Low Power

Low power FPAA design based on OTA using 90nm CMOS technology

Comparative Economics / Operational Transconductance Amplifier / Low Power / Energy Aware / Field Programmable Analog Array / Band Pass Filter / Continuous Time Signals / Vhgvvjbbm / Band Pass Filter / Continuous Time Signals / Vhgvvjbbm

Low power FPAA design based on OTA using 90nm CMOS technology

Comparative Economics / Operational Transconductance Amplifier / Low Power / Energy Aware / Field Programmable Analog Array / Band Pass Filter / Continuous Time Signals / Vhgvvjbbm / Band Pass Filter / Continuous Time Signals / Vhgvvjbbm

Low power FPAA design based on OTA using 90nm CMOS technology

Comparative Economics / Operational Transconductance Amplifier / Low Power / Energy Aware / Field Programmable Analog Array / Band Pass Filter / Continuous Time Signals / Vhgvvjbbm / Band Pass Filter / Continuous Time Signals / Vhgvvjbbm

Low power FPAA design based on OTA using 90nm CMOS technology

Comparative Economics / Operational Transconductance Amplifier / Low Power / Energy Aware / Field Programmable Analog Array / Band Pass Filter / Continuous Time Signals / Vhgvvjbbm / Band Pass Filter / Continuous Time Signals / Vhgvvjbbm

A low jitter, low power, CMOS 1.25-3.125Gbps transceiver

Low Power / Power Supply / High Speed / Solid State Devices and Circuits

Low power FPAA design based on OTA using 90nm CMOS technology

Comparative Economics / Operational Transconductance Amplifier / Low Power / Energy Aware / Field Programmable Analog Array / Band Pass Filter / Continuous Time Signals / Vhgvvjbbm / Band Pass Filter / Continuous Time Signals / Vhgvvjbbm

A Micropower Electrocardiogram Amplifier

Biomedical Engineering / Biomechanics / Energy Harvesting / Power Consumption / Radio Frequency / Low Power / Power allocation / Electrocardiogram / Low Noise / Monitoring System / Electrical And Electronic Engineering / Low Power / Power allocation / Electrocardiogram / Low Noise / Monitoring System / Electrical And Electronic Engineering

Photoswitchable bactericidal effects from novel silica-coated silver nanoparticles

Nanoparticles / Proceedings / Surface Plasmons / Silica / Cell Death / Surface plasmon resonance / Absorption / Low Power / Electromagnetic Field / Antibacterial activity / Silver Nanoparticle / Surface Plasmon / Thermal Effects / Biomedical Application / Surface plasmon resonance / Absorption / Low Power / Electromagnetic Field / Antibacterial activity / Silver Nanoparticle / Surface Plasmon / Thermal Effects / Biomedical Application

Micro Power CMOS Analog Cells

Power Consumption / Mixed Mode / Design Methodology / Low Power / Level

A portable semi-micro-X-ray fluorescence spectrometer for archaeometrical studies

Monte Carlo / X Rays / Physical sciences / Low Power / CHEMICAL SCIENCES / X ray Fluorescence

Magnetic QCA systems

Microelectronics / Low Power / High Speed / Room Temperature / Magnetic Resonance Coupling / Electrical And Electronic Engineering

Physical Shortcuts for Media Remote Controls

Human Computer Interaction / Usability / Interaction Design / Embedded Systems / Software Architecture / Usability and user experience / Consumer Electronics / Low Power / Remote Control / Infrared / Hand Gesture Recognition / Tangible User interface / Wireless Communication / Set Top Box / Finite State Machine / Tangible Interface / Usability and user experience / Consumer Electronics / Low Power / Remote Control / Infrared / Hand Gesture Recognition / Tangible User interface / Wireless Communication / Set Top Box / Finite State Machine / Tangible Interface

Neural signal sampling via the low power wireless pico system

Electrophysiology / Wireless Systems / Medicine / Software / Brain / Humans / Bionics / Telemetry / Low Power / Neurons / Microcomputers / Computer User Interface Design / Ambulatory BP monitoring / Development Process / Nervous System / Texas Instruments / Equipment Design / Ultra Low Power / Humans / Bionics / Telemetry / Low Power / Neurons / Microcomputers / Computer User Interface Design / Ambulatory BP monitoring / Development Process / Nervous System / Texas Instruments / Equipment Design / Ultra Low Power

A low power ECG signal processor for ambulatory arrhythmia monitoring system

Signal Processing / Data Compression / Biomedical Signal Processing / Power Consumption / Data Reduction / Low Power / Random access memory / Real Time / Arrhythmia / Monitoring System / Voltage Scaling / Clock gating / Low Power / Random access memory / Real Time / Arrhythmia / Monitoring System / Voltage Scaling / Clock gating

A 1 v low-power low-noise dtmos based class ab opamp

Near Infrared / Power Consumption / Low Power / Low Noise / Dynamic Threshold / Low voltage

Efficient coupling to chalcogenide glass photonic crystal waveguides via silica optical fiber nanowires

Optics / Optical Switch / Nanowires / Silica / Low Power / Optical physics / Optical fiber / Chalcogenide Glass / Electrical And Electronic Engineering / Guided Wave / Optical physics / Optical fiber / Chalcogenide Glass / Electrical And Electronic Engineering / Guided Wave

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