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Winners Announced…ON Semiconductor SiC MOSFET Driver Evaluation Kit Giveaway

In partnership with ON Semiconductor

Congratulations to our winners!

Congratulations to our winners!
Taylor M, Zach A, and James D.

Overview

Register below to earn a chance to win a free NCP51705: SiC MOSFET Driver Evaluation Kit from ON Semiconductor.

The NCP51705: SiC MOSFET Driver (Low-Side, Single 6 A High-Speed) from ON Semiconductor is built for MOSFET transistors where you need to deliver the maximum allowable gate voltage to your SIC MOSFET devices. The NCP51705 is ideal for applications like Industrial & Motor Drivers, UPS & Solar Inverters, and High Power DC Chargers. Utilized to achieve the lowest possible conduction losses, the NCP51705 achieves Fast Turn-off and Robust dV/dt Immunity, Self-protection of the design, and is all included in a Small & Low Parasitic Inductance package.

The Evaluation kit is designed on a four-layer PCB and includes the NCP51705 driver and all the necessary drive circuitry. The kit also includes an onboard digital isolator and the ability to solder any MOSFET or SiC MOSFET in a T0247 high voltage package. It can be used in any low-side or high-side power switching application. For bridge configurations, two or more of these kits can be configured in a totem pole type drive configuration. The Evaluation Kit can be considered as an isolator+driver+T0247 discrete module. 

More information on the NCP51705: SiC MOSFET Driver (Low-Side, Single 6 A High-Speed) from ON Semiconductor can be found here.

What’s Included

  • NCP51705: SiC MOSFET Driver
  • Four Layer PCB Evaluation Board
  • All Necessary Drive Circuitry
  • On-board Digital Isolator and the ability to solder any MOSFET or SiC MOSFET in a T0247 high voltage package

Giveaway already ended 644 days ago.

11 Comments
  • RAJESH JAT January 13, 2018

    To built driver for motor to control my smart wheelchair and get high efficiency with these mosfet and use pwm to control speed for patience safety.

    Like. Reply
  • A
    Alex263 January 21, 2018

    Cnc milling motor control

    Like. Reply
  • J
    jmcsoares January 24, 2018

    Using in CNC Milling Router Systems to improve functionalities

    Like. Reply
  • Mashfique.reza January 25, 2018

    I would like to use it on the power distribution of autonomous robotic car (sub scale prototype). there are multiple sensors on board and the 4 motors uses a lot of battery power and current motor control keeps running into bugs. this can be used in the electric cars motor control system.

    Like. Reply
  • SxyWood January 27, 2018

    I want to learn how to use it without letting the magic smoke out of it.

    Like. Reply
  • kernel23 February 02, 2018

    I Will use it for a crystallizer for ginger. where it can be used to control the speed of stirrer. It will help our neighbors on processing crystalize ginger and can be used for sugar palm also.

    Like. Reply
  • F
    foad90 February 06, 2018

    I wpuld like to use it to make a solar inverter for myself

    Like. Reply
  • E
    E-geek February 10, 2018

    I am planing to use it on wideband semiconductor research project for 3 phase motor control.

    Like. Reply
  • C
    cterryinlv February 13, 2018

    Solar panel positioning motor driver

    Like. Reply
  • R
    Rob Rife February 14, 2018

    I would like to use this Sic evaluation board to create a simple and durable switch to drive a high voltage phantotron plasma tube using a signal generator , ie. a “Rife Machine”.

    Like. Reply
  • G
    gboscardin February 15, 2018

    I would like to use it for power inverters. I’ve had experience in the past with mosfets for static converters, and IGBTs for AC motor control, but I’ve never build an inverter to “grid-tie” some DC power source the grid.

    Like. Reply