Luan Gui Dong (4 results)

paperback. Condition: New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Pages Number: 261 Publisher: Xidian University Press Pub. Date :2004-9-1. This book is divided into 11 chapters. describes the strain sensors. variable reluctance sensors. resistive sensors. piezoelectric sensors. photoelectric sensors and semiconductor sensors commonly used in traditional sensors are introduced. fiber optic sensors. surface acoustic wave sensors. micro-strain sensors. and Z components. sensors and other new sensitive semiconductor sensors. Also commonly used sensor circuit was introduced. This book's narrative Deep step by step. focusing on basic concepts and basic theory. the sensor works as the key link to explain. easier to understand and master. This book can be used as teaching materials science and engineering institutions of higher learning or reference books are also available for the engineering and technical officers. Contents: Chapter 1 Introduction 1 1.1 sensor development and the role of the sensor 1 1.2 2 1.3 What is the classification of sensor performance and sensor 3 1.4 4 1.4.1 evaluation of static characteristics of the sensor dynamic characteristics of the sensor 5 1.4.2 References 15 Section 6 Chapter II strain sensor strain effect 16 2.1 16 2.1.1 16 2.1.2 Strain effects of the classification of strain gauge strain gauge Model 17 2.1.3 Naming strain gauge 20 2.2 20 2.2.1 Main characteristics of the sensitivity coefficients of strain gauge 21 2.2.3 21 2.2.2 Effect of transverse strain gauge dynamics 23 2.2.4 Other Characteristics 25 2.3 26 2.4 Paste strain gauge bridge resistance strain gauge bridge theory and 27 2.4.1 DC characteristics of the bridge and balance equations DC bridge conditions 27 2.4.2 27 2.4.3 AC voltage sensitivity of the equilibrium conditions and the bridge output voltage error and its temperature compensation 29 2.5 30 2.5.1 Temperature 30 2.5.2 error causes the temperature compensation resistor strain gauge 32 2.6 strain sensors 34 2.7 37 2.7.1 37 2.7.2 elastic strain sensor force measurement and load cell strain gauge pressure sensors 38 2.7.3 43 2.7.4 45 2.8 Strain accelerometer several new micro strain gauge sensor 46 2.8.1 46 2.8.2 piezoresistive effect sensor processing technology 47 2.8.3 miniature silicon strain sensor 49 2.8.4 X-type thin-film silicon pressure sensor 50 2.8.5 Reference strain sensor 51 Chapter 51 Optical photoelectric effect sensors 52 3.1 52 3.1.1 52 3.1.2 external photoelectric effect photoelectric effect within the pyroelectric effect 53 3.2 55 3.3 56 3.4 light absorption coefficient of the characteristics of said light sensor sensitivity of 57 3.4.2 France 57 3.4.1 Spectral sensitivity S the wavelength and peak 57 3.4.3 Relative spectral sensitivity Sr 57 3.4.4 integral flux sensitivity S 58 3.4.5 Valve H 58 3.4.6 normalized detectivity D * 59 3.4.7 conversion features Sz t and response time of the optoelectronic devices 59 3.4.8 59 3.4.9 Frequency temperature characteristics of the light features 60 3.4.10 60 60 3.4.11 3.5 volt-ampere characteristics of photoelectric photoelectric sensors 61 3.5.1 61 3.5.2 62 3.5.3 photomultiplier 3.5.4 photodiode photosensitive resistor 65 and phototransistor 71 3.5.5 photocell 80 3.5.6 PIN silicon photodiode 86 3.5.7 avalanche photodiode APD 86 3.5.8 87 3.5.9 semiconductor color sensor photoelectric sensor thyristor pyroelectric sensor 88 3.5.10 3.5.11 89 90 3.5.12 Darlington phototransistor optocoupler devices 91 3.5.13 vidicon 91 3.5.14 CCD image sensor 92 References 94 Chapter 4.1 96 optical fiber sensor fiber optical fiber structure 97 4.1.1 97 4.1.2 Light propagation in optical fiber optical fiber 97 4.1.3 98 4.1.4 several important parameters of fiber strength amplitude of the type 99 4.2 101 4.2.1 Fiber Sensor reflective optical fiber displacement sensor pressure measurement sensor 101 4.2.2 103 4.2.3 103 4.2.4 Mobile microbend grating fiber optic sensors fiber optic sensors 104 4.3 107 Interf.

paperback. Condition: New. Deep and paperback. Pub Date: 2005 07 Pages: 479 Language: English Publisher: Peking University Press piezoelectric transducer and transducer array (revised edition) focuses on explaining the piezoelectric transducer and the basic theory of the transducer array. made a focus on the important issues involved in transducer and transducer array. and an overview of the developments. The book is 15 chapters. Chapter Introduction; second. three. four chapters to the basics of the piezoelectric tran.

paperback. Condition: New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Pub Date: 2012 09 Pages: 327 Publisher: College of electronic information class of Xi'an University of Electronic Science and Technology Publishing House. the 12th Five-Year Plan textbook: sensor and its applications (2nd edition) is divided into 13 chapters. the strain sensor variable reluctance sensors. resistive sensors. piezoelectric sensors. photoelectric sensors and semiconductor sensors commonly used in traditional sensor. also introduced a new type of fiber optic sensors. surface acoustic wave sensors. MEMS sensors and Z semiconductor sensing element sensors sensor . also made a presentation on common sensor circuit. The narrative of the book contents implemented progressively. step by step. focusing on basic concepts and basic theory. the sensor works as the key link to explain. easier to understand and master. Sensor and its applications (2nd edition) as the teaching of science and engineering institutions of higher education textbooks or reference books are also available for engineering and technical personnel reference. Book edited by LUAN Gui winter. Jinduo. Jin Huanyang. Contents: The sensor's dynamic characteristics of the sensor static characteristics of the sensor performance and evaluation of Chapter 1 Introduction 1.1 sensor development and the role of the concept of the 1.2 sensor 1.3 Sensor Category 1.4 1.4.1 1.4.2 2.1 resistance refer to Chapter 2 strain sensor dynamic characteristics of the strain sensitivity coefficient of 2.2 the main characteristics of the strain gauges classification 2.1.3 strain gauge resistance strain effect of strain effects 2.1.1 2.1.2 strain gauge Model naming 2.2.1 2.2.2 Transverse Effect 2.2.3 strain gauge 2.2.4 Other characteristics parameters 2.3 strain gauge pasted 2.4 bridge principle and resistance strain gauge bridge voltage sensitivity of the characteristic equation 2.4.1 DC bridge and balance conditions 2.4.2 DC bridge 2.4.3 AC bridge balance conditions and voltage 2.5.2 temperature compensation method 2.6 2.7 strain gauge sensor resistance strain gauges 2.7.1 2.7.2 strain elastic sensing element dynamometer load cell output 2.5 Temperature error compensation 2.5.1 temperature causes of error 2.7.3 strain Several new technologies 2.8.3 2.8.2-sensitive components processing of new micro strain gauge sensor 2.8.1 piezoresistive effect miniature silicon strain gauge sensor strain acceleration sensor type pressure sensor 2.7.4 2.8 2.8.4 X-type silicon pressure sensor 2.8 .5 film strain gauge sensor reference photoelectric sensor Chapter 3 3.1 3.1.1 outside of the photoelectric effect photoelectric effect photoelectric effect 3.2 pyroelectric effect 3.3 optical absorption coefficient of 3.4 light sensor characteristics 3.1.2 3.4.1 Sensitivity notation 3.4.2 spectral sensitivity S () with the peak wavelength 3.4.3 relative spectral sensitivity s () 3.4.4 integral flux threshold of sensitivity s3.4.5 3.4.6 normalized detection rates D3.4.7 conversion characteristics of s (t) photoelectric sensor and temperature characteristic response time 3.4.8 the frequency characteristics of the photovoltaic devices 3.4.9 Characteristics of light 3.4.10 3.4.11 voltage characteristics 3.5 3.5.1 phototube 3.5.2 the photomultiplier 3.5.3 photoresistor 3.5.4 photoelectric 3.5.6 PIN diodes and phototransistors 3.5.5 photocell type silicon photodiode 3.5.7 avalanche photodiode (APD) 3.5.8 semiconductor color sensor 3.5.9 optoelectronic thyristor 3.5.10 pyroelectric sensor 3.5.11 the Darlington phototransistor 3.5.12 photocoupler devices . Chapter 4 Chapter 7 Chapter 6 Chapter 5 Fiber Optic Sensors variable reluctance sensor piezoelectric sensor piezoelectric acoustic sensor Chapter 8 Chapter 9 semiconductor sensor potentiometer-type References sensors Chapter 10 capacitive sensors Chapter 11 Z-sensitive semiconductor components Chapter 12 Chapter 13 MEMS sensors sensor circuitFour Satisf.

paperback. Condition: New. Paperback. Pub Date: 2018-10-01 Pages: 349 Language: Chinese Publisher: Xi'an University of Electronic Science and Technology Press. Sensors and Their Applications (3rd Edition) is divided into 14 chapters. introduces the strain sensor. variable reluctance sensors. resistive sensors. piezoelectric sensors. photoelectric sensors. and semiconductor sensors and other commonly used conventional sensors .