Typical Application for MCP1726 1A, Low Voltage, Low Quiescent Current LDO Adjustable Output Voltage Regulator

Reference Design using part MCP1726 by Microchip Technology

Enlarge
Image 1 / 1

Manufacturer

Microchip Technology
  • Application Category
    Power Supplies
  • Product Type
    DC to DC Single Output Power Supplies

For End Products

  • High-Speed Driver
  • Notebook
  • Palmtops
  • Telecom & Networking Cards

Description

  • Typical Application for MCP1726 1A, Low Voltage, Low Quiescent Current LDO Adjustable Output Voltage Regulator. The MCP1726 is a 1A Low Dropout (LDO) linear regulator that provides high current and low output voltages in a very small package

Key Features

  • Conversion Type
    DC to DC
  • Topology
    LDO

Featured Parts (29)

Featured Parts
Part Number Manufacturer Type Description
MCP1726T-5002E/MF Microchip Technology Linear Regulators LDO Regulator Pos 5V 1A Automotive AEC-Q100 8-Pin DFN EP T/R Buy
MCP1726-1202E/SN Microchip Technology Linear Regulators LDO Regulator Pos 1.2V 1A Automotive AEC-Q100 8-Pin SOIC N Tube Buy
MCP1726-5002E/MF Microchip Technology Linear Regulators LDO Regulator Pos 5V 1A 8-Pin DFN EP Tube Automotive AEC-Q100 Buy
MCP1726-1202E/MF Microchip Technology Linear Regulators LDO Regulator Pos 1.2V 1A Automotive AEC-Q100 8-Pin DFN EP Tube Buy
MCP1726T-1202E/SN Microchip Technology Linear Regulators LDO Regulator Pos 1.2V 1A Automotive AEC-Q100 8-Pin SOIC N T/R Buy
MCP1726T-1202E/MF Microchip Technology Linear Regulators LDO Regulator Pos 1.2V 1A Automotive AEC-Q100 8-Pin DFN EP T/R Buy
MCP1726T-0802E/MF Microchip Technology Linear Regulators LDO Regulator Pos 0.8V 1A Automotive AEC-Q100 8-Pin DFN EP T/R Buy
MCP1726-ADJE/SN Microchip Technology Linear Regulators LDO Regulator Pos 0.8V to 5V 1A Automotive AEC-Q100 8-Pin SOIC N Tube Buy
MCP1726-ADJE/MF Microchip Technology Linear Regulators LDO Regulator Pos 0.8V to 5V 1A Automotive AEC-Q100 8-Pin DFN EP Tube Buy
MCP1726-3002E/SN Microchip Technology Linear Regulators LDO Regulator Pos 3V 1A Automotive AEC-Q100 8-Pin SOIC N Tube Buy
MCP1726-0802E/SN Microchip Technology Linear Regulators LDO Regulator Pos 0.8V 1A 8-Pin SOIC N Tube Automotive AEC-Q100 Buy
MCP1726T-1802E/MF Microchip Technology Linear Regulators LDO Regulator Pos 1.8V 1A Automotive AEC-Q100 8-Pin DFN EP T/R Buy
Load More

Research and Events

Microchip MCP1810 Low Dropout Voltage Regulators

Selecting the proper Low dropout (LDO) voltage regulator for low power applications is a crucial aspect of design and Microchip has you covered.

8 years ago

Using LDOs to Minimize Power Noise

Devices that are sensitive to power supply noise require very quiet power sources. LDOs can provide an excellent option in these applications if they are well-matched to the systems they are designed into.

8 years ago

How to Power a Raspberry Pi with Batteries

Three ways to get around precise 5V requirements and battery-power your Pi.

8 years ago
Sorry, your filter selection returned no results.

Connect with Electronic Components

Facebook LinkedIn Instagram YouTube
Contact Us

Contact and Support

Programs and Partners

Featured Products

Product Categories

Manufacturers

Verticals & Trends

We've updated our privacy policy. Please take a moment to review these changes. By clicking I Agree to Arrow Electronics Terms Of Use  and have read and understand the Privacy Policy and Cookie Policy.

See Short Policy

Our website places cookies on your device to improve your experience and to improve our site. Read more about the cookies we use and how to disable them here. Cookies and tracking technologies may be used for marketing purposes.
By clicking “Accept”, you are consenting to placement of cookies on your device and to our use of tracking technologies. Click “Read More” below for more information and instructions on how to disable cookies and tracking technologies. While acceptance of cookies and tracking technologies is voluntary, disabling them may result in the website not working properly, and certain advertisements may be less relevant to you.
We respect your privacy. Read our privacy policy here