6Mary Wilson | HTML Editor's Letter(Re)Discovering Embedded |
10CJ Abate | HTML New Product News
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19David Tweed | HTML Test Your EQ - Answers for Issue 276 |
20Michael R. Smith Maddie Lowe Emily Marasco | Systematic Digital ProcessingDSP-SQL Analysis FunctionsYou can combine MATLAB and SQL into a server's database to provide easy access to collected data. This article details how to develop DSP-SQL analysis functions that access the stored database information. DSP-SQL methods required to support the DSP-SQL interface are also described.Download: 277-Smith.zip |
30Oscar Vermeulen Andrew Lynch | DIY Single-Board ComputersPart 2: Logic DesignPart 1 of this article series explained how to build a single-board 8-bit computer. This article focuses on the computer's logic design and describes how logic ICs are used to create the computer's memory, I/O management, and reset and bus interfacing circuitry. |
Questions & Answers38Clemens Valens | Raspberry Pi: One Year Later, 1 Million SoldAn Interview with Peter LomasClemens Valens, Editor-in-Chief of Elektor Online and head of Elektor Labs, caught up with Peter Lomas, hardware designer for the Raspberry Pi single-board computer, earlier this year at the Embedded World 2013 trade show in Nuremberg, Germany. This is a longer version of an interview with Lomas published in Elektor's May 2013 issue. The Lomas interview provided a one-year update on the rapid growth of interest in the Raspberry Pi since Elektor's April 2012 interview with Eben Upton, one of the founders and trustees of the Raspberry Pi Foundation. The UK-based charitable foundation developed the inexpensive, credit card-sized computer to encourage the study of basic computer science in schools. In early 2012, the Raspberry Pi's first production batches were arriving. Since then, more than 1 million boards have been sold. |
42Brian Millier | Raspberry Pi I/O BoardPart 1: Introduction to an Inexpensive SBCThe Raspberry Pi is a small, inexpensive, single-board computer that plugs into your TV and a keyboard. This two-part article series introduces the Raspberry Pi's main features and describes a versatile, intelligent I/O board designed to interface with it. |
Embedded in Thin Slices48Bob Japenga | Concurrency in Embedded SystemsPart 8: Using Files in Concurrent Linux DesignsThis article series has examined the benefits and challenges of designing concurrency into your systems. This final installment discusses file usage. |
The Consummate Engineer52George Novacek | Testing and TestabilityPart 4: Self DiagnosticsThis article series has examined the product testing process. This final installment addresses a system's inner testability, also known as self diagnostics. Keeping diagnostics simple helps avoid false alarms and incorrect faulty component identification. |
The Darker Side56Robert Lacoste | Simulate and Design a Switched-Capacitor FilterSwitched-capacitor filters are necessary for many mixed-signal designs. This article walks you through a filter design and shows how a basic low-pass filter can be modified to create a switched-capacitor filter.Download: 277-Lacoste.zip |
From the Archives64Colin O'Flynn | Advanced USB Design DebuggingAs USB becomes more and more ubiquitous, you must have a solid understanding of how the technology works and how you can use it in your designs. Start by studying the advanced features of USB and then move on to working with a USB MCU. |
From the Bench70Jeff Bachiochi | Serial Displays Save ResourcesPart 2: Button CommandsThe first part of this article series introduced a microcontroller-based project that uses a four-wire interface (power, ground, TX, and RX) connected to a graphic LCD with an integrated touchscreen. Part 2 explains how to implement button commands for display customization. |
76 | Crossword Puzzle |
79 | Crossword Puzzle - Answers for Issue 276 |
80Chris Kim | Tech the FutureThe Future of Very Large-Scale Integration (VLSI) Technology |
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