Protogami’s three-dimensional flexagons create a continual kaleidocycle that exposes a different set of triangular faces
with each turn of its living hinges. The design aid lets product designers and engineers see commonly used materials like
ABS, PC and acetal, and how they interact with difference surface finishes.
Some of the most common circuit used in electronics, to
convert a sine wave into Square wave, are
Let There Be Greener Light
Let There Be Greener Light! LEDs will soon completely replace Incandescent, fluorescent and even CFL as the world primary source of lighting. Many countries are moving away from the incandescent and florescent and adopting greener lightens sources. Russia for example decided to ban the incandescent bulb. But they’ve taken it one step further—according to a Reuter’s article, the ban will cover both the manufacture and sale of the Edison light bulb.Full Story
Full StoryI/O Systems State of Technology eBook.
LED Street Light Decrease Energy Consumption
Simplify Control Run With Smart PWM Module
Control Design eBooks
Father of PLC Shares thought on Industrial Internet
Dick Morley known as the father of programmable logic controller (PLC). Morley share his thoughts on machine communication and IIoT.
Full Story Video
Create a continual kaleidocycle Expose different triangular faces on life style inches
. A Schmitt Triggers is a bistable the
trigger circuit that converts an AC input signal (sine wave) into a square-wave
output by switching action, triggered at some predetermined point in each positive
and negative swing of the input signal. Full Story
is a emerging technology that allows the creation of electronic functions thorough,
inexpensive control of the structure of matter.Thus
by working with atoms this
technology we can produce electronics component at very low cost and without pollution.
Using atomic microscopy we can determine, how to
pick up atoms and move them
around, or spray them onto surfaces to form nonmaterials. Different types of Electron
Microscopes like Scanning Electron Microscope, Modern Transmission Electron Microscope,
Atomic Force Microscope, Scanning Tunneling Microscope, Atom Manipulation and Self
Assembly. Important methods to produce nanomaterials are plasma arcing, chemical
33 deposition, electrodeposition, sol-gel synthesis, ball milling and the use of
natural nanoparticles. In this paper we will find about different types of nanomaterials
and how they are formed. Carbon nanotubes that are formed by rolls of graphitic
sheets, are formation methods, and properties now
in use. These nanotubes are valuable
components for nanoelectronics
as well as storage devices. This nano-series will explore how microelectronics
has developed into nanoelectronics. We will track through the invention of the transistor,
integrated circuits, optical, atomic lithography and molecular electronics. We will
also discuss the application of nanotechnology in the fields like biology and electronics
and at last future application of nanotechnology.
Visual Studio 2013 Highlights
There has been a fundamental shift to device and services experiences altering how the industry approaches software development. Consumers, customers, and employees now demand a new breed of applications. They demand applications that provide the best experience across multiple screens and devices, always-connected services for data they need, security, and continuous evolution.
Visual Studio 2013 builds on the advances delivered in Visual Studio 2012 and subsequent Visual Studio Updates to provide the solution needed for development teams to embrace this transformation and to develop and deliver new modern applications that leverage the next wave in Windows platform innovation (Windows 8.1), while supporting devices and services across all Microsoft platforms.
Strain Gauge how it works
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