Technical Book: Car Electronics Sensor Technology *Available for preview.
<Author> Hiroshi Yamazaki, Professor Emeritus, University of Tokyo Kanjo Mitani, Representative, Universal Development Design Office <Publication Date> August 31, 2006 <Format> B5 size, 200 pages <Price> 59,640 yen (including tax)
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In the first half of this book, we will clarify the overall picture of sensor technology, which is often perceived as a seemingly disorganized collection of diverse techniques, by returning to its origins and discerning the essence of sensor functions. It will be revealed that the seemingly unrelated variety of signal conversions and device structures are governed by common principles and a few fundamental laws. By organizing existing knowledge against this background, it will become possible to make correct selections and applications of sensors, as well as to design electronic circuits for signal processing. On the other hand, in the automotive field, reliability is particularly important, and we will also introduce the fundamentals of reliability technology from both design and production perspectives. In the second half of the book, I will explain specific points regarding the design and evaluation of sensors, based on my experiences, using real examples of sensors currently adopted in vehicles. Regarding reliability, I will summarize how reliability for automotive sensors has been built and how complaints have been resolved, from my unique perspective. I believe this book will be widely useful for beginners who are just starting to engage with sensors, as well as for veterans and those who are looking to enter the sensor business.
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Chapter 1: Current Status and Future of Sensors for Car Electronics Chapter 2: Introduction to Sensor Technology 1. Sensing Technology and Sensors 2. System of Quantities and Signal Conversion 3. Passive Conversion and Active Conversion 4. Physical Laws Governing Conversion and Characteristics of Sensors 5. Chemical Quantity Sensors as Material Component Sensors 6. Output Signals of Sensors and Transmission 7. Sensor Interface Electronics Technology Chapter 3: Principles and Structures of Basic Sensors 1. Physical Quantity Sensor Devices 2. Chemical Quantity and Component Sensors Chapter 4: Fundamentals of Reliability Technology 1. Introduction to Reliability Technology 2. High Reliability Design Technology 3. Noise and Reliability 4. EMC Technology: Noise Reduction Technology Chapter 5: Practical Sensors and Application Systems 1. Temperature Sensors 2. Pressure Sensors 3. Position Sensors, Angle Sensors, Liquid Level Sensors 4. Distance Sensors 5. Rotation Sensors 6. Acceleration Sensors, Vibration Sensors 7. Torque Sensors 8. Flow Sensors 9. Current Sensors 10. Component Sensors 11. Gas Sensors 12. Solar Radiation Sensors, Illuminance Sensors 13. Other Sensors Chapter 6: Design Points Chapter 7: Points for Sensor Evaluation Chapter 8: Reliability of Sensors
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