Micro optomechatronics 1st Edition by Hiroshi Hosaka, Yoshitada Katagiri, Terunao Hirota, Kiyoshi Itao 9780824759834 0824759834

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Product details:

ISBN 10: 0824759834

ISBN 13: 9780824759834

Author: Hiroshi Hosaka, Yoshitada Katagiri, Terunao Hirota, Kiyoshi Itao

Fusing developments in optics, electronics, and mechanics, this reference systematically explores and describes an abundance of micro-optomechatronic devices and applications. The authors outline the power and position control of a laser beam, as well as fundamental principles in optical technology. Micro-Optomechatronics systematically explains the devices based upon the fusion of optics, electronics, and mechanics via MEMS technology. The book first demonstrates how devices are classified based upon the control methods of power and position of the laser beam. It then describes the devices in detail according to the classification of control methods. Positional control is classified as intermittent control, constant velocity control, and follow-up control. The volume concludes with an explanation of the optics and dynamics that provide the theoretical background of control methods, and an overview of the influence of nanotechnology and near-field optical memory.

Table of contents:

1. THE WORLD OF MICRO-OPTOMECHATRONICS

1. WHAT IS MECHATRONICS?

2. THE TREND OF INNOVATION

3. POSITIONING OF MICRO-OPTOMECHATRONICS

4. MICRODYNAMICS AND OPTICAL TECHNOLOGY

REFERENCES

2. TECHNOLOGICAL OUTLINE OF MICRO-OPTOMECHATRONICS

1. PRECISION AND INFORMATION DEVICES CREATED BY OPTICAL TECHNOLOGY

2. ESSENCE OF MICRO-OPTOMECHATRONICS TECHNOLOGY

3. CONTROL OF OPTICAL BEAM INTENSITY

4. CONTROL OF OPTICAL BEAM POSITION

REFERENCES

3. INTERMITTENT POSITIONING IN MICRO-OPTOMECHATRONICS

1. MOVING MICROMIRRORS AND THEIR APPLICATION

2. MICROMECHANICAL CONTROL OF CAVITIES BASED ON SLIDE TUNING MECHANISM AND ITS APPLICATIONS

REFERENCES

4. CONSTANT VELOCITY POSITIONING IN MICRO-OPTOMECHATRONICS

1. PHASE-LOCKED LOOP FOR CONSTANT VELOCITY POSITIONING

2. LINEAR WAVELENGTH SCANNING

3. PRACTICAL EXAMPLES OF LINEAR WAVELENGTH SCANNING

REFERENCES

5. FOLLOW-UP POSITIONING IN MICRO-OPTOMECHATRONICS

1. FOLLOW-UP POSITIONING IN CONVENTIONAL OPTICAL DISK

2. FOLLOW-UP POSITIONING OF OPTICAL DISK HEAD MOUNTED ON FLYING HEAD

3. DISPLACEMENT SENSORS BASED ON COUPLED CAVITY LASERS

REFERENCES

6. FUNDAMENTAL OPTICS OF MICRO-OPTOMECHATRONICS

1. FUNDAMENTAL OPTICS

2. OPTICAL RESONATORS AND THEIR APPLICATIONS

3. OPTICS OF DIELECTRIC THIN FILMS

4. EXTRAORDINARY ELECTROMAGNETIC WAVES IN CONDENSED MATTER WITH FREE ELECTRONS

REFERENCES

7. FUNDAMENTAL DYNAMICS OF MICRO-OPTOMECHATRONICS

1. DYNAMICS OF MICROSIZED OBJECTS

2. EQUATION OF MOTION OF THE BEAM

3. FLUID DYNAMICS AROUND MICROSIZED OBJECTS

4. MOVEMENT OF THE BEAM WITH AIR RESISTANCE

5. STICK-SLIP CAUSED BY FRICTION FORCE

REFERENCES

8. NOVEL TECHNOLOGICAL STREAM TOWARD NANO-OPTOMECHATRONICS

1. THE COMING OF NANOTECHNOLOGY

2. NANO-OPTOMECHATRONICS FOR OPTICAL STORAGE

3. SUMMARY

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