By Abdul Al-Azzawi
Advanced production for Optical Fibers and built-in Photonic Devices explores the theoretical ideas and business practices of high-technology production. targeting fiber optic, semiconductor, and laser items, this book:
- Explains the basics of normal, high-tech, fast, and additive production workshops
- Examines the construction strains, techniques, and fresh rooms wanted for the producing of products
- Discusses the high-technology production and set up of fiber optic cables, connectors, and active/passive devices
- Describes non-stop development, waste aid via 5S program, and management’s tasks in assisting production
- Covers Lean production procedures, product development, and place of work protection, in addition to internal/external and ISO auditing
- Offers a step by step strategy entire with various figures and tables, exact references, and a thesaurus of terms
- Employs the overseas method of devices (SI) during the text
Advanced production for Optical Fibers and built-in Photonic units presents the newest production achievements and their functions within the high-tech quarter. encouraged by way of the author’s broad business adventure, the e-book presents a finished evaluate of latest production technologies.
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Extra resources for Advanced manufacturing for optical fibers and integrated photonic devices
Therefore, the cost associated with using clean rooms is one of the final cost elements. 1 INTRODUCTION This chapter presents some examples of high manufacturing techniques that are used in manufacturing very sophisticated and highly accurate dimension devices. These devices are used in building telecommunication, medical, military, testing, and scanning systems. The interconnection of optical components is a vital part of an optical system, affecting performance. With a light source, optical components, and fiber optic cables, a fiber optic device can be built.
Vi. Bring the tube close to the centerpiece until the epoxy forms a bridge between the tube and the centerpiece. Optimize with the positioners on the alignment jig. vii. 3), monitor the glue gap to get the lowest loss on the power meter. viii. Record the reading of the power meter on the product worksheet in the “glue” column after the epoxy was introduced. Make sure the gap between the tube and the centerpiece is between 10 and 30 μm. If the gap is not within that range, replace the centerpiece beside the isolator assembly and repeat steps c and d.
WTLJ: Tube to Lens Joint. WS77: Workmanship Standard 77—Lens Polish Surface Quality. WTPS: Tube Polish Surface Quality. 6. Procedures: a. Materials setup: i. Select the appropriate ring magnet (P/N: 8885) and a polished tube (P/N: WT22 or WT33) according to the product worksheet. ii. Insert the magnet around the fibers. Make sure that the magnet orientation is the same as the one on the magnet used on the alignment jig. This can be verified by sticking the circular magnet to the one 26 Advanced Manufacturing for Optical Fibers and Integrated Photonic Devices on the jig.
Advanced manufacturing for optical fibers and integrated photonic devices by Abdul Al-Azzawi