By Kishore, K. Lal
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This publication goals at giving a basic account of the rules of valency and molecular constitlltion, based on tI1e Rutherforcl-Bohr atom. In dev'eloping the speculation of valency there are classes open to the chemist. He could use symbols ,with no yes actual connotation to precise the reacti,rity of the atoms in a molecule, and will go away it to the subseqtlent development of technology to find what realities those symbols signify: or he might undertake the innovations of atomic physics-electrons, nuclei, and orbits-and attempt to clarify the chemical evidence by way of those.
This complement includes labored out ideas to the bankruptcy finish challenge units present in electronic conversation, moment version, ISBN 0-7923-9391-0.
Extra resources for Electronic Circuit Analysis, Second Edition
24 Common drain amplifier circuit + Fig. 25 Equivalent circuit KVl Vin - Vgs = Vo Vo = Rs' . 2 [I + Rs'gml = Rs'gm Vin Rs' gm l+Rs' gm Common Gate Amplifier Small signal equivalent of Fig. 26. +VDD -Vss Fig. 26 Common Gate Amplifier 12 Electronic Circuit Analysis S -r-----r----I D + + G Fig. 27 (a) Equivalent circuit Vo=-iDRD -i D = 0- om V + Vds gs rd JFET amplifier has very small gate leakage current. G - S junction is a reverse biased P - N junction. In the ideal case, IG = O. : IG = 0). e, G - S junction is reverse biased.
I E Fig. 23 Simplified circuit of Fig. 1 KQ, hrc = 1, hfc = -51, hoc = 2S /lA/v. Calculate AI' Av, Aw Ri, and Ro for the Common <:ollector Configuration, with Rs= RL = 10K. 1 x 103 + i x 40 . 1 KQ AI·R L Av = R. 625 x 10-3 Electronic Circuit Analysis 20 Av= AI·R L R. 5 For a Common Emitter Configuration, what is the maximum value of RL for which R\ differs by no1 more than 10% of its value at ~2 = 0 ? hfe = 50 hie = 1100n; h re = 250 x 10--4; hoe = 25Jl A/v Solution: Expression for ~ is, hfe·h re h 1 oe +RL If R2 = 0, RI = hIe.
1 15. Common Base configuration 16. Common Collector Configuration 17. Voltatge follower/buffer UNIT - 2 Multistage Amplifiers In this Unit, • Cascading of single stage amplifiers is discussed. • Expressions for overall voltage gain are derived. • Lower cut-off frequency, upper cut-off frequency, when n-stages are cascaded are given. • Phase response of an amplifier, decibel voltage gain, stiff coupling terms are explained. • Other types of transistor circuits, Darlington pair circuits, Boot strapped sweep circuit, Cascode amplifiers are also discussed.