547 results on '"Strassberg, Dan"'
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2. Simple networks will free many sensors from wires; with a suitable protocol such a ZigBee, sensors that don't have a lot to say or hear needn't consume much energy to keep in touch. Sometimes, an alkaline cell can provide all the power they need for as long as a decade
3. Scopes: more than meets the eye: modern digital scopes now do much of the heavy lifting in measurement and analysis. But successful use of these advanced capabilities requires doing your homework
4. Scopes: more than meets the eye: modern digital scopes now do much of the heavy lifting in measurement and analysis. But successful use of these advanced capabilities requires doing your homework
5. Testing UWB: don't try this at home! Ultrawideband wireless communication may be the wave of the future, but engineers who lack solid RF-test expertise will need assistance from an experienced test lab to establish UWB-product compliance with FCC specs
6. VNAs and TDRs: taking the measure of the new millennium: passive-component testing in what will soon be the 10-GHz era requires specialized tools. Fortunately, using those tools no longer requires expertise in fields in which few digital designers are proficient
7. PCI express and ASI: avoiding chaos at 2Gbps: at data rates as high as 2Gbps per lane, little things can make big differences in signal integrity. Experts disagree on whether thinking about what's really going on can improve performance or only make it worse
8. Sun sets on IEEE 488, LAN and PC standards vie for its role: the move from a T&M-industry interface standard to one or more computer-industry standards presages mostly good news for test-system designers
9. PCI express and ASI: avoiding chaos at 2 Gbps: at data rates as high as 2 Gbps per lane, little things can make big differences in signal integrity. Experts disagree on whether thinking about what's really going on can improve performance or only make it worse
10. Dos and don'ts: getting the most from wideband scopes: despite high-performance scopes' copious built-in intelligence, you still must employ lots of your own brainpower to obtain meaningful results in high-speed serial-bus debugging
11. Complex--in every sense: bandwidth is like land--there's only so much of it. That's why the analog modulation of yesteryear just can't do the job in the 21st century
12. Complex--in every sense: bandwidth is like land--there's only so much of it. That's why the analog modulation of yester-year just can't do the job in the 21st century
13. Fuel-cell technology: the glass is half full ... with methanol fuel: fuel cells for portable and handheld electronic products haven't even reached infancy. Even so, product designers need to know that designing them in will require good measures of thought and planning
14. LEDs glow in anticipation: LEDs dominate indicator applications in electronics and now outshine incandescents even in traffic lights and automobile-brake lights. That scenario is just the start
15. Serial-bus debugging in a parallel universe: evolving technology often ends the careers of familiar products. Although you might expect high-speed serial buses to write the logic-analyzer story's final chapter, the versatile instruments are hanging in to fight another day
16. Letting go of the fear
17. Distributed power: taming the dragons: new architectures and packaging are teaming to tame the tiny voltage drops that so easily spell disaster in systems whose supply voltages will soon be measured in mere millivolts. (Cover Story)
18. IEEE 488: not dead yet? Nothing good lasts forever, but IEEE 488's slow decline is making the venerable instrument-interface standard seem immortal. (design feature)
19. Eyeing jitter: shaking out why signals shake. (Design Feature)
20. Eyeing jitter: shaking out why signals shake. (Cover Story)
21. Probing for the truth: will the real multigigahertz signal please stand up? (tech trends)
22. The scopes trial: does LeCroy owe its big win to Tektronix's 11th-hour pullout? You be the judge in EDN's hands-on, 6-GHz shoot-out. (hands-on project)(Cover Story)
23. The scopes trial: does LeCroy owe its big win to Tektronix's 11th-hour pullout? You be the judge in EDN's hands-on, 6-GHz shoot-out. (EDN's Hands-On Project)
24. No matter which system wins, receivers' future looks digital: despite dramatic advances, such as satellite broadcasting and HD Radio, plain-old terrestrial analog AM and FM may continue to dominate. Even so, the best receivers may morph into digital systems--crammed with DSP technology. A few have already done juts that. (design feature)
25. Testing gigabit serial buses: first, get physical. (design feature)
26. Look before you leap: taking the specsmanship out of spectrum analysis. (cover story)
27. Automotive-sensor technology drives nonautomotive embedded designs: ever-smarter motor vehicles demand a variety of sugged, low-cost sensors, many of which also prove nearly ideal in other sorts of embedded systems. Now, digital programmability is starting to simplify adapting the automotive devices to their new uses. (tech trends)
28. When Excel isn't enough: the calculation-and-graphing-software market's 800-lb gorilla achieved dominance for good reason. Still, other tools can boost your productivity. among a wealth of Excel alternatives and enhancements, several could prove worthy of investigation
29. The eyes have it: though low in cost, USB 2.0 and IEEE 1394 transfer data serially over many feet at 400 MBPS and more. But the protocols' complexity and signal-integrity requirements make verifying compliance and interoperability exacting work. (Cover Story)
30. Tiny titans: choose 'em and use 'em with care; a welter of conflicting claims and caveats brings a sense of adventure to specifying these wee modules that cost less than $100 and deliver 30A or more. (design feature)
31. Smart scopes: spot the secrets within waveforms; DSO's job keeps getting harder, but scope makers keep finding ways to satisfy ever-tougher demands. Wider bandwidth, quicker ADC's and deeper memories are only part of the story. Giving designers insights and answers when they need them now requires more- and faster-intelligence. (Cover Story)
32. Data-acquisition software: it may be a new ballgame, but hang on to the old rule book--for now: Microsoft's Visual Studio.net may create new rules for developing, deploying, and maintaining data-acquisition and instrumentation applications, but few of the changes will occur overnight. (tech trends)
33. Testing MEMS: don't reinvent the wheel but take title on faith. (Design Feature)
34. Test may provide salvation for a technology on the cusp. (Cover Story: Testing Bluetooth)
35. Advanced wireless technology revamps spectrum analysis. (Cover Story)
36. Testing batteries: the more things change, the more they stay the same. (Design Feature)
37. Choosing a waveform generator: the devil is in the details
38. Despite threats from USB and Firewire, IEEE 488 ain't down yet
39. Fight corruption, preserve purity with analog-signal isolation
40. Biometrics: you are your password
41. Frame grabbers get the picture when video cameras fall short
42. Special-purpose signal sources invade wireless-communications R&D
43. The changing shape of PC-based test and measurement
44. Stay off the hot seat when choosing temperature sensors
45. Electromechanical simulation: tackling control systems takes talent and tools
46. Data acquisition quietly joins the communications revolution
47. Signal and network analyzers span the spectrum from audio to light
48. Learn to live with the European EMC directive (it won't go away)
49. BIST: pie in the sky no longer
50. Digital oscilloscopes: for best results, understand how they work
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