Torex XC9131 Series 1A Driver Transistor Built-In Multi-Functional Step-Up DC/DC Converter Datasheet

XC9131 series is a synchronous step-up DC/DC converter with a 0.2Ω(TYP.) N-channel driver transistor and a 0.2Ω(TYP.) synchronous P-channel switching transistor built-in. A highly efficient and stable current can be supplied up to 1.0A by reducing ON resistance of the built-in transistors. The series are able to start operation under the condition which has 0.9V input voltage to generate 3.3V output voltage with a 33Ωload resistor, suitable for mobile equipment using only one Alkaline battery or one Nickel metal hydride battery. During the operation of a shutdown, the load disconnection function enables to cut the current conduction path from the input to the output. The series has 0.5V (±0.01V) reference voltage integrated and being able to set an output voltage with external components.


Torex XC9131 Series 1A Driver Transistor Built-In Multi-Functional Step-Up DC/DC Converter Datasheet - cover page
Brand
Torex
Document type
Datasheet
Language
English
Pages
28
File format
PDF
File size
1 MB
Published
19 March, 2012
Updated
30 September, 2023
MD5 checksum
9D11B3CBDE7EBD19816D4704BDC6FD90

About this manual

The XC9131 series are synchronous step‑up DC/DC converters that integrate a 0.2 A N‑channel driver transistor and a 0.22 A P‑channel switching transistor. They can start from as low as 0.9 V input to generate a 3.3 V output, making them suitable for battery‑powered mobile equipment.

The device offers features such as load‑disconnection, auto‑discharge, UVLO protection, thermal shutdown, and soft‑start. It is supplied in a USP‑10B package, operates from –40 °C to +85 °C, and complies with RoHS and Pb‑free requirements.

What's inside

  • General Description
  • Applications
  • Typical Application Circuit
  • Features
  • Pin Configuration
  • Function Chart
  • Absolute Maximum Ratings
  • Electrical Characteristics
  • Marking Rule
  • External Components

Frequently asked questions

Does the converter provide a load‑disconnection function?

Yes, a load‑disconnection function cuts the current path during shutdown.

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