onsemiNCP3064DR2GDC to DC Converter and Switching Regulator Chip

Conv DC-DC 3V to 40V Non-Inv/Inv/Step Up/Step Down Single-Out 40V 1.5A 8-Pin SOIC N T/R

Adjust the voltage level of your devices with this non-inverting and inverting|step up|step down NCP3064DR2G DC to DC converter from ON Semiconductor. This converter's single output can produce a current up to 1.5(Typ) A. By only needing an input voltage of 3 V with a maximum of 40 V, this is the best way to control the power in your circuit. With an adjustable output, this is power management at its best. This converter is 86 % efficient. This part offers a switching frequency of 190 kHz in order to work properly. This component will be shipped in tape and reel packaging to allow for effective mounting and safe delivery. This converter has a minimum operating temperature of 0 °C and a maximum of 70 °C.

Total In Stock: 3,855 parts

Regional Inventory: 1,355

    Total$0.69Price for 1

    1,355 In stock: Ships tomorrow

    • Service Fee  $7.00

      Ships tomorrow

      Ships from:
      United States of America
      Date Code:
      2415+
      Manufacturer Lead Time:
      14 weeks
      Minimum Of :
      1
      Maximum Of:
      1355
      Country Of origin:
      Philippines
         
      • Price: $0.6931
      Spliced leader/trailer tape per EIA standards Leader tape:400mm=15.75'; Trail tape:160mm=6.3' more information
    • Ships tomorrow

      Ships from:
      United States of America
      Date Code:
      2415+
      Manufacturer Lead Time:
      14 weeks
      Country Of origin:
      Philippines
      • In Stock: 1,355 parts
      • Price: $0.6931
    • (2500)

      Ships in 2 days

      Ships from:
      Netherlands
      Date Code:
      2448+
      Manufacturer Lead Time:
      14 weeks
      Country Of origin:
      Philippines
      • In Stock: 2,500 parts
      • Price: $0.664

    Design AI-powered medical devices

    Explore system design tips, part recs and AI insights to help you build faster, safer diagnostic and therapy solutions—all in Arrow’s latest white paper.