Giveaway ends in !

Overview

As innovators, meet the technological expectations of our modern world through Maxim Integrated’s nanoPower solutions. Today’s devices are rapidly shrinking with an ever-increasing demand for greater functionality. Nanopower enables designers to extend a tiny device’s overall operation and shelf life through one of the best techniques available—lowering it’s quiescent current (IQ).

All About Circuits is teaming up with Maxim Integrated to giveaway a few such nanoPower-enabled products. A MAX17222 Evaluation Kit and a MAX32660 Evaluation Kit.

Giveaway Instructions

Enter the giveaway by registering below and commenting with a design idea. Five winners will be awarded one of each evaluation kits and one grand prize winner will receive the nanoPower products along with a Prusa 3D printer.

Features

MAX17222 Evaluation Kit

  • 300nA Quiescent Supply Current into OUT
  • True Shutdown Mode
  • 400mV to 5.5V Input Range
  • 95% Peak Efficiency
  • 0.88V Minimum Startup Voltage
  • 1.8V to 5V Output Voltage Range
  • 225mA, 500mA, and 1A Peak Inductor Current Limit
  • 2mm x 2mm 6-Pin μDFN
  • 0.88mm x 1.4mm 6-Bump WLP (2 x 3, 0.4mm Pitch)

MAX32660 Evaluation Kit

  • Use as a High-Efficiency Microcontroller for Wearable Devices
  • Power Management Capacity Maximizes Uptime for Battery Applications
  • Optimal Peripheral Mix Provides Platform Scalability

Applications

MAX17222 Evaluation Kit

  • Battery-Powered Medical Equipment
  • Low-Power Wireless Communication Products
  • Optical Heart-Rate Monitoring (OHRM) LED Drivers
  • Primary-Cell Portable Systems
  • Secondary-Cell Portable Systems
  • Supercapacitor Backup for RTC/Alarm Buzzers
  • Tiny, Low-Power IoT Sensors
  • Wearable Devices

MAX32660 Evaluation Kit

  • Fitness Monitors
  • Industrial Sensors
  • IoT
  • Optical Modules: QSFP-DD, QSFP, 400G
  • Portable Medical Devices
  • Sports Watches
  • Wearable Medical Patches

To Enter You Must:

  1. Fill our the form and agree to the terms & conditions.
  2. You’re creative! Leave a comment below and tell us how you’re going to use these boards.

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Ideas

20 Ideas


  • ZCochran98 2018-11-09

    Hopefully building a robot that will have minimal-power-usage peripherals to maximize power consumption in other areas, such as in the motors for terrain navigation. Also may have IoT applications such as data transfer/communication and external control

  • ASAD ALI_1513399340 2018-11-09

    Being FPGA/DSP/ME/EE Engineer (self), these kits will be helpful for designing new equipment that i would like to use for safety during RF testing. 3D printer on the other hand is something i have been planning to purchase so that i can design custom parts for my Raspberry Pi based project. Hopefully one day, completion of this project will lead to a new device that can be used in automobiles(specially large Trucks) to provide drivers with important information about road/weather conditions, distances, sign post heights and so on.

  • raviurao 2018-11-10

    Remote Industrial data monitor / logger for a water treatment plant for rural applications with a sustainable alternate(solar) power source.

  • simzcool 2018-11-10

    multi-purpose application such as power glide application, water level monitor, turbine controls, substation remote applications

  • RAJESH JAT 2018-11-10

    I am going to build a project as heart attack monitor system that can be used by heart disease suffering person to get alert from heart attack as early as possible, so life risk can be reduce with your module as power supply and controller for wearable gadget. As power supply max ic consume less power and with efficient controller.

  • ben_whiteus 2018-11-11

    Need to develop a remote gas leakage sensor for a remote site. Intend to use solar power and rechargeable battery to power the circuitry, and LoRA for getting sensor update. These evaluation boards will come in handy for the project.

  • Samuelrobert 2018-11-11

    I think these would do very well increasing the flight time of drone and the performance of other mobile robots. It could increase a robots ability to interact with its surroundings with a greater number of or more sensitive sensors.

  • lilzo 2018-11-12

    3D printer would be very useful for my next projects for creating a prototype model for gravitational transportation system and remotely controlled those vehicles system.I really wish i could win this because with this I think i could get first prize in competition.

  • WaffleCat 2018-11-12

    Making flexible/movable enclosures for motion sensors for a full motion capture suit.

  • anthonyharing 2018-11-12

    I’d like to build a compact, portable medical suite to allow diagnosis and treatment in the field both during natural disasters and in remote locations where transport might not be readily available.

  • Jakub Misiorny 2018-11-13

    As Engineer I try to start my first project on Kickstarter. All i can tell that i need to design mixed signal PCB and very good enclosure for outdoor environment with air flow through it. That is why 3D printer whould help me a lot and PCB kits.

  • reguieg3100 2018-11-13

    I use it to increase the speed of robot work welding fine elements by means of phone boards and computer

  • dgloshen 2018-11-13

    Designing horticultural and aquaponic systems to propagate increased yield with a lower-to-no cost for self-sufficiency. Systems would provide data to automatically test and evaluate conditions and then using that information to adjust watering, lighting, and other environmental factors as necessary, all while being an environmentally friendly ecosystem.

  • egalasso 2018-11-13

    7” Laptop shell for a Odroid UX4.

  • martin1454 2018-11-14

    I would like to build an robot arm with a coupling to some wearable device that could control the arm.

  • Kaganti Ankith 2018-11-14

    It is useful for robotics

  • ggodden 2018-11-15

    Applying the MAX32660 and MAX17222 Evaluation Kits I would like to to create soft tissue architectures for reconstructive surgery for humans (a.k.a. body part printing), e.g. ears and noses.

  • Fenix100 2018-11-15

    As a member of a aeromedical team I am looking to design and develop wearable and remote located sensors within the aircraft to detect fatigue levels (stress, heat, vibration) of aircrew and survivors/patients to evaluate the effectiveness of physical (drug, mechanical, material) and psychological (SOP’s, education, training) mitigators that are now standard yet unproven in the industry (except by the lack of accident/incidents).

  • Shivansh Srivastava 2018-11-15

    Going to Do this for farmers:
    Including Iot for the help of farmers was my idea which i think is indeed good.We could make up auto sprinkle for pesticide and water also shade through servo motor.This all can be connected with a bbackend server on a web portal used by him.We are ready with the portal Blueprint and If we win This giveaway We can complete our Dream project for upcoming hackathon to present.
    We can Also present it to you after Completion.

  • teamoon 2018-11-16

    Buoy monitoring system. The kit will allow to extend the work of the equipment, and the printer - to make the case of devices