Analog Devices Inc

nanoPower Technology

Analog Devices' nanoPower technology lowers Iq with their regulators, amplifiers, and supervisors

Image of Analog Devices' nanoPower TechnologyNew devices of today and tomorrow demand more functionality, but extending battery life and shelf life is also critical. Analog Devices' nanoPower technology products offer the ability to lower quiescent current (IQ) of a power supply, which is the biggest contributor to a system’s standby power consumption. Lowering the IQ is one of the most effective techniques for delivering the most efficient power and longest battery life to a design. Engineers need to master the art of low quiescent current in wearables, health-monitoring, Internet of Things (IoT), mobile, and other smart, connected devices. Analog Devices' nanoPower technology can help engineers with their designs by incorporating ICs that consume less than a microamp of quiescent current and is offered in a small solution size that can result in a 50% space savings. Current offerings in nanoPower technology include regulators, amplifiers, and supervisors.

White Paper:  nanoPower—Why Low Quiescent Current Matters for Longer Battery Life
Article: Webinar: Learn Why it's Smart to have a Low IQ
Wearable Design Solutions: The Amplifier Power of Three: Current, Bandwidth, and Size

nanoPower Amplifiers

BildeManufacturer Part NumberBeskrivelseTilgjengelig antall PrisVis detaljer
EVAL BOARD FOR MAX40007MAX40007EVKIT#EVAL BOARD FOR MAX400070 - Immediate
186 - Factory Stock		$558.33Vis detaljer
EVAL BOARD FOR MAX40000MAX40000EVKIT#EVAL BOARD FOR MAX400000 - Immediate
29 - Factory Stock		$532.40Vis detaljer
IC CURRENT SENSE 1 CIRCUIT 4UCSPMAX9634TERS+TIC CURRENT SENSE 1 CIRCUIT 4UCSP4534 - Immediate$23.12Vis detaljer
IC CURRENT SENSE 1 CIRCUIT 4UCSPMAX9634FERS+TIC CURRENT SENSE 1 CIRCUIT 4UCSP4828 - Immediate
95000 - Factory Stock		$23.62Vis detaljer
IC CURRENT SENSE 1 CIRCUIT 4UCSPMAX9634HERS+TIC CURRENT SENSE 1 CIRCUIT 4UCSP6404 - Immediate$23.12Vis detaljer
IC CMOS 1 CIRCUIT 6WLPMAX40007ANT+TIC CMOS 1 CIRCUIT 6WLP5618 - Immediate
122500 - Factory Stock		$21.71Vis detaljer
IC COMPARATOR 1 GEN PUR SOT6MAX40000AUT12+TIC COMPARATOR 1 GEN PUR SOT64410 - Immediate$15.58Vis detaljer

nanoPower Microprocessor Supervisors

BildeManufacturer Part NumberBeskrivelseTilgjengelig antall PrisVis detaljer
IC SUPERVISOR 1 CHANNEL 4UCSPMAX16072RS29D2+TIC SUPERVISOR 1 CHANNEL 4UCSP0 - Immediate$45.83Vis detaljer
IC SUPERVISOR 1 CHANNEL 4UCSPMAX16074RS17D2+TIC SUPERVISOR 1 CHANNEL 4UCSP12056 - Immediate
5000 - Factory Stock		$30.15Vis detaljer

nanoPower DC-DC Regulators

BildeManufacturer Part NumberBeskrivelseTilgjengelig antall PrisVis detaljer
IC REG BOOST ADJ 500MA 6UDFNMAX17222ELT+TIC REG BOOST ADJ 500MA 6UDFN12981 - Immediate$40.71Vis detaljer

Eval Board

BildeManufacturer Part NumberBeskrivelseUtganger og typeEffekt - utgangTilgjengelig antall PrisVis detaljer
EVAL BOARD FOR MAX17222MAX17222EVKIT#EVAL BOARD FOR MAX172222 uisolerte utganger-2 - Immediate
13 - Factory Stock		$561.25Vis detaljer
Published: 2017-03-15

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MAXNANOPWRBD# Kit with nanoPower Technology Bringing together Analog Devices' nanoPower technology to create a digital multimeter application example running on a single 1.5 V alkaline button cell.
MAX17271 Power ICs Analog Devices' power conversion and control ICs are integral in providing energy efficiency and helping to extend battery life.
MAX40007 nanoPower Op Amp Analog Devices' MAX40007 nanoPower op amp is ideal for battery-powered applications such as portable instrumentation, portable medical equipment, and wireless handsets.

Related Articles and Blogs

Build More Effective Smart Devices: Part 1 – Low-Power Design with MCUs and PMICs Advanced MCUs and PMICs provide the foundation needed to meet user expectations for next generation smart products.
Multifunction Sensors Reduce Design Time Multifunction sensors that combine proximity and ambient light sensing may be the answer for smartphone designers who are looking to save a little more power, reduce board real estate, and shorten their design cycles.

Related Product Training Modules

MAX1722x nanoPower Synchronous Boost Converters This presentation will introduce the MAX1722x series of low power boost converters which are the first in the family of nanoPower low power products.