XC9261A11DPR-G

XC9261A11DPR-G

Manufacturer No:

XC9261A11DPR-G

Manufacturer:

Torex Semiconductor Ltd

Description:

1.5A COT CONTROL SYNCHRONOUS STE

Datasheet:

Datasheet

Delivery:

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XC9261A11DPR-G Specifications

  • Type
    Parameter
  • Supplier Device Package
    SOT-89-5
  • Package / Case
    SOT-89-5/6
  • Mounting Type
    Surface Mount
  • Operating Temperature
    -40°C ~ 105°C (TA)
  • Synchronous Rectifier
    Yes
  • Frequency - Switching
    3MHz
  • Current - Output
    1.5A
  • Voltage - Output (Max)
    -
  • Voltage - Output (Min/Fixed)
    1.1V
  • Voltage - Input (Max)
    5.5V
  • Voltage - Input (Min)
    2.7V
  • Number of Outputs
    1
  • Output Type
    Fixed
  • Topology
    Buck
  • Output Configuration
    Positive
  • Function
    Step-Down
  • Packaging
    Tape & Reel (TR)
  • Product Status
    Obsolete
  • Series
    XC9261
The XC9261A11DPR-G is a low dropout voltage regulator integrated circuit chip. It offers advantages such as high accuracy, low dropout voltage, low power consumption, and a small package size. Some of the application scenarios for this chip include:1. Battery-powered devices - The low dropout voltage and low power consumption make this chip an excellent choice for battery-powered devices such as portable audio players, digital cameras, and other devices that require a stable voltage level.2. Industrial equipment - The high accuracy and small package size make this chip ideal for use in industrial equipment such as factory automation systems, motor control systems, and sensors.3. Communication equipment - The low dropout voltage and high accuracy make this chip suitable for use in communication equipment such as routers, switches, and modems.4. Automotive electronics - The small package size, high accuracy, and low dropout voltage make this chip ideal for use in automotive electronics such as engine control units, dashboard displays, and sensors. Overall, the XC9261A11DPR-G integrated circuit chip offers a variety of advantages and can be used in many different application scenarios.