nanowatt


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nanowatt

(ˈnænəˌwɒt)
n
(Units) a unit of power equal to one billionth of a watt
References in periodicals archive ?
Nelson, Rick, "Getting a grip on nanowatt to megawatt measurements," EE-Evaluation Engineering, December 2017.
The Model P100a is asserted to provide a source of continuous nanoWatt power for 20 years or more in applications such as environmental pressure ti /temperature sensors, intelligence sensors, medical implants, trickle charging lithium batteries, semipassive and active RFID tags, silicon clocks, SRAM memory backup, deep-sea oil well electronics, and lower power processors (e.
The PIC MCU family includes low-power nanoWatt XLP Technology, enabling longer battery life.
Sources of DE such as a common flashlight, a laser, or a high powered microwave transmitter can emit electromagnetic radiation at single wavelength (or frequency) or at multiple wavelengths with emission powers from nanowatt to megawatts, and emission durations from femtoseconds to continuous wave.
NanoWatt Design[TM], LLC, a startup company launched in Arkansas in February 2011, recently completed an agreement to license a patent-pending technology from the University of Arkansas.
Now he has Fayetteville start-up NanoWatt Design on the verge of the "most important integrated circuit design breakthrough of the decade.
announced its next-generation low-power PIC microcontroller (MCU) families with nanoWatt XLP eXtreme Low Power Technology for sleep currents as low as 20 nA.
The result is a sensor system that can operate on an average of less than 1 nanowatt.
Microchip Technology (Chandler, AZ) announces its next-generation low-power PIC microcontroller (MCU) families with nanoWatt XLP eXtreme Low Power Technology.
Four CAN (Controller Area Network) PIC[R] Flash microcontrollers, including the world's largest memory 8-bit CAN microcontroller in a 28-pin package, combine the innovative ECAN[TM] module, Enhanced Flash memory, and nanoWatt Technology power management into a very small form factor.
The combination of this transceiver with our nanoWatt XLP family of eXtreme Low Power PIC([R]) microcontrollers provides an industry-leading platform for Sub-GHz wireless networking.