Items related to 电子工程师成长...
Synopsis
《电子工程师成长之路：图解常用电子元器件的识别与检测》采用数码照片的形式对各种元器件进行详细的介绍，使读者可以“零距离”地认识这些元器件；在写作形式上，力求通俗易懂，以满足不同文化层次的读者需求；在内容上，花费大量的篇幅讲述最常用、最实用的元器件资料，对一些应用范围很小的元器件则只做简单介绍，使读者能够学习到电子元器件知识的“精华”，做到“学以致用”；在应用电路实例中，尽量介绍日常生活中常用的电子产品电路，使读者在学习电子元器件知识的同时可以掌握各种电器的原理，加深学习的效果。《电子工程师成长之路：图解常用电子元器件的识别与检测》大量采用图解形式，图文并茂、内容生动、直观易懂，适合电子技术初学者阅读，也町作为电子技术基础培训的教材使用。第1章图解电阻器和电位器的识别与检测1.1普通电阻器1.1.1普通电阻器外形的识别1.1.2普通电阻器电路图符号的识别1.1.3普通电阻器封装形式和主要参数的识别1.1.4电阻器标称阻值的识别1.1.5普通电阻器应用电路的识别1.1.6普通电阻器的检测1.2敏感电阻器1.2.1光敏电阻器1.2.2压敏电阻器1.3电位器1.3.1电位器的类型及其阻值的识别1.3.2电位器应用电路的识别1.3.3电位器的检测第2章图解电容器的识别与检测2.1电容器种类的识别2.2电容器电路图形符号及其参数的识别2.2.1电容器电路图形符号的识别2.2.2电容器的主要参数2.2.3电容器主要参数的识别2.3电容器的检测2.3.1用指针式万用表检测电容器2.3.2用数字式万用表检测电容器2.4电容器应用电路的识别2.4.1电容器的串、并联电路2.4.2电容器滤波电路2.4.3电容器微积分电路2.4.4电容器信号过滤电路2.4.5电容器信号耦合电路2.4.6电容器振荡电路2.4.7电容器降压电路第3章图解电感器和变压器的识别与检测3.1电感器类型的识别3.2电感器电路图形符号和参数的识别3.3电感器应用电路的识别3.4电感器的检测3.5变压器类型的识别3.6变压器电路图形符号与应用电路的识别3.6.1变压器电路图形符号的识别3.6.2变压器应用电路的识别3.7变压器的检测第4章图解二极管的识别与检测4.1二极管类型的识别4.2二极管电路图形符号和极性的识别4.3二极管应用电路的识别4.3.1二极管整流电路4.3.2二极管开关电路4.3.3二极管续流电路4.3.4二极管降压电路4.3.5二极管检波电路4.3.6二极管隔离电路4.3.7二极管限幅电路4.3.8二极管逻辑门电路4.3.9稳压二极管应用电路4.3.10双向触发二极管应用电路4.3.11变容二极管应用电路4.3.12发光二极管应用电路4.4二极管的检测第5章图解晶体三极管的识别与检测5.1晶体三极管种类的识别5.2三极管型号与图形符号的识别5.3三极管引脚的识别5.4三极管应用电路的识别5.4.1三极管电路的连接形式5.4.2三极管工作特性曲线的识别5.4.3三极管放大电路的识别5.4.4三极管开关电路5.5三极管的检测5.5.1用指针式万用表检测三极管5.5.2用数字式万用表检测三极管第6章图解场效应管的识别与检测第7章图解晶闸管的识别与检测第8章图解
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Electronics Engineers growth path: diagrams commonly used in the identification and testing of electronic components(Chinese Edition)
ISBN 10: 7121190982
ISBN 13: 9787121190988
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paperback
Seller: liu xing, Nanjing, JS, China
Seller rating 5 out of 5 stars
paperback. Condition: New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: 2013 Pages: 306 Language: Chinese in Publisher: Publishing House of Electronics Industry Electronics Engineers growth path: diagrams commonly used electronic components to identify and detect the form of digital photos of various components in detail introduction. so that readers can zero distance to recognize these components; formally in writing. and strive to be easy to understand. and to meet the needs of different cultural level readers; most commonly used to spend a lot of content length about the most practical component data. the application of a very small range of components is only brief. so that readers can learn the essence of the knowledge of the electronic components. do the Learning; application circuit examples. try to introduce daily life electronic products circuit. so that readers can learn the knowledge of electronic components. while to grasp the principle of a variety of electrical. deepen the learning effect. The large number of growth path Electronics Engineers: diagrams commonly used electronic components identification and detection diagrammatic form. illustrations. content vivid. intuitive. suitable electronic technology beginners read. cho as electronic technology based training Materials. Contents: Chapter 1 graphic resistors and potentiometers identification and detection of identifying 1.1.3 1.1.2 1.1 ordinary resistor 1.1.1 ordinary resistor shape recognition ordinary resistor circuit diagram symbols ordinary resistor package and the main parameters the the ordinary resistor nominal resistance identification 1.1.4 resistors identification 1.1.5 application circuit identification 1.1.6 ordinary resistor detection 1.2 sensitive resistor 1.2.1 photoresistor 1.2.2 varistor 1.3 potentiometer 1.3.1 potentiometer type identification 1.3.2 Potentiometer applications circuit identification 1.3.3 potentiometer resistance detection Chapter 2 graphic identification and detection capacitor the 2.1 capacitor species identification 2.2 capacitor circuit graphic symbols the 2.3 capacitor in the identification of the main parameters of the the parameter identification 2.2.1 capacitor circuit graphic symbols identifying 2.2.2 capacitor parameters 2.2.3 capacitor detection 2.3.1 Analog Multimeter detection capacitors 2.3.2 with digital multimeter detection capacitor 2.4 the capacitor capacitor application circuit identification 2.4.1 serial. parallel circuit the 2.4.2 capacitor filter circuit 2.4.3 capacitor calculus circuit 2.4.4 capacitor signal filtering circuit 2.4.5 capacitor signal coupling circuit 2.4.6 capacitor oscillator circuit 2.4.7 Identification 3.6 3.3 illustrated the identification of the inductors and transformers. in Chapter 3 of the buck circuit. the capacitor with the detection of the identification of the 3.1 inductor type 3.2 inductor circuit graphical symbols and parameters identification inductor application circuit identification 3.4 inductor detection of 3.5 transformer type Graphical symbols of the graphic symbols and the application circuit of the transformer circuit identification 3.6.1 transformer circuit identification 3.6.2 transformer application circuit identification 3.7 transformer detection Chapter 4 illustrating the identification and detection of the diode the 4.1 diode type identification 4.2 diode circuit graphical symbols and 4.3 diode polarity identification application circuit identification 4.3.1 diode rectifier circuit 4.3.2 diode switch circuit 4.3.3 diode freewheeling circuit 4.3.4 diode the buck circuit 4.3.5 diode detector circuit 4.3.6 diode isolation circuit 4.3. 7 diode limiter circuit 4.3.8 diode logic gates 4.3.9 Zener diode circuit 4.3.10 Bidirectional trigger diode the application circuits 4.3.11 varactor diode application circuit 4.3.12 light-emitting diode application circuit 4.4 diode detection Chapter 5 illustrating the identifica. Seller Inventory # NG009998