And so I want to try and collect some of my book references:
Signals and systems in electrical engineering [by] William A. Lynch [and] John G. Truxal (1962)
Mathematical methods in electrical engineering (1951)
Mathematics applied to electrical engineering (1958)
Transforms for engineers : a guide to signal processing / K.G. Beauchamp. (1986)
Electronic circuits, signals, and systems / Samuel J. Mason [and] Henry J. Zimmermann (1960)
This is a good book, but old:
Power control with solid state devices / Irving M. Gottlieb. (1985)
here:
Power electronics : circuits, devices, and applications / Muhammad H. Rashid. (1993)
Solar cells and energy materials / Takeo Oku (2017)
Power electronics : devices, circuits and industrial applications / V.R. Moorthi. (2005)
Power electronics and motor drive systems / Stefanos N. Manias (2017)
Power electronic converters and systems : frontiers and applications / edited by Andrzej M. Trzynadlowski (2015)
Power electronic systems : walsh analysis with MATLAB / Anish Deb, Suchismita Ghosh (2014)
Designing control loops for linear and switching power supplies : a tutorial guide / Christophe Basso. (2012 Artech House )
Everything for everyone : the radical tradition that is shaping the next economy / Nathan Schneider. (2018)
Tunnel FETS
Fundamentals of tunnel field-effect transistors / Sneh Saurabh, Mamidala Jagadesh Kumar (2017)
Deep Sub Micron
A layout and design methodology for deep sub-micron applications using networks of PLAs (Memorandum) (1998)
Compact models for integrated circuit design : conventional transistors and beyond / Samar K. Saha.(2016)
Wideband cmos receivers (2015)
Beginning FPGA: Programming Metal [electronic resource] : Your brain on hardware / by Aiken Pang, Peter Membrey. (2017)
Digital design and implementation with field programmable devices / Zainalabedin Navabi (2005)
Digital design using field programmable gate arrays / Pak K. Chan, Samiha Mourad (1994)
Digital systems design with programmable logic / Martin Bolton (1990)
The personal computer workstation for programmable logic design : a case study of the Data I/O Personal Silicon Foundry / by David L. Mallery ( 1988 ) no copies available.
ARM system-on-chip architecture / Steve Furber (2000) (YES available)
Introduction to parallel computing / Zbigniew J. Czech, Silesia University of Technology (2016)'
Fundamentals of parallel multicore architecture / Yan Solihin (2016)
Programming models for parallel computing / edited by Pavan Balaji. (2015)
Learning MCollective : parallel server management in Puppet and Chef / Jo Rhett (2014)
Programming massively parallel processors : a hands-on approach / David B. Kirk and Wen-mei W. Hwu. (2013)
Linear algebra tools for data mining / Dan A. Simovici (2012)
Process algebra : equational theories of communicating processes / J.C.M. Baeten, T. Basten, M.A. Raniers. (2010)
Nonvolatile semiconductor memory technology : a comprehensive guide to understanding and to using NVSM devices / edited by William D. Brown, Joe E. Brewer. [ 1998 ]
Lithium process chemistry : resources, extraction, batteries, and recycling / edited by Alexandre Chagnes, Jolanta Światowska. (2015)
The powerhouse : inside the invention of a battery to save the world / Steve LeVine. (2015)
The TAB battery book : an in-depth guide to construction, design, and use / Michael Root (2011)
Power electronics : circuits, devices, and applications / Muhammad H. Rashid. (1993)
So I am planning on letting some threads die off and close, unless someone else has something to add. For myself, I have run out of things to say.
The Levels of PLdom
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Elliot Rodger, Isla Vista Shooter 2014
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Car Keys and Wallet Dating
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... tried to distance himself from Nazi policies and was never held accountable
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Yippie, Dow drops 831 points!
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Sex In The Home Of Your Parents?
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So What Do Women Like To Read?
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So then the current open threads:
Vocels (Voluntary Celibates)
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Bible and related materials
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OT: Anglo-American Philosophy from Hobbes forward
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OT: Assembler, C/C++, Embedded Systems, Machine Architectures, Development Systems, JTAG, Rust
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American's Will Not Be Free Until The Last Preacher Has Been Strangled To Death By The Entrails Of the Last Libertarian.
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The Ultimate Thread: SJG's Soap Box
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JavaScript & jQuery
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OT: Mathematics
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R Programming Language
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OT: PC-AT Numeric Key Pad, who used it, and for what? Like it?
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OT: Book Publishing Industry
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SJG
Nirvana - Come As You Are
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This song in my head last night. It must be in the Key of D.
Most everyone can hear relative pitch. But very few can hear absolute pitch. The reason every key sounds different is because the percussion tuning is not changed. Musicians deny that percussion is tuned to any specific pitch, saying that rather it is just tuned until it sounds right. But that is silly, because that is exactly how a violin is played, by making it sound right. Tympani tunes with a crank handle, and it has a gauge right on it. So the kick drum is tuned to A of the 16ft octave, the same as the second to lowest string of a four string bass, 55 hz. All the drums are tuned.
These kind of songs are always in D. I think it has something to do with that A note, the dominant.
So to really know you almost have to play along with it. The D scale has F and C sharped. But it can be done with accidentals too. And some music revolves around other notes than the tonic. Some is Mixolyidian and so it revolves around the dominant and has the 7th ( C# ) flatted. Lots of ways. In the end it is just listening to it and trying to play along which will resolve this.
This ends on the D major triad and the chorus versus end on the D major triad. Usually that is the final determinant of what key it is in.
Alternate guitar tuning is being used, one suggestive of D.
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How Life Should Be:
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