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Thin Film Design Using the Essential Macleod (Advanced Course)
Author: InfoCrops   Time: 2014-1-28 09:32:50

Course No. : CS0004
Organizers: Thin Film Center Inc.
Infotek Information Science & Technology Co., Ltd
Co-organizer: Shanghai InfoCrops Science & Technology Co., Ltd、 Uni-Stone Technology Co., Ltd、 Infotek Information Systems Co., Ltd
Media Support: www.opticsky.cn Software Simulation Society in Taiwan
Location: Beijing (Participants will be notified at least 1 week before the course)
Course Instructor: Christopher Andrew Clark (R&D Director)
With site interpretation by professional film engineer
Course Form: Small class teaching (limited to 20 students), Hands-on tutorials in computer-aided coating design are important features of the course. Course-completion certificate jointly awarded by Thin Film Center Inc. and Infotek will be issued to participants
Course Duration: AM 9:00-PM4:00, 19 (Monday)-21(Wednesday), May, 2014
Course Fee:1,000 USD/ person (including course fee, teaching materials, tax and lunch, etc.)
Course Introduction:
This is our well-known standard course on the whole field of optical coatings with an emphasis on hands-on computer-aided design. The course is a mixture of formal lectures and hands-on tutorials with a computer for each student. It is important not only to know how to use the computer, but also to understand the computed results, and both are covered in detail. Calculation of the optical properties of a given thin-film coating is straightforward. Designing for desired optical properties is rather more difficult. Reverse engineering that attempts to identify the errors responsible for manufacturing failures is similar to design but requires an even greater level of understanding. Computers are absolutely necessary in these tasks and much of the course will involve learning effectively to use powerful computer tools, but knowledge of deposition techniques and thin-film behavior is also necessary for the effective designer. Extensive notes have been specially pre-pared for the course. They represent a valuable reference source and can not be obtained except by taking the course.

Instructor

Christopher Andrew Clark
Christopher Andrew Clark is Director of Research at Thin Film Center.
He graduated from the University of Sussex with a degree in Electronic

Engineering and is a Chartered Engineer. After a Lectureship at Brighton Technical College, he had a distinguished career in computer and software development for a variety of systems from radar detection to optical inspection,
before joining Thin Film Center in 1993. His responsibilities include the development of the Essential Macleod software. He has more than twenty publications on the subject of optical coatings.

Syllabus
Quick Refresh of Basic Use of Program
Running the program:
Create a simple design
Plot, 3D Plot and Tabulate performance
Interactive Plots
The Formula technique for specifying designs
Importing and Exporting Data through the clipboard and files.

Conventions – definition of various terms used in the program
Thickness types (Physical, Optical [FWOT, QWOT], Geometric)
How to define the units the program will use
How the program interpolates data

Designing Coatings: Techniques for designing different kinds of coatings
Oblique Incidence coatings
Induced Transmission filters
Color Models (tristimulus, chromaticity, CIE L*A*B*, CIE L*U*V*, dominant wavelength)

Runsheet: Calculating the expected signals during deposition when using an optical monitor.
Description of a simple optical monitor
Tooling Factors
Machine Configuration – specifying the features of the coating equipment
Runsheet – Showing the expected monitoring signal during manufacture
Example using an edge filter design

Simulator: Modeling the deposition process to determine if a Runsheet is robust and not sensitive to errors
The different types of random errors modeled in Simulator
Controls for the optical monitoring algorithm
An example using the edge filter design

Optical Constant derivation
Deriving optical constants of thin metal films and other absorbing films.
Problems with deriving optical constants

Reverse Engineering
The problem of multiple solutions to the search

Report Generator
Customizing the printed output
Instructions available for controlling the printed output including:
Page Layout
Tables
Plots
Including information from other files and data sources

Some Application Examples:

Course Schedule:

Q&A
Attendees are given the opportunity to introduce supplementary topics or ask for some revision, or some similar activity.

Course Fees
1,000USD/person
※The fare is included lunch and refreshment
※Participants should bring computers themselves, Infotek provides software
※The seats are limited so up to 20 participants

Preferential Policy
※ 10% off to customer who registered with the CS0003 and make payment before 30 April 2014
※ 30% off for the course for customer who purchase the course and Macleod software from February 15 to April 30, 2014
※ Group registration: minimal 3 persons will get a 25% off discount, minimal 5 persons will get a 30% off discount (The invoice title should be kept as the same)
※ 10% off for Essential Macleod software purchase and 30% off for the Essential Macleod Chinese Manual purchase for customers who participate in the course before June 30, 2014
※ Above promotions cannot be used at the same time, Infotek enjoys the final interpretation right

Course Registration Form: Click here to download

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