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题名/责任者:

Analog and pulse circuits / Dayaydi Lakshmaiah, C.B. Ramarao, K. Kishan Rao.

出版发行项:

Milton : Taylor & Francis Group, 2022.

ISBN:

9781032228693

ISBN:

9781000555691

载体形态项:

xii, 164 pages ; 26 cm

个人责任者:

Lakshmaiah, Dayaydi, author.

附加个人名称:

Ramarao, C. B., author.

附加个人名称:

Rao, K. Kishan, author.

论题主题:

Pulse circuits.

中图法分类号:

TN761

书目附注:

Includes bibliographical references and index.

内容附注:

Cover -- Half Title -- Title Page -- Copyright Page -- Dedication -- Preface -- Table of Contents -- Chapter 1 Linear Wave Shaping -- 1.1 Introduction -- 1.2 High Pass RC Circuit -- 1.3 Sinusoidal Input -- 1.4 Step Input Voltage -- 1.5 Pulse Input -- 1.6 Square-Wave Input -- 1.7 Ramp Input -- 1.8 Exponential Input (HPF) -- 1.9 Sinusoidal Input -- 1.10 High Pass RC Circuit as a Differentiator -- 1.11 Low-pass RC Circuit -- 1.12 Step Voltage Input -- 1.13 Pulse Input Voltage -- 1.14 Square Wave Input -- 1.15 Exponential Input: (LPF) -- 1.16 Low Pass RC Circuit as an Integrator -- 1.17 Attenuators -- 1.18 Step Input Response -- 1.19 High Pass RC Circuit -- 1.20 Step Input Voltage of High Pass RL Circuit -- 1.21 Low Pass RL Circuit -- 1.22 Step Input Voltage of Low Pass RC Circuit -- 1.23 Ringing Circuit -- 1.24 RLC Series Circuit -- 1.25 RLC Parallel Circuit -- Chapter 2 Non Linear Wave Shaping -- 2.1 Introduction -- 2.2 Clipper Circuit (or) Limiter -- 2.3 Series Negative Clipper Circuit -- 2.4 Series Positive Clipper Circuit -- 2.5 Clipping above Reference Voltage VR -- 2.6 Clipping below Reference Voltage VR -- 2.7 Additional DC Supply in Series with Diode -- 2.8 Parallel Positive Clipper -- 2.9 Parallel Positive Clipper with Cutin Voltage Diode -- 2.10 Parallel Negative Clipper -- 2.11 Parallel Clipper with Reference Voltage VR -- 2.12 Parallel Negative Clipper with VR (Reference Voltage) -- 2.13 Two Way Parallel Clipper Circuit -- 2.14 Transistor Clipper -- 2.15 Emitter Coupled Clipper -- 2.16 Voltage Comparator -- 2.17 Clamper Circuits -- 2.18 Clamping Circuit Theorem -- 2.19 Clipper Circuits and Waveform -- Chapter 3 Switching Characteristics of Devices -- 3.1 Introduction -- 3.2 Switching Characteristics of Junction Diodes -- 3.3 Switching Times of PN Junction Diode -- 3.4 Breakdown Mechanisms in PN Junction Diode.

内容附注:

3.5 Transistors as a Switch -- 3.6 Transistor Breakdown Voltage -- 3.7 Transistor Switching Times -- Chapter 4: Multi-vibrator -- 4.1 Introduction -- 4.2 Bistable Multi-vibrator -- 4.3 Collector Catching Diodes using a Fixed-bias Binary Multi-vibrator -- 4.4 Self Biased Transistor Bistable Multi-vibrator -- 4.5 Speed-up Capacitor (or) Commutating Capacitor -- 4.6 Non-saturating Binary -- 4.7 Unsymmetrical Triggering of Bistable Multi vibrator -- 4.8 Unsymmetrical Triggering using Unilateral Device (Diode) -- 4.9 Triggering Symmetrically Through a Unilateral Device -- 4.10 Direct-connection Binary -- 4.11 Mono Stable Multi-vibrator -- 4.12 Emitter Coupled Mono Stable Multi-vibrator -- 4.13 Triggering of Mono Stable Multi-vibrator -- Chapter 5: Time Base Generator -- 5.1 Errors of Generation of Sweep Waveform -- 5.2 Displacement Error (ED) -- 5.3 Transmission Error -- 5.4 UJT Saw Tooth Generators -- 5.5 Separate Supply Voltage of UJT Saw Tooth Generator -- 5.6 A Transistor Constant Current Sweep -- 5.7 Miller Voltage Generators -- 5.8 Bootstrap Voltage Generators -- 5.9 Practical Bootstrap Sweep Generator -- Chapter 6 Logic Gates -- 6.1 The and Gate -- 6.2 The not Gate (Inverter) -- 6.3 The Universal Gates -- 6.4 The Derived Gates -- 6.5 CMOS Logic Families -- 6.6 Characteristics of Logic Family -- 6.7 Two-input TTL N and Gate (Standard TTL) -- 6.8 Totem-pole Output -- 6.9 Open-collector Gates -- Chapter 7 Sampling Gates -- 7.1 Introduction -- 7.2 Basic Operating Principle of Sampling Gates -- 7.3 Unidirectional Sampling Gates -- 7.4 Unidirectional Sampling Gates for more than one Input Signal -- 7.5 Sampling Gate with Multiple Gate Signals -- 7.6 Sampling Gate not Sensitive to Higher Level of Gate Signal -- 7.7 Bidirectional Sampling Gates -- 7.8 Bidirectional Diode Sampling Gate -- 7.9 Four Diode Sampling Gate -- 7.10 Six Diode Sampling Gate.

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