June 4 - Day 3: What’s Next After 3D Printing?
Focus on Fundamentals 6/4/2015 Post a comment Get practical knowledge on choosing a viable production method for your part. Could you use additive manufacturing for final part production, or would you need CNC machining or injection molding? Each process has its advantages and disadvantages, including material processability, geometry limitations and part repeatability. Learn the different techniques used for quick-turn, low- to mid-volume part production before a potential shift to large-scale manufacturing with steel tooling.
June 3 - Day 2: Design Considerations for Manufacturability
Focus on Fundamentals 6/3/2015 Post a comment This class presents an evaluation of material options as well as performance factors that impact the design and engineering of additive parts. Following the prototyping stage, material choice and part geometry have to be finalized, in addition to production planning and manufacturing process selection. You’ll learn how a 3D-printed concept evolves into a functional prototype for form and fit testing and then into a final part that is suitable for increased production.
June 2 - Day 1: Review of Industrial Additive Manufacturing Options
Focus on Fundamentals 6/2/2015 Post a comment The Maker and desktop 3D printing movements may have been dominating the general press, but this class will focus on comparing industrial-grade additive manufacturing technologies like stereolithography, selective laser sintering and direct metal laser sintering used to produce higher quality prototypes and low-volume production parts.
February 5 - Day 3: Design for Direct Manufacturing with 3D Printing
Focus on Fundamentals 2/5/2015 75 comments Compliance standards established by IEC, ISO and other regulatory organizations provide guidelines for manufacturers to follow when designing, producing and testing consumer electronics designs. There are also global standards to keep in mind. Learn more about the various standards that designers should be aware of in order to be compliant.
February 4 - Day 2: 3D Printing Materials for Direct Manufacturing
Focus on Fundamentals 2/4/2015 125 comments Manufacturing demands the right materials for product performance. In many cases 3D printing can (additive manufacturing) deliver. Get a fast and comprehensive brief on what materials are now available in 3D printing – the list is growing! We’ll also make sure you know what details to consider and touch on standards that are often used to qualify a material for an application.
December 11 - Day 3: Consumer Electronics Standards
Focus on Fundamentals 12/11/2014 73 comments Compliance standards established by IEC, ISO and other regulatory organizations provide guidelines for manufacturers to follow when designing, producing and testing consumer electronics designs. There are also global standards to keep in mind. Learn more about the various standards that designers should be aware of in order to be compliant. This session also includes time for questions and answers on consumer electronics circuit protection, applications and standards topics.
December 10 - Day 2: Consumer Electronics Circuit Protection Applications
Focus on Fundamentals 12/10/2014 75 comments In today’s consumer electronics designs, everything must be smaller, lighter and faster. The technology must never lose connectivity. Users spend countless hours of hands-on time with their devices and, as a result, they represent the biggest electrostatic discharge (ESD) threat. This session addresses various circuit protection applications – from touchscreens and rapid recharging to communications ports – identifying the problems and best solutions for both ESD and lightning surge protection.
December 9 - Day 1: Consumer Electronics Overview & the Importance of Circuit Protection
Focus on Fundamentals 12/9/2014 86 comments Today’s consumers are more connected than ever. Smartphones, tablets and wearable tech are all experiencing tremendous growth. Electrostatic discharge (ESD) can easily damage today’s high-tech semiconductors – and users are the biggest ESD threat. Proper circuit protection is needed. This session addresses consumer electronics market growth and answers these questions: What is circuit protection? Why is it important? What are the issues designers should be aware of in their design development?
November 13 – Day 3: Understanding LED Lighting Standards
Focus on Fundamentals 11/13/2014 83 comments Compliance standards have been established by EnergyStar, DOE, IEC and other regulatory organizations, providing guidelines for manufacturers to follow when designing, producing and testing LED lighting designs. There are also global standards to keep in mind. Learn more about the various standards that designers should be aware of in order to be compliant. This session also includes time for questions and answers on related LED lighting circuit protection, applications and standards topics.
November 12 – Day 2: Circuit Protection for LED Lighting Applications
Focus on Fundamentals 11/12/2014 111 comments As the LED lighting market continues to grow across several application segments, the demand for both high-reliability and ROI continues to increase. Regardless of the LED application, circuit protection is needed to safeguard sensitive electronic circuits from electrical threats and meet industry standards for safety and reliability. This session addresses numerous circuit protection applications – from outdoor street lights to indoor area lighting – identifying the problems and best solutions.
November 11 – Day 1: LED Lighting Market Overview & the Importance of Circuit Protection
Focus on Fundamentals 11/11/2014 97 comments The future of LED lighting technology is certainly bright. In spite of fluctuations in the economy and the general lighting industry, LED lighting occupies a significant portion of the overall lighting market. To succeed in this market, electronics engineers must incorporate reliable circuit protection that deliver a strong ROI for their LED designs. This session addresses the LED lighting market growth and answers these questions: What is circuit protection? Why is it important to LED lighting?
October 30 - Day 3: Hydraulic Pumps Efficiency Prediction
Focus on Fundamentals 10/30/2014 95 comments Hydraulic pumps are a crucial component in hydraulic systems. This class discusses the sources of pump inefficiencies. Additionally, the presenter will discuss how pump inefficiencies are affected and predicted under operational conditions, namely system pressure and pump rpm.
October 30 - Day 3: Injection Molding With 3D Printing Molds
Focus on Fundamentals 10/30/2014 68 comments The Minnesota industrial design and product development company Worrell has enthusiastically embraced 3D printing in its medical device business. In this class, Worrell shares how it has managed to take a new look at injection molding and how your business can benefit from doing the same.
October 29 - Day 2: Quantifying Losses in Hydraulic Systems
Focus on Fundamentals 10/29/2014 103 comments Every hydraulic system experiences a certain percentage of losses due to the component inefficiencies and the plumbing used. This class will present the basic calculations needed to quantify the losses in the hydraulic conductors depending on the flow pattern through the conductors.
October 29 - Day 2: End-Use Parts
Focus on Fundamentals 10/29/2014 74 comments 3D printed parts are strong and durable enough to be used as end-use products. Jack Stubbs is proving this by 3D printing anatomically accurate mannequins to be used in medical training. Listen in as he describes how 3D printing end-use parts has changed the way the University of Minnesota Medical School is teaching students.
October 28 - Day 1: Jigs & Fixtures and Tooling
Focus on Fundamentals 10/28/2014 110 comments Additive manufacturing can drastically reduce costs and accelerate delivery when substituted for current methods of making jigs and fixtures. Learn more when David Baker, President of Worxsimple, discusses how his company is using 3D printing in its work cycle.
October 16 - Day 3: Automotive Electronics Standards
Focus on Fundamentals 10/16/2014 54 comments Test standards have been established by the Automotive Electronics Council (AEC) Component Technical Committee and other regulatory organizations to provide strict guidelines for manufacturers to follow when designing, producing and testing vehicles. Learn more about the various standards designers should be aware of in order to be compliant. This session also includes time for questions and answers on related automotive electronics circuit protection, applications and standards topics.
October 15 - Day 2: Automotive Electronics Circuit Protection Applications
Focus on Fundamentals 10/15/2014 73 comments In modern automotive designs, all on-board electronics are connected to the battery and alternator. Due to its instability, the alternator output requires further conditioning before it can be used to power other systems. Protecting the vehicle’s performance and safety systems are vital to ensuring the safety and well-being of the driver and passengers. This session addresses numerous circuit protection applications – under the hood and in the cabin – identifying the problems and best solutions.
October 14 - Day 1: Automotive Electronics Overview & the Importance of Circuit Protection
Focus on Fundamentals 10/14/2014 82 comments Today's automotive designs include nearly 100 microprocessors; the number of processors is expected to double in 5 years. All on-board electronics – from in-dash displays to the latest connected technologies – all need circuit protection. This session addresses the automotive electronics market and the answers to these questions: What is circuit protection? Why is it important to automotive electronics? What are the issues designers should be aware of in the development of their designs?
October 2 - Day 3: Using SoC FPGAs as ‘C’ Implementation Platforms
Focus on Fundamentals 10/2/2014 274 comments Modern SoC FPGAs can be used as platforms for ‘C’ language-based software development to further hide ‘hardware’ details from the software-centric developer. Tools such as SDK for OpenCL promote software-centric design and result in implementations that exploit both hard CPUs and fabric-based accelerators. An example design for Advanced Driver Assistance System (ADAS) will be used to illustrate the tool flow for ‘C’ based development.
October 1 - Day 2: Using SoC FPGAs as IP Integration Platforms
Focus on Fundamentals 10/1/2014 290 comments This class will show how SoC FPGAs can be used as IP integration platforms, delivering enhanced flexibility to the software developer. Hard IP for processors, peripherals, and memory can be combined with soft (fabric) resources for additional peripherals and algorithm acceleration. Example applications in motor control and automotive drive train controllers will illustrate how easy it is to create the optimal target platform for embedded software development.
September 30 - Day 1: An Introduction to SoC FPGAs
Focus on Fundamentals 9/30/2014 456 comments This class provides an overview of the capabilities of SoC FPGAs and how they can be used as a familiar development platform for embedded software. The additional flexibility that SoC FPGAs have over traditional MCUs and CPUs makes them much more efficient for integrating IP and accelerating algorithm performance. SoC FPGAs can help reduce overall system cost and risk.
August 14 - Day 3: Problem Solving With Plastic Bearings
Focus on Fundamentals 8/14/2014 100 comments Problem-solving day: Plastics can solve some really complex problems in the trickiest applications. Learn about a range of tricks and tools that are available to help find the solution to bearing issues in your applications. Discover a range of free tools and databases that can help discover the best solution for applications with special considerations and requirements.
August 13 - Day 2: The Right Plastic Bearing Material for Any Application
Focus on Fundamentals 8/13/2014 128 comments Plastic bearings can be found in everything from sterile lab equipment to heavy-duty offshore equipment. Discover a range of plastic bearing materials and geometries that suit this wide array of applications. From hot to cold, and occasional light-duty movements to constant, extremely heavy loads, there’s a plastic material developed to conquer just about anything.
August 12 - Day 1: Plastic vs. Metal
Focus on Fundamentals 8/12/2014 127 comments You may be surprised to hear the applications that are taking advantage of plastic bearings. While metal may still win out in some cases, plastic bearings can be just as effective and reliable as metals, if not more so. Learn the differences in technologies and how to decide which material is best for the task at hand.
May 1 - Day 3: Multi-Axes Control Architectures
Focus on Fundamentals 5/1/2014 105 comments The next step in complexity is combining several axes to perform a coordinated motion. This class reviews the different concepts that can be used. The motion control example for a delta robot illustrates how high-level multi-axes control can be achieved.
April 30 - Day 2: DC Motor Data Sheets & Selection Rules
Focus on Fundamentals 4/30/2014 137 comments This class starts with a short review on DC motor design types and their properties. We will look at the operational limits of DC motors and their behavior. A practical motor selection example will illustrate what we have learned up to this point.
April 29 - Day 1: A Systematic Approach to Drive Selection
Focus on Fundamentals 4/29/2014 169 comments This class will provide a framework for drive selection. We will review the general requirements of drives used in robotic systems. We will deal systematically with the selection criteria of an individual axis, including power and mechanics, as well as control and environmental aspects.
Researchers at the University of Maryland have achieved a first in lithium-ion battery science: the development of a successful lithium-based battery using one material for all three core components of a battery -- anode, cathode, and electrolyte.
The online Bar Steel Fatigue Database for automotive design engineers has been updated for the fifth time and now contains 134 iterations, or grade/process combinations. It provides better predictability for designing parts with long-term reliability and durability.
FPGAs use programmable fabric to create custom logic, but this flexibility comes at a cost -- usually around 10 times more silicon real estate and 10 times the power dissipation. Can we really claim any FPGA is low power?
Focus on Fundamentals consists of 45-minute on-line classes that cover a host of technologies. You learn without leaving the comfort of your desk. All classes are taught by subject-matter experts and all are archived. So if you can't attend live, attend at your convenience.