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 Demo contains sample screens, disable all pop-up blockers. In this course you will learn a number of the common concepts and terms used daily starting with boards, SMT components, leads, and solder connections. This course is strongly recommended for all new people who will be working on or with SMT assemblies in any area.
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Demo contains sample screens, disable all pop-up blockers. Soldering is basic to electronic assembly. In this course you learn about what a solder system is and how it operates. Using this knowledge then you learn about what too much heat will do, what and why proper techniques are important, and the steps for successful soldering.
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Demo contains sample screens, disable all pop-up blockers. An understanding of the materials involved in soldering is essential. In this course you will learn about wire solder, printed circuit board characteristics, proper temperatures for soldering, fluxes and its characteristics, residues, and methods of cleaning.
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Demo contains sample screens, disable all pop-up blockers. Knowledge of a tip's construction and operation is fundamental to understanding tip care, longevity, and use. In this course you will learn about tip construction and care, tip oxidation, cleaning methods for tips, re-tinning and other common tip problems.
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Demo contains sample screens, disable all pop-up blockers. To become proficient at soldering it is important to know what tips are used for which tasks, the proper tip temperature, and how to properly use them when soldering and desoldering. This course is recommended prior to taking the soldering and desoldering courses.
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Demo contains sample screens, disable all pop-up blockers. There are many ways to solder SMT components. In this course you learn industry accepted procedures and practices starting with inspecting leads for damage, polarity, and pin 1 location. Next is tack soldering followed by single and multi-lead soldering techniques shown with actual video clips for a wide range of common SMT components and lead styles. You actually get to do simulations of picking and placing components to match your knowledge.
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Demo contains sample screens, disable all pop-up blockers. Components may be held by solder and epoxy. Removing or desoldering epoxied components requires special care. In this course you will learn how to first recognize solder and epoxied components, prepare tips for desoldering, identify and use different desoldering tips, and clean up after desoldering.
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Demo contains sample screens, disable all pop-up blockers. Workmanship standards are essential to ensuring quality. In this course you learn why standards are used, when to use the various standards documents, what factors affect functional performance, the levels of repair, classes of products, magnification, preventing over-inspection, how to identify and correct defects and when to perform rework.
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Demo contains sample screens, disable all pop-up blockers.
This course presents an understanding about various workmanship standards, associated documents, terminology, and electrostatic discharge (ESD) awareness issues. You will learn about the different classes of assemblies and how they become important in assembly, plus key words critical to reading and understanding the documents.
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Demo contains sample screens, disable all pop-up blockers.
This course presents different types of terminals and how wires connect to them. This course goes through the lead preparation, forming, and attaching wires to the terminals using single and multi-strand wire. Additional information covers solder cups and extractors.
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Demo contains sample screens, disable all pop-up blockers.
This course explains the forming, insertion, mounting and trimming of through-hole components such as axial, radial, and dual in-line packages (DIPs) and connectors, power transistors and heat sinks.
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Demo contains sample screens, disable all pop-up blockers.
This course presents different methods of soldering, how to properly handle boards, about exposed lead metal, flux interaction, surface mount and leaded component soldering, solder connection acceptance and rejection criteria, cleaning requirements, and inspecting and testing for flux residues.
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Demo contains sample screens, disable all pop-up blockers.
This course describes the issues involved in soldering and inspecting SMT components. Topics covered include adhesives, assorted lead styles specs, alignment criteria of the lead to lands for toe, side, and heel fillets. Also presented is the mounting height of leads and minimum and maximums solder fillets.
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Demo contains sample screens, disable all pop-up blockers.
Discrete wiring refers to wires wrapped on a post (non-solder) or added as jumper wires and then soldered. This course describes the guidelines and requirements for discrete wiring. It discusses turns, insulation, wrap counting, wire routing, material damage, clips and clip attachment, jumper wires and routing jumpers, staking jumpers, and attaching jumpers to SMT and PTH leads.
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Demo contains sample screens, disable all pop-up blockers.
Coatings protect surfaces from a variety of assaults such as moisture and abrasion. This course presents the details about cover coating such as conformal coating and soldermask requirements, thickness, adherence, curing, and inspection.
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Demo contains sample screens, disable all pop-up blockers.
The best, most reliable, and lowest-cost products are those built right the first time. In this course you learn about process verification, data collection, using statistical process control (SPC), audits, inspection, documenting defects, and basic health and safety.
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Demo contains sample screens, disable all pop-up blockers.
This course presents to you the terminology and information relative to solder paste, storage and handling, and its characteristics. The information in this course is very important for production personnel who are involved in handling paste, printing, or reflowing. The contents are not for a specific type or brand of paste, but provide a basic understanding about assorted solder pastes. This course is recommended for all assemblers as a key foundation for working in a production environment.
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Demo contains sample screens, disable all pop-up blockers.
Solder deposits are accurately placed on the substrate by stencil printing. Faults in the printing process are a major source of board failure. Understanding the causes of these defects is a challenging problem as the printing process has a large number of factors to consider such as those relating to paste (formulation, viscosity), the environment (temperature, humidity), machine types (batch and inline), machine setup and technology (alignment, pressure, print speed, blade type etc). Nevertheless, if solder paste printing can be better understood and monitored then there is considerable scope for adaptive process control which would produce economic benefits by leading to enhanced product yield. The information in this course covers all aspects of printing. Topics include terminology, types of print systems, printer setup, printing problems, measurements, and troubleshooting assorted print problems.
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Demo contains sample screens, disable all pop-up blockers.
Stencils are used to print solder paste onto electronic assemblies. This course presents in detail what stencils are, how they are made, the different types, why some apertures are larger or smaller than the patterns, the formulas for calculating apertures, what the impact of fiducials and misalignment cause, all the terms relating to a stencil, and how to handle and store them. It is an essential course for those involved in printing boards or for those wanting to elevate their knowledge to troubleshoot manufacturing problems.
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Demo contains sample screens, disable all pop-up blockers.
Reflowing assemblies using solder paste is the heart of the SMT process. To have the correct profile assures components, boards, and solder joints are not damaged and reliable solder connection is a result. It is very important to learn about various types of reflow profiles. The traditional profiles are being replaced in instances with new types. Profiles are essential for establishing and maintaining processes. With new types of products changes to reflow profiles may be required as well as for new types of solder such as lead-free. In this course you learn all about the terminology, types of profiles, basic types of ovens, measurements and how to setup and take the profiles, and the problems you will see on boards if the profile is not optimum or drifts and starts causing problems.
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Demo contains sample screens, disable all pop-up blockers.
Today the use of electronic products covers a very broad range from toys to satellites, home to office, commercial to military, autos to aerospace, and much more. Almost every aspect of our lives is affected by electronics. To meet these expanding needs modern factories use a high level of automation to build products. Automation affords the opportunity to make the products faster and better while at a lower cost and higher quality. Products may be assembled internally or by outside companies called subcontractors. Working in the electronics assembly industry is an exciting opportunity. It is an opportunity to learn many new things. During this introduction to electronics assembly we present to you a basic understanding of the assembly processes and equipment, packages, and things to be aware of. Once this introductory course is completed you will have become acquainted with how a low and high volume factory are arranged and what each piece of equipment is used for.
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Demo contains sample screens, disable all pop-up blockers.
This course describes the characteristics and uses of the various BGA package types. Topics include ball patterns, PBGA parts, CCGAs, uBGA and CSP packages, full matrix BGA, lid types, non-eutectic solder balls, power dissipation, package shapes, parasitics, SBGAs, solder columns, and TBGAs.
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Demo contains sample screens, disable all pop-up blockers.
This course provides information and demonstration on techniques and issues surrounding the recycling of PBGA packages. Topics covered in the course include the step-by-step process for cleaning and preparing the package for reuse, and the profiling and attachment of the part to the printed circuit board.
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Demo contains sample screens, disable all pop-up blockers.
Rev B to C Changes for IPC-A-610 and J-STD-001 presents what changes were made in changing revisions of these documents. Only content within the modules that has been changed is presented. For details, links are provided in the course to the text of each document.
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Demo contains sample screens, disable all pop-up blockers.
The intent of this course is to provide the learner with a sound understanding of the fundamentals of soldering technology for SMT components. Upon completion you will have knowledge about SMT components, boards, solder, flux, soldering tips, temperatures, and techniques for soldering and desoldering. This course starts with understanding the terminology used, the materials, solder tip shapes, temperatures, and finally demonstrating soldering techniques in detail. The course has 8 modules. Course price includes all 8 modules but the modules can also be purchased individually. TE0001-BC includes both the course book and online training course with unlimited access for one student for 365 days. You save $69 over buying the online course and course book separately. There is no online access if you purchase the course book only. |
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Demo contains sample screens, disable all pop-up blockers.
The intent is to provide the learner with a sound understanding of the standards for inspecting assembled SMT and through-hole components. Upon completion you will have knowledge about inspection standards for alignment, solder connections, and boards. You will also learn about process control and audits, ESD, and much more. The course starts with understanding the terminology. It presents information about each of the most common types of terminals and how leads are to be attached, followed by information about the forming and insertion for leads into a board, then after solder what are acceptable solder connections. If jumpers are required the information presents how they are to be routed and solder attached. The information in the course is based on the J-STD-001 revision C & IPC-A-610 revision C. The course has 8 modules. Course price includes all 8 modules but the modules can also be purchased individually. TE0006-BC includes both the course book and online training course with unlimited access for one student for 365 days. You save $99 over buying the online course and course book separately. There is no online access if you purchase the course book only. |
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Demo contains sample screens, disable all pop-up blockers.
For those joining manufacturing companies and would like to learn the critical basic information. You will learn about assembly line types, equipment, materials, terms, and processes this curriculum will be of immense value. There are five courses in the curriculum including: intro, solder paste, stencils, printing, and reflow. Each of these courses gets into details that are helpful in your career in manufacturing. The course has 5 modules. Course price includes all 5 modules but the modules can also be purchased individually. TE0062-BC includes both the course book and online training course with unlimited access for one student for 365 days. You save $69 over buying the online course and course book separately. There is no online access if you purchase the course book only. |
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Demo contains sample screens, disable all pop-up blockers.
Anyone involved in the transition to lead free should take this highly informative course. If you are involved in any area of board or assembly manufacturing, components, design, quality, test or sales this will help you immensely in your understanding of the issues and possible solutions of moving to lead free. TE0250-BC includes both the course book and online training course with unlimited access for one student for 365 days. You save $265 over buying the online course and course book separately. This course has 12 modules and course price includes all 12 modules. There is no online access if you purchase the course book only. |
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