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凝睿电子商城 NR Store > 原厂书籍及光盘 Selection Guide&CDROM > 伍尔特电子 Wurth Elektronik > 工具书(推荐) Design Guides > Trilogy of Magnetics
Trilogy of Magnetics
产品编号 Part Number:NR-744006
市场价 Market Price:¥0.00
凝睿价 NR Price:¥350.00  
产品重量 Weight:1000.00g
简述 Description:磁性元器件设计三部曲——伍尔特出品
数量 Qty:

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书名:Trilogy of Magnetics           中文译名:磁性元器件设计三部曲

伍尔特产品编号:744006       ISBN编号:978389929157

出品方:伍尔特电子  

详细信息 RELATED DETAILS

The Design Guide "Trilogy of Magnetics"in its 4th edition The design guide for EMI Filter Design and SMPS & RF Design
Circuit is completely revised, newly structured, and covers a multitude of new components and applications.
The design guide is divided into the following chapters: Basic Principles, Components, and Applications. A keyword index,
as well as a formulary, complete the book.The objective of the design guide, “Trilogy of Magentics”, is to practically familiarize
customers and users with the characteristics and applications of inductive components. The design guide was published 8
years ago for the first time and is now a standard work for lots of development departments and universities. Over 15,000
copies of the book have been sold in the last 8 years.In the 4th edition,the explanation of old techniques and component
has been set aside to have more room for new components and applications. Notably, a multitude of external authors from
our customer base and our well-known manufacturers passed on their experiences and solutions in the Basic Principles and
Applications section.

The following articles are exemplary highlights:

· Calculation, dimensioning and construction of customer-specific transformers (Do-it- yourself transformer design)
· A transformer’s effect on return loss
· Class-D amplifier
· An introduction to frequency compensation
· Basic principles of Ethernet & Power-over-Ethernet  Furthermore, the Trilogy includes over 200 practical examples to
the following topics:
· Filter circuits
· Audio circuits
· Video circuits
· Interfaces
· Motor control units
· SMPS
· Line filter
· Power supply

“磁性元器件设计三部曲”第四版,针对EMI滤波器的设计和开关电源及射频电路设计做了修订,全新的结构,涵盖了许多新的
组件和应用程序。 整书含有关键词检索、公式,大致分为以下几章:基本原理,组件,和应用。“磁性元器件设计三部曲”,
使用者切实了解电感元件的应用及特点。此书8年前第一次出版,期间已销售15000册,现在已是许多公司和高校的指导性工具。
在第四版中,旧的技术和部件的解释已去除以便详细讲解新的组件和应用程序。

文章主要内容:

·客户特定的变压器的尺寸和结构(变压器DIY)

·回波损耗变压器的影响

·D类放大器

·频率补偿导论

·以太网此外以太网与电力基本原则的三部曲,包括200多个实际例子以下主题:

·滤波电路

·音频电路

·视频电路

·接口

·电机控制单元

·开关电源

·线路滤波器

·电源
 

书籍目录 BACKLIST

I Basic principles

Part 1: Basic principles
1 Basic principles of inductive components
1.1 Ampère’s Law and magnetic field strength
1.1.1 Straight current conductor
1.1.2 Toroidal coil
1.1.3 Long solenoid
1.2 Magnetic induction B
1.3 Magentic flux
1.4 Faraday’s law
1.5 Core materials and their losses
1.6 Permeability μ
1.6.1 Complex permeability
1.6.2 Comparing core materials
1.7 Inductance L
1.7.1 Definition of inductance L
1.7.2 Definition of the AL value
1.7.3 Impedance Z
1.7.4 Self-resonant frequency (SFR)
1.7.5 R losses
1.7.6 Copper losses
1.7.7 Definition of quality factor
1.7.8 Temperature behaviour
1.7.9 Current rating
1.7.10 Saturation current
1.8 Differentiating EMC ferrite ↔ inductor
1.9 Functionality of a transformer
2 Equivalent circuits and simulation models
2.1 The most important types of equivalent circuits
2.2 EMC ferrite equivalent circuits
2.3 Transformer: Parasitic parameters and equivalent circuit
2.4 Simulation with LTspice
2.5 Design of optimized EMC filters for real operating environments
3 Ethernet and Power-over-Ethernet
3.1 Basic notions
3.1.1 The OSI reference model
3.1.2 What is Ethernet (standard 802.3)
3.1.3 The different types of encoding for Ethernet
3.1.3.1 Manchester or Biphase code
3.1.3.2 nB/mB encoding
3.1.3.3 NRZI encoding (Non Return to Zero Inverted)
3.1.3.4 MLT-3 encoding (Multi Level Transition 3)
3.1.3.5 PAM 5 encoding (Pulse Amplitude Modulation 5)
3.1.4 The standardization bodies
3.1.5 Sample application diagrams and recommended routing
3.1.6 Bob Smith termination
3.1.7 Twisted Pair
3.2 Power over Ethernet (PoE)
4 S-Parameters
4.1 Basic theoretical principles
4.2 Conceptual design of matching circuit by means of a Smith chart

II Components

Part 2: Components
1 EMC Components
1.1 Various forms of ferrite
1.2 Snap Ferrites
1.2.1 STAR-TEC, Toroidal Ferrite, STAR-CLIP
1.2.2 Snap ferrites with a defined air gap – STAR-GAP
1.3 THT components: 6-hole ferrite bead, ferrite bridge WE-MLS
1.4 SMD ferrites WE-CBF
2 Inductors
2.1 Coil with ferrite: WE-MI, WE-PMI; WE-GF (SMD); WE-LQ
2.2 Current compensated choke WE-CNSW; WE-SL;
WE-SL1; WE-SL2; WE-SL3; WE-SL5; WE-LF; WE-CMB;
WE-CMB NiZn; WE-FC
2.3 Power inductors WE-SI; WE-GI; WE-PD; WE-DD; WE-TPC;
WE-HC; WE-HCA; WE-FI
3 Applications for transformers
3.1 Function and application areas of transformers
3.2 Requirements for data and signal transformers
3.3 A transformer’s effect on return loss
3.4 LAN transformers
3.5 Telecom transformers
3.6 Power transformers
4 RF Components
4.1 LTCC (Low Temperate Co-fired Ceramic)
4.2 RF Components
5 Components for Circuit Protection
5.1 Basic Principles
5.2 Varistors
5.3 The ESD suppressor
5.4 TVS diodes
5.5 Designlayout
6 Shielding Materials
7 Capacitors
8 Overview of components

III Applications

Part 3: Filter circuits
1 Filter circuits
1.1 The principle of filtering, functionality and structure of filters
1.2 The low-pass filter
1.3 Filter circuitry
1.3.1 Filter ground reference
1.3.2 Symmetrical filtery common-mode filter
1.4 Use of filters in interface applications
1.5 Filter circuit layout
1.5.1 Component placement
1.5.2 Conductor track routing and layer structure
2 Audio circuitry
2.1 Symmetrical audio transmission
2.2 Stereo power amplifier for multimedia applications
2.3 HiFi audio processors in multimedia applications
2.4 Class D amplifiers
2.5 350 W LF amplifier
3 Video circuitry
3.1 NTSC/PAL video encoder
3.2 3x video amplifier/multiplexer
3.3 VGA video distributor
3.4 Scart interface with A/V switch
3.5 Video multiplexer with coax transmission line
4 Interfaces
4.1 Computer board
4.2 USB interface
4.3 CAN interface with PCA82C252
4.4 The AS-Interface
4.5 Interface filtering of PC peripheral devices with the example
of an RS232 voltage converter
4.6 Alphanumeric display interface
4.7 Clock generator for Pentium II/III systems
4.8 Filtering CLOCK line (practical tip)
4.9 Hall sensor switch
5 RF circuits
5.1 Development of Class 1 devices
5.2 Criteria for the selection of RF components for a 20 dBm
Bluetooth® Front-End Module
5.3 Bluetooth® transceiver with integrated GFSK modem
5.4 Functionality of a WLAN module
5.5 868 MHz ISM band transceiver
5.6 VHF/UHF broadband amplifier
6 Motor control unit
6.1 Radio interference suppression of DC motors
6.2 Stepping motor driver
7 SMPS Basic circuits . 484
7.1 Buck converter/step-down converter
7.2 Boost converter/step-up converter
7.3 Input filter
7.4 SEPIC switching controllers with low input ripple current
7.5 PolyPhase switching converter LTC 1629 for high output currents
7.6 Switching converter applications
7.7 Transformers in switched mode power supplies
7.8 The flyback converter
7.9 The forward converter
7.10 The push-pull converter
7.11 An introduction to frequency compensation
8 Mains filters
8.1 Mains filters
8.2 Power supply filters for DC applications
8.3 Power supply in general
8.4 Filtering an external AC/DC interface
8.5 Broadband filter for voltage supply
9 Power supply
9.1 DC/DC converter
9.1.1 Step-up converter LM1577
9.1.2 Step-down converter LM2575
9.1.3 5 V/1 A DC/DC converter
9.1.4 1.4 MHz DC/DC converter with LT1613
9.1.5 Micropower step-up converter IC LT1615
9.1.6 Step-down switching converter with LT1578
9.1.7 Step-down switching converter with LT1374
9.1.8 Step-down converter with LM2655
9.1.9 Step-down converter with LM2678 (5 A)
9.1.10 White LED high efficiency DC/DC converter NCP5007 (ON Semiconductor)
9.1.11 Step-down regulator with L5973 (STMicroelectronics)
9.1.12 Switching controller for battery operated devices with TPS6420x (Texas Instruments)
9.1.13 Power Factor Correction (PFC) with UC3854
9.2 Switch-mode power supply
9.2.1 Flyback converters for Power over Ethernet with LM5070
9.2.2 Flyback converter with LTC1871
9.2.3 AC/DC converter for worldwide mains input with NCP1014
9.2.4 LinkSwitch– II isolated 4.2 LED driver
9.2.5 LinkSwitch– II non-isolated 350 mA, 12 V LED driver
9.2.6 25 W quasi-resonant power supply
9.2.7 Forward converter with the LTC1681 with synchronous rectifier
9.2.8 Push-pull converter with LT1683

 

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