English

Not applicable.

Of all faculties

The student will be able to orientate in production of asembled and non assembled PCB
 define basic terminology from PCB
 describe and explain differences in basic materials - organic, inorganic - composition, properties and application
 prove knowledges from subtractive technique of PCB production . Name and explain partial production steps of single, double and multilayer PCB
 is able after received knowledges operate with PADS PCB design system, later is able to design simple PCB in PADS
 prove to explain technology procedures from throuh hole technology (THT), surface mount technology (SMT) and mixed technology
 prove to explain flux, solder paste, adhesive and solder alloy functions
 master soldering and cleaning of PCB problematics, is able to disscuss questions of til/lead and lead free techniques
 able to apply received knowledges in real production PCB technology analysis, prove to disscuss partial steps
 master reflow soldering temperature profile measuring and evaluation
 prove to interprete quality requirements for assembly and soldering according to international standards IPC A 610 rev. D , E
 able practically place and solder PCB with surface mounted devices (SMD), master principles and technique of repair of TH and SM devices, manual assembly and deassembly
 master basic english terminology from PCB production and from PCB assembly

The subject knowledge on the secondary school education level is requested.

Not applicable.

Teaching methods depend on the type of course unit as specified in the article 7 of BUT Rules for Studies and Examinations.

Evaluation of laboratory works - max 25 points, test 1st - max 10 points, test 2nd - max 15 points, final written examination - max 40 points, oral final examination - max 10 points. Written and oral part of final examination are duty. Progress to oral part of final examination is only after receiving min 15 points from written part of final examination. Oral part of final examination is passed with min 4 points.
Examination is oriented to evaluation of received knowledges from printed circuit board (PCB) production and surface mount technology (SMT) topics and in practical orientation in technology analysis of real assembled PCB. Student in this analysis demonstrates ability to choose conforming technology procedure of components assembly and of PCB description incl. applied PCB surface treatments.
Requirements for completion of a course are specified by a regulation issued by the lecturer responsible for the course and updated for every year.

1. Base materials for Printed Circuit Boards (PCBś) production, organic, inorganic, reinforcements, resins, copper clad materials. Base materials organic rigid, flexible, rigid/flexible, semiflexible. Properties: electrical, mechanical, thermal, chemical. Standard ČSN EN 61249 – xx – xx.
(Starý) (2 hod.)
2. Organic base materials, properties. Base materials inorganic, comparison with organic. Requirements for base materials, latest trends and development in base materials area. MID.
(Starý) (2 hod.)
3. Interconnection structures, types. Subtractive, semiaditive and aditive methods of production interconnecton structures. PCBś production - main orientation. Base steps in PCBś production. Technology procedure of single, double and multilayer PCB.
(Starý) (2 hod.)
4. Interconnection structures with microvia, SBU methods. PCBś assembly - through hole technology (THT) and surface mount technology (SMT), mixed. Technology procedures. Latest trends in SMT.
(Starý) (2 hod.)
5. Surface moun devices (SMDś), packages, properties, type of leads, IC packages, passive components, elektromechanical devices, BGA packages, construction.
(Šandera) (2 hod.)
6. "Chemistry in assembly" and correct application in process /solder paste, solder alloy, adhesive, conformal coating, packaging material/ (Starý) (2 hod.)
7. Semi semester test (10 questions/9 minutes). Application techniques /screen printing, stencil printing, dispensing/. Stencils, screens - preparation. Basic for quality in printing, factors.
(Starý) (2 hod.)
8. Optical inspection after printing (SPI). Placement of SMDś, pick and place machines, methods of centering components.
(Starý) (2 hod.)
9. Soldering, solder joint, requirements for solder joint. Soldered joint vs. welded joint vs. joint realised with adhesive - comparison. Methods of soldering. Requirements for quality of placement and soldering acc. to IPC A 610 rev. D.
(Starý) (2 hod.)
10. Solder joint reliability. Lead free vs. lead soldering. Thermal management of PCB. Temperature profile measurememts.
(Starý) (2 hod.)
11. Wave soldering (mass), nitrogen atmosphere infuence. Manual soldering, principles, soldering tips maintenance. Reflow soldering, methods, forced convection and nitrogen atmosphere influence.
(Starý) (2 hod.)
12. Testing of assembled and non-assembled PCBś. Quality control, methods. Automatic Optical Inspection (AOI). Statistical tools for quality testing and improvement.
(Starý) (2 hod.)
13. Rework and repairs of PCBś. Contact and hot air/nitrogen method of deassembly and asembly components. Principles and techniques of repairs. Requirements for PCBś quality acc. to IPC and European standards.
(Starý) (2 hod.).

Not applicable.

The aim of the subject is to make students familiar with the printed circuit boards (PCB) production. Initiate them into the material and technology questions of components assembly, which are available at present time. Main focus is in surface mount technology (SMT).

The content and forms of instruction in the evaluated course are specified by a regulation issued by the lecturer responsible for the course and updated for every academic year.

Not applicable.

Not applicable.

ANSI/IPC-A-610 rev. E Standard. The Institute for Electronic and Packaging Electronic Circuits, USA (EN)
LEA, C.: A Scientific Guide to Surface Mount Technology, Electrochemical Publications Ltd., GB 1998 (EN)
Starý, J., Presentations in pdf (EN)
Wassing, R.J.K.:Manufacturing Techniques for Surface Mounted Assemblies, Electrochemical Publications Ltd. GB 1995 (EN)

Hwang, J., S.:Environment-Friendly Electronics: Lead Free Technology, Electrochemical Publications Limited 2001, ISBN 0 901150 401 (EN)