
Ch27 | 741 |
Ch28 | 755 |
Ch29 | 767 |
Ch30 | 794 |
Ch31 | 815 |
Ch09 | 199 |
Ch10 | 223 |
Ch11 | 243 |
Ch12 | 255 |
Ch13 | 301 |
Ch14 | 331 |
Ch15 | 355 |
Ch16 | 375 |
Ch17 | 413 |
Ch18 | 445 |
Ch19 | 472 |
Ch20 | 504 |
Ch21 | 546 |
Ch22 | 586 |
Ch23 | 618 |
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Common terms and phrases
amplifier applied atoms base bias biased binary called capacitance capacitor carrier characteristics charge circuit collector current common conduction connected constant convert coupled current gain curve cut-off decimal Determine device digit diode discussed drain drop effect electrons emitter energy equal equation equivalent Example Explain expression factor feedback filter forward frequency gate given h-parameters holes increases indicates input resistance input signal input voltage inverting junction known load logic maximum modulation N-type negative noted obtained Op-amp operation oscillator output resistance output voltage phase PN junction positive produces ratio rectifier region regulator relation resistor result reverse semiconductor shown in Fig shows signal silicon Solution stage supply switch temperature terminal transformer transistor voltage gain wave waveform zener zero