Dobkin / Hamburger Analog Circuit Design Volume Three

Design Note Collection
1. Auflage 2014
ISBN: 978-0-12-800466-1
Verlag: William Andrew Publishing
Format: EPUB
Kopierschutz: 6 - ePub Watermark

E-Book, Englisch, 1136 Seiten, Format (B × H): 216 mm x 276 mm

Design Note Collection, the third book in the Analog Circuit Design series, is a comprehensive volume of applied circuit design solutions, providing elegant and practical design techniques. Design Notes in this volume are focused circuit explanations, easily applied in your own designs. This book includes an extensive power management section, covering switching regulator design, linear regulator design, microprocessor power design, battery management, powering LED lighting, automotive and industrial power design. Other sections span a range of analog design topics, including data conversion, data acquisition, communications interface design, operational amplifier design techniques, filter design, and wireless, RF, communications and network design. Whatever your application -industrial, medical, security, embedded systems, instrumentation, automotive, communications infrastructure, satellite and radar, computers or networking; this book will provide practical design techniques, developed by experts for tackling the challenges of power management, data conversion, signal conditioning and wireless/RF analog circuit design. - A rich collection of applied analog circuit design solutions for use in your own designs. - Each Design Note is presented in a concise, two-page format, making it easy to read and assimilate. - Contributions from the leading lights in analog design, including Bob Dobkin, Jim Williams, George Erdi and Carl Nelson, among others. - Extensive sections covering power management, data conversion, signal conditioning, and wireless/RF.

Bob Dobkin is a founder and Chief Technical Officer of Linear Technology Corporation. Prior to 1999, he was responsible for all new product development at Linear. Before founding Linear Technology in 1981, Dobkin was Director of Advanced Circuit Development at National Semiconductor for eleven years. He has been intimately involved in the development of high performance linear integrated circuits for over 30 years and has generated many industry standard circuits. Dobkin holds over 100 patents pertaining to linear ICs and has authored over 50 articles and papers. He attended the Massachusetts Institute of Technology.

Zielgruppe

Electronic design engineers; analog designers; engineering students; electronics hobbyists (advanced).

Autoren/Hrsg.

Dobkin, Bob

Hamburger, John

Fachgebiete

• Technische Wissenschaften Elektronik | Nachrichtentechnik Elektronik Schaltungsentwurf

Inhaltsverzeichnis

Part 1: Power Management
Section 1: Power Management Design
Section 2: Microprocessor Power Design
Section 3: Switching Regulator Basics
Section 4: Switching Regulator Design: Buck (Step-Down)
Section 5: Switching Regulator Design: Boost Converters
Section 6: Switching Regulator Design: DC/DC Controllers
Section 7: Switching Regulator Design: Buck-Boost Controllers
Section 8: Linear Regulator Design
Section 9: Micromodule (µModule®) Power Design
Section 10: Switching Regulators for Isolated Power Design
Section 11: Power Control & Ideal Diode Design
Section 12: Battery Management
Section 13: Energy Harvesting & Solar Power Circuits
Section 14: Charge Pump DC/DC Converter Design
Section 15: Flyback Converter Design
Section 16: Supercapacitor Charging
Section 17: Current Source Design
Section 18: Hot Swap and Circuit Protection
Section 19: Power over Ethernet
Section 20: System Monitoring and Control
Section 21: Powering LED Lighting & Other Illumination Devices
Section 22: Automotive and Industrial Power Design
Section 23  Video Design Solutions
Part 2: Mixed Signal
Section 1: Data Conversion: Analog-to-Digital
Section 2: Data Conversion: Digital-to-Analog
Section 3: Data Acquisition
Section 4: Communications Interface Design
Section 5  Instrumentation Design
Part 3: Signal Conditioning
Section 1: Operational Amplifier Design Techniques
Section 2: Special Function Amplifier Design
Section 3: Voltage Reference Design
Section 4: Filter Design
Section 5: Comparator Design Techniques
Section 6: System Timing Design
Section 7: RMS to DC Conversion
Part 4: Wireless, RF & Communications Design

Leseproben

Chapter 251: AdvancedTCA Hot Swap Controller Monitors Power Distribution

Abstract

Introduction

Circuit solutions

Cutting diode dissipation

Zero Volt Transient

Chapter 252: Protecting and Monitoring Hot Swappable Cards in High Availability Systems

Abstract

Introduction

Redundant power

Monitoring power through a Hot Swap controller

Adding fuse detection

Summary

Chapter 253: AdvancedTCA Hot Swap Controller Eases Power Distribution

Abstract

Introduction

Power requirements

Circuit solutions

Zero Volt Transient

Energy storage

Computing energy

Chapter 254: PCI Express Power and Mini Card Solutions

Abstract

Introduction

Power requirements

Circuit solutions

PCI Express Mini Card

Chapter 255: Low Voltage Hot Swap Controller Ignores Backplane Noise and Surges

Abstract

Control 25W with a 10-lead MS package

Dual level current control

Inrush limiting

Adaptive response to overloads

Recovery from faults

Chapter 256: Hot Swap Circuit Meets InfiniBand Specification

Abstract

Chapter 257: Hot Swap and Buffer I2C Buses

Abstract

Capacitance buffering and rise time accelerator features

Conclusion

Chapter 258: Power Supply Isolation Controller Simplifi es Hot Swapping the CompactPCI Bus for 5V-/3.3-Only Applications

Abstract

LTC1646 feature summary

Typical application

Power-up sequence

Conclusion

Chapter 259: A 24V/48V Hot Swap controller

Abstract

Typical application

Automatic restart

Chapter 260: Dual Channel Hot Swap Controller/Power Sequencer Allows Insertion Into a Live Backplane

Abstract

Basic operation

Power supply tracking and sequencing

Conclusion

Chapter 261: Hot Swapping the CompactPCI Bus

Abstract

LTC1643 feature summary

Typical application

Power-up sequence

Conclusion

Chapter 262: Power Solutions for the Device Bay

Abstract

Device Bay power requirements

Power solution for Vid_3.3V on the system side

Power solutions for DB32, DB20 and DB13 form factors on the device side

Chapter 263: Hot Swapping the PCI Bus

Abstract

Inrush current and data bus problems

Hot swappable PCI slot using the LTC1421

System timing

Conclusion

Chapter 264: Safe Hot Swapping Using the LTC1421

Abstract

Typical application

Board insertion timing

Section 19: Power over Ethernet

Chapter 265: Active Bridge Rectifiers Reduce Heat Dissipation within PoE Security Cameras

Abstract

Introduction

The old way loses power

Improve performance with ideal diodes

Results

Conclusion

Chapter 266: High Power PoE PD Interface with Integrated Flyback Controller

Abstract

Introduction

PD interface controller

Synchronous flyback controller

High efficiency, triple output, high power PD

PSE and auxiliary supplies

2-pair vs 4-pair PD

Conclusion

Chapter 267: Simple Battery Circuit Extends Power over Ethernet (POE) Peak Current

Abstract

Introduction

The PoE circuit

PowerPath and charger circuit

High transient load or continuous current load operation

Optimization options

Conclusion

Chapter 268: Fully Autonomous IEEE 802.3af Power over Ethernet Midspan PSE Requires No Microcontroller

Abstract

Introduction

A PSE’s duties

Disconnect detection

Supplying 3.3V from -48V

LTC4259A options

Chapter 269: Power over Ethernet Isolated Power Supply Delivers 11.5W at 90% Effi ciency

Abstract

Conclusion

Section 20: System Monitoring and Control

Chapter 270: Pushbutton On/Off Controller with Failsafe Voltage Monitoring

Abstract

Introduction

Pushbutton challenges

Orderly power-on

Orderly power-off: short interrupt pulse

Failsafe features

Conclusion

Chapter 271: Versatile Voltage Monitors Simplify Detection of Overvoltage and Undervoltage Faults

Abstract

Introduction

Basic operation

Minimum fault length monitor

Conclusion

Chapter 272: Power Supply Sequencing Made Simple

Abstract

Introduction

Three phases of the power management cycle

LTC2928 configuration software designs it for you

Conclusion

Chapter 273: Pushbutton On/Off Controller Simplifi es System Design

Abstract

Introduction

De-bounces turn-on

Protect against faults at power-up

Controlled power-down

Operation without µP

High voltage, micropower

Conclusion

Chapter 274: Tracking and Sequencing Made Simple with Tiny Point-of-Load Circuit

Abstract

Introduction

Basic operation

Negative supply tracking

Conclusion

Chapter 275: Accurate Power Supply Sequencing Prevents System Damage

Abstract

Introduction

How it works

Conclusion

Chapter 276: Power Supply Tracker Can Also Margin Supplies

Abstract

Conclusion

Chapter 277: Dual Micropower Comparator with Integrated 400mV Reference Simplifies Monitor and Control Functions

Abstract

Introduction

“Gas gauge” battery monitor

Simple window-function status monitor

Micropower thermostat/temperature alarm

Conclusion

Chapter 278: Monitor network compliant -48V power supplies

Abstract

Introduction

Features

Application example

Chapter 279: Multiple Power Supplies Track During Power Up

Abstract

Introduction

Five supply voltage tracker circuit

Conclusion

Chapter 280: I2C Fan Control Ensures Continuous System Cooling

Abstract

Introduction

Continuous system cooling and tachometer monitoring

Additional features

Chapter 281: Monitor System Temperature and Multiple Supply Voltages and Currents

Abstract

Multitude of measurements

Section 21: Powering LED Lighting & Other Illumination Devices

Chapter 282: 60V, Synchronous Step-Down High Current LED Driver

Abstract

Introduction

48V input to 35V output, 10A LED driver optimized for efficiency

36V input to 20V output, 10A LED driver with fastest PWM dimming

Solar-powered battery charger

Conclusion

Chapter 283: 60V Buck-Boost Controller Drives High Power LEDs, Charges Batteries and Regulates Voltage with Up to 98.5% Effi ciency at 100W and Higher

Abstract

Introduction

Buck-boost controller drives 100W LED string for airplane and truck lights

36V, 2.5A SLA battery charger

120W, 6V to 55V voltage regulator

Conclusion

Chapter 284: Offline LED Lighting Simplifi ed: High Power Factor, Isolated LED Driver Needs No Opto-Isolators and is TRIAC Dimmer Compatible

Abstract

Introduction

No-opto operation

High power factor, low harmonics

TRIAC dimmer compatible

Open- and shorted-LED protection

CTRL pins and analog dimming

Conclusion

Chapter 285: Reduce the Cost and Complexity of Medium LCD LED Backlights with a Single Inductor LED Driver for 60 LEDs

Abstract

Introduction

Typical application

Need more current?

TSET pin for thermal protection

Channel disable capability

Conclusion

Chapter 286: 100V Controller Drives High Power LED Strings from Just about Any Input

Abstract

Introduction

Boost

Buck mode

Buck-boost mode

Conclusion

Chapter 287: Triple LED Driver in 4mm ?5mm QFN Supports LCD Backlights in Buck, Boost or Buck-Boost Modes and Delivers 3000:1 PWM Dimming Ratio

Abstract

Introduction

Integrated PMOS drivers improve PWM dimming ratio to 3000:1

Buck mode circuit drives three 500mA LED strings

Boost mode circuit drives three 200mA LED...

Über Autor(innen)

Dobkin, Bob
Bob Dobkin is a founder and Chief Technical Officer of Linear Technology Corporation. Prior to 1999, he was responsible for all new product development at Linear. Before founding Linear Technology in 1981, Dobkin was Director of Advanced Circuit Development at National Semiconductor for eleven years. He has been intimately involved in the development of high performance linear integrated circuits for over 30 years and has generated many industry standard circuits. Dobkin holds over 100 patents pertaining to linear ICs and has authored over 50 articles and papers. He attended the Massachusetts Institute of Technology.

Hamburger, John
John Hamburger directs global marketing communications programs at Linear Technology, where he was instrumental in developing the Analog Circuit Design book series. Previously with Luminous Networks and Terayon Communication Systems, he helped define marketing strategy from startup to public company, and held positions with Cypress Semiconductor and AMD. Prior to his career in high tech, he was an editor for Addison-Wesley, Harper & Row, WH Freeman, Harcourt Brace, Stanford University Press, and Runner's World. He holds a degree from the University of Chicago.