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most recent messages 9/20/2018 6:31:13 AM ThomasMaloney It is not difficult for us to get hold of technological advances that can help us gain that extra power we need. A small device is already able to hold so much power that we do not need to look any... blogs message boards chat GaN: The high frequency substrate suitable for 5G applications, Part 10 Busy Blogger, Busy Blogger, 9/22/2018 Comment now GaN is a promising substrate for future development of sets of possible applications for the electronics technology. The semiconductor market is focusing on the possibility of combining GaN with other types of substrates to obtain an enhancement of performance in many industry segments such as shown in the following Figure 1: GaN: The high frequency substrate suitable for 5G applications, Part 9 Busy Blogger, Busy Blogger, 9/22/2018 Comment now The trend for communications infrastructures is to have an extremely high data rate and a latency near as much as possible to zero, the 5G protocol in particular requires a substrate able to work at high frequencies to ensure to reach this goal. The answer to this question could be the GaN material, utilized as substrate to realize electronic integrated ... Are you ready for some 3D football?: Intel True View technology Steve Taranovich, Editor-in-Chief, Planet Analog, 9/22/2018 Comment now For those football-lovers in our audience and especially the tech-oriented ones, get ready for an amazing TV experience of your favorite football team (I hope it's the Jets) created by Intel's amazing new True View system. GaN: The high frequency substrate suitable for 5G applications, Part 8 Busy Blogger, Busy Blogger, 9/21/2018 Comment now This series of blogs deals with the possible applications of GaN material especially for 5G applications. There are many important companies operating in the electronics field that are massively investing in GaN technology: Understanding the Electromagnetic Pulse (EMP) Steve Taranovich, Editor-in-Chief, Planet Analog, 9/16/2018 Comment now 4 comments In the near future article, I will be discussing ways to mitigate damage from an EMP event using hardened solutions needed to keep mission-critical systems operational. Most recent post, steve.taranovich, 9/18/2018 12:31:42 PM @jnwoo1----That work must have been so cool! Thanks for sharing this excellent experience... Designing new mmW RADAR ICs for optimum performance Steve Taranovich, Editor-in-Chief, Planet Analog, 9/16/2018 Comment now imec recently announced what it claims is the world's first CMOS 140GHz radar-on-chip system with integrated antennas in standard 28nm technology. This kind of advanced semiconductor technology is critical in the development of radar-based sensors for so many kinds of applications, some of which are building security, remote health monitoring of car ... Magnetics Design Chat, Part 3: Ripple Factor and Matching Magnetics to Circuit Dennis Feucht, Electronics Engineer, 9/15/2018 Comment now Continuing the chat from last time, we turn now to a circuit-related topic, that of current waveforms. The typical converter input waveform is shown with a static (dc) component and a ripple (ac) component. Overvoltage Protection for RTD-Based Measurement Systems Steve Taranovich, Editor-in-Chief, Planet Analog, 9/12/2018 Comment now Editor's note: I am pleased to bring you an excellent RAQ by Yao Zhao, a product application engineer with the China design center in ADI Beijing. Creating sound for Electric Vehicle safety Steve Taranovich, Editor-in-Chief, Planet Analog, 9/10/2018 Comment now The air-polluting, carbon emitting standard liquid fuel combustion engine vehicles have an audible engine sound, even when traveling at low speeds. Pedestrians and other vehicle drivers recognize a moving vehicle via sight and sound coming from tires and other emitted noise when the vehicle may be out of sight. Fully-Differential Amplifiers and the Leading Edge in Electronics Dennis Feucht, Electronics Engineer, 9/7/2018 Comment now 2 comments Semiconductor companies have now had fully-differential amplifiers in their product lines for a few years, though these amplifiers have been in leading-edge electronics for decades. These diff-amps are differential not only at their input but also at their output, doubling output range. Their input and output ports have closed paths without a common ... Most recent post, D Feucht, 9/12/2018 5:04:52 PM Mike, Your chronology about FDAs is right, of course, and it reveals my age. The... Improving Phase Margin for Highly Reactive Rail-to-Rail Output Stage Impedances in Op Amp and Fully Differential Amplifier Applications Michael Steffes, Senior Applications Manager, 9/7/2018 Comment now Locating the source of low phase margin Next 5 blogs+ All blogs All blogs blog roll message boards chat 9/20/2018 6:31:13 AM hi: It is not difficult for us to get hold of technological advances that can help us gain that extra power we need. A small device is already able to hold so much power that we do not need to look any further to run heavy load setups. We just... ThomasMaloney on Multifunction Microprocessor Control and Regulation of Power 9/20/2018 4:11:33 AM Re: CM rejection in ADC's: I had a good time reading this whole series. I'm most likely going to have go back a number of times to make sure that I've absorbed all the information properly before I can start to apply all the things I've learnt. Just want to take the... CameronRobertson on ADC Guide, Part 12: Input Configurations; Single-Ended & Differential Input ADCs 9/20/2018 3:22:47 AM hi: Though the differences are not major add-ons, the impact is relatively significant. Before considering the different aspects of the circuit design, the initial layout needs to be learnt to stretch things out prior to making any arrangements.... UdyRegan on Understanding current-feedback fully differential amplifiers 9/19/2018 3:30:26 AM Re: Quantifying ASIC costs: Those prices do seem pretty reasonable if you were to ask me. However, are they fully customizable according to your own specs that you get to define or are there guidelines that you need to stay close too making it non-flexy afterall? I guess... CameronRobertson on The REAL Cost for a Custom IC 9/18/2018 11:00:24 PM Re: http://tendancemode.Fr: We would always need at least some experience and knowledge before we can truly know whether or not our opinions are based on a solid foundation or otherwise. It would just be some baseless assumptions that could completely make things get... ChristopherJames on Moore’s Law is Collapsing… Or is it? 9/18/2018 12:31:42 PM Re: EMP Testing : @jnwoo1----That work must have been so cool! Thanks for sharing this excellent experience with our readers steve.taranovich on Understanding the Electromagnetic Pulse (EMP) 9/18/2018 10:09:15 AM EMP Testing : My first job out of college was EMP testing for the Air Force. I worked with 3 types of EMP testing, High Energy Pulse (Trestle), Direct Drive (Inductive), and Continuous Wave (Network Analyzer Sweep). I helped with the EMP Test... jrw001 on Understanding the Electromagnetic Pulse (EMP) 9/18/2018 2:03:33 AM Re: Voltage supervisor ICs provide a level of sophistication needed to prevent uncertainty.: Don't you wish that there's a power reset button in every day life too? I mean, I would be very happy if every night it would be as easy as powering down and rebooting to get some of that stress off my shoulders. Sadly, I think that this... RituGupta on Power-On Reset: The Analog, the Digital & Some of What Can Go Wrong 9/17/2018 11:48:31 PM Re: Green and red laser pointers: This is really so fascinating but I think that a lot of aspects regarding these new findings are too technical for regular people like me to appreciate unless it's dumbed down significantly! I mean I'm sure that finding out about these gravitational... UdyRegan on Gravitational waves: A new field for electronics, Part 3 9/17/2018 11:53:55 AM Re: Timely Topic: @D Feucht---good points--thanks for your observations---I will shortly be writing about methods to protect electronics. This is something we need to research and develop steve.taranovich on Understanding the Electromagnetic Pulse (EMP) 9/17/2018 10:12:31 AM Timely Topic: Steve, Timely topic, considering both the recent behavior of the sun and geopolitics. One big difference between lightning and a nuclear EMP from low earth orbit over the continental USA is that a lightning strike is highly localized, though... D Feucht on Understanding the Electromagnetic Pulse (EMP) 9/17/2018 5:38:15 AM Re: KCL: I did not know that is really just how much work our body is running on but nevertheless, nature never fails to amaze me. It is still as remarkable as I have read about on several other findings kindly shared by enthusiasts like yourself as... StephenGiderson on Operations per Joule Next 5 messages+ All messages All messages blog roll message boards chat The followingPlanet Analogwriters are available online now! steve.taranovich Start a Chat 6/11/2017 11:10:33 AM HI: Hi i am a new user on planetanalog. Enjoy ! Mark M Newbie 4/1/2016 4:52:28 PM Truest form of a signal: I agree with your implied conclusion, although having arrived at it via a different route. To clarify, please see the blog "Where Acoustic & Analog Still Rule the Roost," posted on Planet Analog on 20 September 2013. vbiancomano Blogger 1/5/2016 12:35:33 PM Truest form of a signal: In all the rush by some to the SDR receiver technology, it seems that the view of analog receiver technology is being looked at as old and not as good. In the radio astronomy are, we have always stayed with th analog as the truest form of the... jmlras Newbie 11/19/2014 2:04:17 PM Join us for a Digital Power chat session on November 19, 2014 at 1 PM ET (10 AM PT) : Thanks Zhenyu and Dave---see you soon---maybe at APEC? steve.taranovich Blogger 11/19/2014 2:04:05 PM Join us for a Digital Power chat session on November 19, 2014 at 1 PM ET (10 AM PT) : Well, this has defintely been an exciting hour of discusson. Time goes fast and I do have to run to another event. Thanks a lot, Steve and everyone else. Zhenyu Yu Newbie 11/19/2014 2:03:20 PM Join us for a Digital Power chat session on November 19, 2014 at 1 PM ET (10 AM PT) : Thanks you Steve. This was enjoyable. freedave Newbie 11/19/2014 2:02:47 PM Join us for a Digital Power chat session on November 19, 2014 at 1 PM ET (10 AM PT) : The state machine is often a peripheral to the microcontroller so that you get the needed power management and the control through the peripheral. The state machine is certainly less flexible but the application sometimes does not require... freedave Newbie 11/19/2014 2:02:30 PM Join us for a Digital Power chat session on November 19, 2014 at 1 PM ET (10 AM PT) : Well, I really want to thank our experts Dave Freeman and Zhenyu Yu for their participation and expertise in this session. I also want to thank our reader @Analoging for the excellent questions and comments. steve.taranovich Blogger 11/19/2014 2:02:05 PM Join us for a Digital Power chat session on November 19, 2014 at 1 PM ET (10 AM PT) : I should have said "narrowly targeted" ... Zhenyu Yu Newbie 11/19/2014 2:00:21 PM Join us for a Digital Power chat session on November 19, 2014 at 1 PM ET (10 AM PT) : Steve, my option is that those controllers will exsit, but will focus on narrowed targeted simple digital pweor applciations becasue most other digital power applications would like to benefit more from digital power than just a simplisitic... Zhenyu Yu Newbie Next 5 chats+		flash poll All polls educational resources High Power Monolithic Silent Switcher 2 Regulators Meet CISPR 25 Class 5 EMI Advancing the Art of Parasitic Extraction True Costs of Process Node Migration Physical Design Data Validation from Cell Design to Tapeout uModule Isolation Solution for High Resolution 1Msps ADCs Reads Data at 100MHz, Serves Multiple ADCs Addressing the Challenges of IoT Design Industrial IoT: Where is Silicon Valley? Smartphone Innovation Ignites IoT Creativity Boost PROFIBUS RS-485 Robustness with GMR Isolation 560V Input, No Opto Isolated Flyback Converter 60V Buck-Boost LED Driver with Up to 98 Percent Efficiency Has Internal PWM Dimming and Spread Spectrum Solve Data Acquisition Compatibility Problems by Combining Features and Performance Wireless Sensor Networking for the Industrial Internet of Things Industry's First 0.8uVRMS Noise LDO Has 79dB Power Supply Rejection Ratio at 1MHz 1.4GHz Low Jitter PLL with Clock Distribution Solves Difficult Clocking Problems Best Practical Jitter Tolerance Testing with MP1800A TI Vision SDK, Optimized Vision Libraries for ADAS Systems Challenges in Temperature Sensor Measurement Solved by Precision Temperature-to-Bits Converter New Linear Regulators Solve Old Problems Dynamic power path management in battery chargers: a highly integrated implementation uModule Buck-Boost Regulators Offer a Simple Solution for Wide Input/Output Voltage Range Applications RF/IF Amplifiers with OIP3 of 47dBm/50dBm at 240MHz Ease Implementation, Guarantee Performance Must Reads: The Road to Autonomous Vehicles How to Use LEDs with Supervisory ICs for Undervoltage and Overvoltage Fault Indicators An Engineer's Guide to Choosing an Electronic Prototype House follow Planet Analog on Twitter Tweets about "from:PlanetAnalog OR #PlanetAnalog OR @PlanetAnalog" like us on facebook our partners

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