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MeshNetics - 802.15.4 / ZigBee Wireless RF Modules
MeshNetics - 802.15.4 / ZigBee Wireless RF Modules
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Mentor Graphics - IC Design.

MeshNetics - 802.15.4 / ZigBee Wireless RF Modules
MeshNetics is a creator of easy-to-integrate 802.15.4 / ZigBee wireless RF modules and ZigBee PRO-certified mesh networking software, used by OEMs and system integrators to add wireless connectivity to their products and solutions. MeshNetics RF modules feature industry-leading range performance, long battery life and ultra-small footprint. They are designed for use in 868/915 MHz and 2.4 GHz frequency bands. MeshNetics is a single source of ZigBee modules, development tools, networking software, technical support, and design services.
MeshNetics - 802.15.4 / ZigBee Wireless RF Modules

 

 

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National Instruments Online Seminar Archive
Archive of online seminars: PC-Based Real-Time Technologies * Internet-based Virtual Instruments * Making Your Applications Year 2000 Ready * ActiveX Technologies and Their Impact on Measurement and Automation * PC-Based Real-Time Technologies (36 min) - July 28, 1999 * Real-time needs vary based on your measurement and automation application.
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Advanced Jitter Concepts And Correlation
As signals become faster and timing margins tighten improved techniques are necessary to characterize signal timing and to troubleshoot the sources of excessive jitter. If you have several types of instruments that measure jitter, it can be frustrating to get different jitter numbers from different instruments for the same signal. The material covered in this seminar will give insight into advanced methods of measuring jitter, reducing...
Click here to preview in another window preview: https://event.on24.com   date: 1/16/2008

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webinar   1-5 star rating for this site  
Advanced NI-DAQmx Part I: Accuracy and Performance Optimization
View the first of a two-part series on advanced NI-DAQmx techniques covering accuracy and performance optimization. Attend the first of this two-part advanced series for an in-depth look at NI-DAQmx driver software technology. During this webcast, you will learn how NI-DAQmx manages system resources so you can optimize performance and deliver highly accurate measurements in your data acquisition applications. Taught by NI-DAQmx senior...
Click here to preview in another window preview: http://sine.ni.com   date: 9/19/2007

webinar   1-5 star rating for this site  
Advanced NI-DAQmx Part II: Timing and Synchronization
Explore timing engines and synchronization in this second part of a two-part series on advanced NI-DAQmx techniques. Attend the second session of this two-part advanced series review the inner workings of a multifunction data acquisition device,as well as learn best practices for using NI-DAQmx to manage the timing and synchronization between the device?s subsystems (analog I/O, digital I/O, and counters). Taught by NI-DAQmx staff software...
Click here to preview in another window preview: http://sine.ni.com   date: 9/26/2007

webinar   1-5 star rating for this site  
Advanced Oscilloscope Triggering for Design Verification and Debug
Basic oscilloscope testing requires that you are able to capture the electrical event that you want to see or measure. Very complex events require a high degree of sophistication in triggering capability. In this webcast, we will examine the nature of analog and digital signals and discuss different trigger mechanisms to capture these signals. We will go through real life scenarios of capturing
Click here to preview in another window preview: http://www.techonline.com   date: 4/22/2008

webinar   1-5 star rating for this site   site recommendation - wow, cool, new
Analog Interfacing with Sensors for Embedded Systems
The use of sensors in embedded applications has become widespread and is growing rapidly. Systems from industrial automation to medical to consumer devices utilize sensors for fundamental measurements in basic control loops and to detect environmental conditions allowing for advanced functionality. Sensor outputs include mV, mA, resistance, and capacitance. Each type presents unique issues when interfacing with an embedded microcontroller....
Click here to preview in another window preview: http://www.techonline.com   date: 7/16/2008

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Bridging the Gap Between Military and COTS


Data Device Corporation (DDC) is recognized as a leading international supplier of high-reliability data interface products for military and commercial aerospace applications for over 40 years and MIL-STD-1553 products for more than 25 years. DDC’s product lines consist of advanced data bus technology for high-speed Ethernet and Fibre Channel networks, MIL-STD-1553 and ARINC 429 data bus boards and components, synchro/resolver technologies, and solid-state power controllers and motor drives. Product forms include ASICs, Components, and PCI, PMC, cPCI, PC/104, PC/104 Plus, PCMCIA, PC, VME, VXI, USB, and PCIe cards.
Bridging the Gap Between Military and COTS


 

 

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