Datasheet4U Logo Datasheet4U.com

ADM1031 - Intelligent Temperature Monitor and Dual PWM Fan Controller

📥 Download Datasheet

Datasheet preview – ADM1031

Datasheet Details

Part number ADM1031
Manufacturer ON Semiconductor
File Size 322.39 KB
Description Intelligent Temperature Monitor and Dual PWM Fan Controller
Datasheet download datasheet ADM1031 Datasheet
Additional preview pages of the ADM1031 datasheet.

📁 Similar Datasheet

  • ADM1031 - Intelligent Temperature Monitor and Dual PWM Fan Controller (Analog Devices)
  • ADM1030 - Intelligent Temperature Monitor and PWM Fan Controller (Analog Devices)
  • ADM1032 - +-1C Remote and Local System Temperature Monitor (Analog Devices)
  • ADM1033 - Thermal Monitor and Fan Speed (RPM) Controller (Analog Devices)
  • ADM1034 - Thermal Monitor and Fan Speed (RPM) Controller (Analog Devices)
  • ADM10-D05 - AC / DC CONVERTER (REICU)
  • ADM10-D05-05 - AC / DC CONVERTER (REICU)
  • ADM10-D05-12 - AC / DC CONVERTER (REICU)
  • ADM10-D05-24 - AC / DC CONVERTER (REICU)
  • ADM10-D12 - AC / DC CONVERTER (REICU)
Other Datasheets by ON Semiconductor
  • ADM1030 - Intelligent Temperature Monitor and PWM Fan Controller
  • ADM1032 - Remote and Local System Temperature Monitor
  • ADM1033 - Thermal Monitor and Fan Speed (RPM) Controller
  • ADM1034 - Thermal Monitor and Fan Speed (RPM) Controller
  • ADM1021A - Low Cost Microprocessor System Temperature Monitor Microcomputer
  • ADM1023 - High Accuracy Microprocessor System Temperature Monitor
  • ADM1024 - System Hardware Monitor
  • ADM1025 - Low Cost PC Hardware Monitor ASIC

Full PDF Text Transcription

Click to expand full text
ADM1031 Intelligent Temperature Monitor and Dual PWM Fan Controller The ADM1031 is an ACPI-compliant, three-channel digital thermometer and under/overtemperature alarm for use in personal computers and thermal management systems. Optimized for the PentiumIII, the part offers a 1C higher accuracy, which allows system designers to safely reduce temperature guard-banding and http://onsemi.com increase system performance. Two PWM fan control outputs control the speed of two cooling fans by varying output duty cycle. Duty cycle values between 33% and 100% allow smooth control of the fans.
Published: |