nanoPower Technology

Maxim's nanoPower technology lowers Iq with their regulators, amplifiers, and supervisors

Image of Maxim's nanoPower TechnologyNew devices of today and tomorrow demand more functionality, but extending battery life and shelf life is also critical. Maxim's 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. Maxim’s 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

Image of Maxim's MAX17222 Webinar

nanoPower Amplifiers

ImageManufacturer Part NumberDescriptionAvailable QuantityView Details
MAX9634FERS+T datasheet linkIC OPAMP CURR SENSE 125KHZ 4UCSPMAX9634FERS+TIC OPAMP CURR SENSE 125KHZ 4UCSP3523 - Immediate
427500 - Factory Stock
MAX9634FERS+T product page link
MAX40007ANT+T datasheet linkIC OPAMP NANO 20KHZ WLP-6MAX40007ANT+TIC OPAMP NANO 20KHZ WLP-62500 - Immediate
57500 - Factory Stock
MAX40007ANT+T product page link
MAX9634TERS+T datasheet linkIC OPAMP CURR SENSE 125KHZ 4UCSPMAX9634TERS+TIC OPAMP CURR SENSE 125KHZ 4UCSP2862 - Immediate
295000 - Factory Stock
MAX9634TERS+T product page link
MAX9634HERS+T datasheet linkIC OPAMP CURR SENSE 125KHZ 4UCSPMAX9634HERS+TIC OPAMP CURR SENSE 125KHZ 4UCSP2181 - Immediate
MAX9634HERS+T product page link
MAX40007EVKIT# datasheet linkEVAL KIT FOR MAX40007MAX40007EVKIT#EVAL KIT FOR MAX400072 - Immediate
137 - Factory Stock
MAX40007EVKIT# product page link
MAX40000ANT12+ datasheet link600NA COMPARATOR IN ULTRA-TINY 0MAX40000ANT12+600NA COMPARATOR IN ULTRA-TINY 010 - Immediate
MAX40000ANT12+ product page link
MAX40000EVKIT# datasheet linkEVKIT FOR 600NA COMPARATOR IN ULMAX40000EVKIT#EVKIT FOR 600NA COMPARATOR IN UL2 - Immediate
MAX40000EVKIT# product page link

nanoPower Microprocessor Supervisors

ImageManufacturer Part NumberDescriptionAvailable QuantityView Details
MAX16072RS29D2+T datasheet linkIC MPU SUPERVISOR CIRCUIT 4UCSPMAX16072RS29D2+TIC MPU SUPERVISOR CIRCUIT 4UCSP1089 - Immediate
MAX16072RS29D2+T product page link
MAX16073RS31D2+T datasheet linkIC MPU SUPERVISOR CIRCUIT 4UCSPMAX16073RS31D2+TIC MPU SUPERVISOR CIRCUIT 4UCSP4997 - Immediate
MAX16073RS31D2+T product page link
MAX16073RS22D3+T datasheet linkIC MPU SUPERVISOR CIRCUIT 4UCSPMAX16073RS22D3+TIC MPU SUPERVISOR CIRCUIT 4UCSP2327 - Immediate
MAX16073RS22D3+T product page link
MAX16072RS16D0+T datasheet linkIC MPU SUPERVISOR CIRCUIT 4UCSPMAX16072RS16D0+TIC MPU SUPERVISOR CIRCUIT 4UCSP2422 - Immediate
MAX16072RS16D0+T product page link
MAX16074RS17D2+T datasheet linkIC MPU SUPERVISOR CIRCUIT 4UCSPMAX16074RS17D2+TIC MPU SUPERVISOR CIRCUIT 4UCSP0MAX16074RS17D2+T product page link
MAX16074RS15D3+T datasheet linkIC MPU SUPERVISOR CIRCUIT 4UCSPMAX16074RS15D3+TIC MPU SUPERVISOR CIRCUIT 4UCSP0MAX16074RS15D3+T product page link

nanoPower DC-DC Regulators

ImageManufacturer Part NumberDescriptionAvailable QuantityView Details
MAX17222ELT+T datasheet linkIC REG BOOST ADJ .5A NANO 6UDFNMAX17222ELT+TIC REG BOOST ADJ .5A NANO 6UDFN2419 - Immediate
MAX17222ELT+T product page link

Eval Board

ImageManufacturer Part NumberDescriptionMain PurposeOutputs and TypeAvailable QuantityView Details
MAX17222EVKIT# datasheet linkEVAL FOR MAX17222MAX17222EVKIT#EVAL FOR MAX17222DC/DC, Step Up1, Non-Isolated1 - Immediate
168 - Factory Stock
MAX17222EVKIT# product page link
Published: 2017-03-15