This FAQ focuses on sources of information useful for electronics and electronics design. It lists meta resources such as EE search engines, FAQ's, Web resources, FTP sites, publications, trade shows, and conferences. It identifies all major EE publications, and it explains how to use the Internet as a tool for practical electronic design.

This site is dedicated to switching-mode power supply circuit designers. Here you will find solutions to the most difficult problems facing you as a power supply designer, a tutorial that places power supply design problems in context, and resources that aid in your power supply design tasks. Power supply design problems and solutions are discussed in a unique problem-solving format, where each problem is identified and discussed, then a test is provided to determine the relevance to your design followed by a general discussion of its solvability. Finally, pointers are provided to where you can find a solution. These pointers are usually in the form of applicable key papers, application notes, websites, and book chapters.

At SPICEsim we try to be as clear and concise as possible in our product data and applications. However, when you have lived and breathed LEDs for as long as we have, occasionally we may make assumptions as to what our clients will know or imply from our data. Here you will find answers and explanations to common questions and problems that users ask when using SPICEsim technology. If you still can’t find the answer you need here, please contact us.

The following resources will provide you with an overview of Embedded System Design, understand the latest measurement techniques, and illustrate design and debug approaches. An embedded system is a special-purpose computer system designed to perform one or a few dedicated functions, often with real-time computing constraints. It is usually embedded as part of a complete device including hardware and mechanical parts. In contrast, a general-purpose computer, such as a personal computer, can do many different tasks depending on programming. Embedded systems control many of the common devices in use today.

PCB Design can be frustrating, time consuming, and very difficult to figure out where to start. We've broken pcb design into 3 sections: schematic capture, pcb footprints, and pcb-layout. These 3 sections will provide you with the resources needed to tackle your first printed circuit board design. Our pcb design guide will also help you figure out which is the best pcb design software to use, whether your project is a hobby or a commercial product. If you've run out of time and looking for a pcb design service we can also help you navigate that process.