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ADT7463

Analog Devices
Part Number ADT7463
Manufacturer Analog Devices
Description dB COOL Remote Thermal Controller and Voltage Monitor
Published Jun 10, 2009
Detailed Description a FEATURES www.datasheet4u.com Monitors up to 5 Supply Voltages Controls and Monitors up to 4 Fan Speeds 1 On-Chip and 2...
Datasheet PDF File ADT7463 PDF File

ADT7463
ADT7463

Overview
a FEATURES www.
datasheet4u.
com Monitors up to 5 Supply Voltages Controls and Monitors up to 4 Fan Speeds 1 On-Chip and 2 Remote Temperature Sensors Monitors up to 6 Processor VID Bits Dynamic TMIN Control Mode Optimizes System Acoustics Intelligently Automatic Fan Speed Control Mode Controls System Cooling Based on Measured Temperature Enhanced Acoustic Mode Dramatically Reduces User Perception of Changing Fan Speeds Thermal Protection Feature via THERM Output Monitors Performance Impact of Intel® Pentium® 4 Processor Thermal Control Circuit via THERM Input 2-Wire and 3-Wire Fan Speed Measurement Limit Comparison of All Monitored Values Meets SMBus 2.
0 Electrical Specifications (Fully SMBus 1.
1 Compliant) APPLICATIONS Low Acoustic Noise PCs Networking and Telecommunications Equipment dB COOL™ Remote Thermal Controller and Voltage Monitor ADT7463* GENERAL DESCRIPTION The ADT7463 dBCOOL controller is a complete systems monitor and multiple PWM fan controller for noise-sensitive applications requiring active system cooling.
It can monitor 12 V, 5 V, and 2.
5 V CPU supply voltages, plus its own supply voltage.
It can monitor the temperature of up to two remote sensor diodes, plus its own internal temperature.
It can measure and control the speed of up to four fans so that they operate at the lowest possible speed for minimum acoustic noise.
The automatic fan speed control loop optimizes fan speed for a given temperature.
A unique dynamic TMIN control mode enables the system thermals/acoustics to be intelligently managed.
The effectiveness of the system’s thermal solution can be monitored using the THERM input.
The ADT7463 also provides critical thermal protection to the system using the bidirectional THERM pin as an output to prevent system or component overheating.
FUNCTIONAL BLOCK DIAGRAM ADDR SELECT ADDR EN SCL SDA SMBALERT VID5 VID4 VID3 VID2 VID1 VID0 PWM1 PWM2 PWM3 TACH1 TACH2 TACH3 TACH4 PERFORMANCE MONITORING THERM VCC D1+ D1– D2+ D2– VCC +5VIN +12VIN +2.
5VIN ...


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