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  • Kinetic and Mechanistic Insights into the All-Solid-State Z-Schematic System

    The Journal of Physical Chemistry CDOI: 10.1021/jp509587a

  • Electronic Spark Generator Circuit

    The problem I'm continually faced with is the T1 transformer Burning out, heating, overloading that ends the functioning circuit. http://www.sgscience.dx.am/page2.html The circuit I have used is the second schematic. Everything has been built to spec. The only thing I can think of is b

  • Graphene-Wrapped Rechargeable Lithium-Sulfur Batteries

    By Alessandro Pirolini Schematic of the preparation of a 3-D hierarchically structured graphene-sulfur/carbonZIF8-D composite. Image credit: K.Xi / Cambridge A team of researchers from the UK and...

  • Questions about Multivariable Control, Flow, Valves or PLC Schematics?

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  • Latest DIY board serves higher-end applications

    There is no shortage of development platforms these days, from Arduino to mbed to Raspberry Pi, just to name a few. I happen to be a big believer in these boards, as they provide a great way for engineers, even those with little or no design experience, to get their feet wet with some of the available technologies. For the most part, each of the platforms serves a particular need. While there is some overlap in the markets the products serve, it’s not so great that you can’t make a good argument for why each has a place. A lot of the success (or lack thereof) of these platforms has to do with the communities they’ve been able to build and sustain. For some, you can find all the tools and code you need to build a large number of applications. Enter the Gizmo 2 platform, an x86-based development board that’s aimed at a slightly higher level of performance. Taking that successful path, the Gizmo 2 was announced and is being supported by a non-profit, open-source community called GizmoSphere. While it costs a little more than some of the other platforms, priced at $199, it offers a performance level that will serve some of the more demanding applications. The 4″ by 4″ Gizmo 2 is built on the CPU and GPU technology that’s behind some of today's leading video game consoles, data centers, and PCs. And it’s coupled with a complete open-source development ecosystem. Access to all Gizmo 2 hardware design documents, including schematics, bill of materials, and Gerber files for manufacturing the board are available through the GizmoSphere community and element14. The Gizmo 2 platform includes a coreboot-based SageBIOS OSP from Sage Electronic Engineering and a Timesys-powered embedded Linux environment showcasing accelerated video, native C/C++, and Python application development, and access to Timesys LinuxLink for building an optimized, deeply embedded Linux platform. In addition to Linux, Gizmo 2 is compatible with Microsoft Windows Embedded 8, and supports the Minoca Corp. operating system. A Debian Linux distribution is expected shortly.

  
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Product Announcements for Cameralink Schematic
Baumer Ltd.
New High Speed Camera with 4 Megapixels

of a set of images. By delaying the data transfer a CameraLink® Base interface can be used instead of the CameraLink Full interface (which is necessary to get the full performance). For situations with high dynamics the specially included HDR mode enables images with up to 90 dB. This allows the perfect acquisition of images with high differences in contrast.The Baumer-GAPI SDK offers a simple integration of the cameras into your application. Additionally, the Baumer configuration tool allows...

Lumenera Corporation
Lumenera's USB3 CMOSIS sensor-based camera

computer and ensures the highest image quality without having to compromise on performance. The combination of USB 3.0 technology and  CMOSIS sensors: Unleashes the speed limitations found with other sensors. Provides data rates comparable to CameraLink (and far exceeding GigE), without the software and hardware complexities. Does not require CameraLink framegrabber as USB 3.0 is native to new computers. Results in a simplified system and reduced total system cost. Learn more including...

Point Grey Research, Inc.
High-Speed Gazelle Cameras with CMOSIS Sensors

The Gazelle camera debuts with 2.2 and 4.1 MP monochrome models based on the high sensitivity CMOSIS CMV2000 and CMV4000 global shutter CMOS sensors. With a Camera Link digital interface in Base (2-tap) and Full (8-tap) configurations, the 2.2 megapixel model outputs 2048x1088 resolution images at a maximum rate of 280 FPS, while the 4.1 megapixel model outputs 2048x2048 images at 150 FPS. The Gazelle features the same compact housing as Point Grey's popular Grasshopper camera, which measures...