Before the 1950?s, ferromagnetic cores were the only type of random-access, nonvolatile memories available. A core memory is a regular array of tiny magnetic cores that can be magnetized in one of two opposite directions, making it possible to store binary data in the form of a magnetic field. The success of the core memory was due to a simple architecture that resulted in a relatively dense array of cells. This approach was emulated in the semiconductor memories of today (DRAM?s, EPROM?s, and FRAM?s). Ferromagnetic cores, however, were too bul ....etc

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Definition

Before the 1950's, ferromagnetic cores were the only type of random-access, nonvolatile memories available. A core memory is a regular array of tiny magnetic cores that can be magnetized in one of two opposite directions, making it possible to store binary data in the form of a magnetic field. The success of the core memory was due to a simple architecture that resulted in a relatively dense array of cells. This approach was emulated in the semiconductor memories of today (DRAM's, EEPROM's, and FRAM's).

Ferromagnetic cores, ho ....etc

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In power electronics, solid-state electronics is used for the control and conversion of electric power .The goal of power electronics is to realize power conversion from electrical source to an electrical load in a highly efficient, highly reliable and cost effective way. Power electronics modules are key units in a power electronics system. These modules contain integration of power switches and associated electronic circuitry for drive control and protection and other passive components.

http://pptpdf.net/subcategory.php?categ=unknown&cat ....etc

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Echolink.
WirelessUSB.
WirelessHD.
STUN.
iburst.
Celldar.
Electronic Program(me) Guide (EPG).
Set-top box (STB).
Standard-definition television.
80 core processor.
Laserfilm.
HDV.
D-VHS.
D-VHS.
Protein-Coated Disc (PCD).
Holographic Versatile Disc (HVD).
Holographic Associative Memory
. Grating Light Valve (GLV) Technology.
Ultracapacitors.
Terahertz Transistor.
Time Reversal Terahertz imaging.
FACE RECOGNITION USING ARTIFICIAL NEURAL NETWORKS.
Flip chip Technology.
Eye Gaze HUMAN
? COMPUTER INTERF ....etc

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Abstract
Organic electronics, (plastic electronics or polymer electronics), deals with conductive polymers, plastics, or small molecules. It is called 'organic' electronics because the polymers and small molecules are carbon-based, like the molecules of living things. This is as opposed to traditional electronics (or metal electronics) which relies on inorganic conductors such as copper or silicon. Polymer electronics are laminar electronics
applications
negative differential resistance(switches)
melanins. Historically, melanin is anoth ....etc

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FRAM MCUKey Strengths and Applications

Introduction
Ferroelectric Random Access Memory (FRAM) microcontroller (MCU), which features embedded, non-volatile FRAM, is part of the company’s 8-bit microcontroller 8FX family. The new embedded FRAM memory technology can be configured either as Read-Only Memory (ROM) or Random- Access Memory (RAM). The FRAM microcontroller has the added benefits of high-speed programming and low power consumption. The FRAM memory technology, its benefits, applications, to ....etc

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1. Quadrics network
2. Worldwide Inter operatibility for Microwave Access
3. Fpga offloads dsp?s.
4. Real-Time Obstacle Avoidance
5. Light emitting polymers
6. E-Commerce
7. Extreme ultraviolet lithography*
8. Low Power UART Design for Serial Data Communication
9. Multi threading microprocessors
10. Passive Millimeter-Wave
11. Magnetic Resonance Imaging
12. Microelectronic Pills~
....etc

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Audio spot Lighting
Wearable Biosensor
Concrete system testing
VAV controller
Brain fingerprinting
Wibricity
Holographic Data storage
HR measurement - optical
Organic LED's
Robotic sensors - Health care
remote control - Home appliances
Facial recognition system
Smart Quill
Finger Print technology*
Optimal control - system with large TD
Bionic Eye
Patient monitoring - SMS
GPS ( vehicle tracking)
Nanotubes
Opthalmic Instruments
SCADA
Compressive Sensing
Smart note taker
iButton

Nanotechnological proposal of RBC
Virtual ....etc

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FRAM

Before the 1950's, ferromagnetic cores were the only type of random-access, nonvolatile memories available. A core memory is a regular array of tiny magnetic cores that can be magnetized in one of two opposite directions, making it possible to store binary data in the form of a magnetic field. The success of the core memory was due to a simple architecture that resulted in a relatively dense array of cells. This approach was emulated in the semiconductor memories of today (DRAM's, EEPROM's, a ....etc

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FRAM

Before the 1950's, ferromagnetic cores were the only type of random-access, nonvolatile memories available. A core memory is a regular array of tiny magnetic cores that can be magnetized in one of two opposite directions, making it possible to store binary data in the form of a magnetic field. The success of the core memory was due to a simple architecture that resulted in a relatively dense array of cells. This approach was emulated in the semiconductor memories of today (DRAM's, EEPROM's, a ....etc

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