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Today, more and more of my customers starting new designs are using some form of gigabit transceiver links. Some are using them for board-to-board data interfaces, some for camera interfaces, some for storage device interfaces and some for PC interfaces via PCIe. The list goes on and on. An oddity here is that most of these engineers have little or no high-speed serial link experience and must come up to speed as quickly as possible on this technology. This, however, is not an easy technology to master. Fortunately Xilinx has created the Chipscope IBERT tester along with highly flexible gigabit transceivers to help minimize design time and improve debugging capability. Read more...
I was recently asked this question - What is the difference between Emulator and Debugger? Read more...
Originally seen in Defense/Aero eNewsletter March 2010 Read more...
Written by: D. Ngai, Avnet Field Application Engineer In looking at many electronics power supply designs,... Read more...
More tips continued... Read more...
Overwhelmed by the amount of data out there? Here are some helpful hints on finding some great data! Read more...
Adding Chipscope cores and probes is never an easy or fun task...read this to get some helpful hints. Read more...
Are you up to speed on high speed serial links?? Read more...
There are numerous sensors in the real world where the outputs are referential and on the order of uVs. In cases like these, how does an analog engineer interface one’s signal circuitry to acquire the sensor output’s full analog range? Read more...
Power module thermal derating is defined as the difference between the specified output power and the recommend output power for given thermal environment. It is often represented graphically as ambient temperature versus output current (or power) within a module data sheet or application note. Derating curves provide a method to estimate the maximum recommended output power at a prescribed temperature and air flow, in order to achieve the specified failure rates. Read more...
HBLEDS in the 10A Range...what options are available to drive those high currents from traditional industrial voltages rails of +12V and +24V? We have some ideas. Tell us about some more! Read more...
As HBLED find their ways in to more and more products, design engineers are faced with more and more HBLED Driver options to meet there specific applications. Read more...




