Datasheet4U Logo Datasheet4U.com

EMC1001 - SMBus Temperature Sensor

Description

The EMC1001 is a tiny SMBus temperature sensor with ±1.5°C accuracy and two interrupts.

Packaged in a SOT23-6, the EMC1001 provides an accurate, low-cost, low-current, solution for critical temperature monitoring in a PC or embedded applications.

Features

  • General.

📥 Download Datasheet

📁 Similar Datasheet

  • EMC1001 - SMBus Temperature Sensor (Microchip)
  • EMC1002 - Dual SmBus Sensor (SMSC)
  • EMC1023 - Triple Temperature Sensor (SMSC)
  • EMC1033 - Triple SMBus Sensor (SMSC)
  • EMC1043 - Triple Temperature Sensor (SMSC)
  • EMC1046 - Multiple Temperature Sensor (SMSC)
  • EMC1047 - Multiple Temperature Sensor (SMSC)
  • EMC1053 - Triple Temperature Sensor (SMSC)
  • EMC1072 - Temperature Sensor (SMSC)
  • EMC1073 - Multiple Channel Temperature Sensors (SMSC)
Other Datasheets by SMSC Corporation
  • EMC1063 - Triple Temperature Sensor
  • EMC1102 - SST Compliant Hardware Monitor
  • EMC1152 - SST Compliant Hardware Monitor
  • EMC1201 - (EMC1201 / EMC1202) Single/Dual Single-Wire Temp Sensor
  • EMC1202 - (EMC1201 / EMC1202) Single/Dual Single-Wire Temp Sensor
  • EMC1203 - (EMC1203 / EMC1204) Triple/Quad Single-Wire Temp Sensor
  • EMC1204 - (EMC1203 / EMC1204) Triple/Quad Single-Wire Temp Sensor
  • EMC1212 - BBUS Compliant Dual Temperature Monitor

Full PDF Text Transcription

Click to expand full text
EMC1001 1.5°C SMBus Temperature Sensor in Miniature SOT-23 PRODUCT FEATURES General Description The EMC1001 is a tiny SMBus temperature sensor with ±1.5°C accuracy and two interrupts. Packaged in a SOT23-6, the EMC1001 provides an accurate, low-cost, low-current, solution for critical temperature monitoring in a PC or embedded applications. The EMC1001 generates two separate interrupts with programmable thermal trip points. The THERM output operates as a thermostat with programmable threshold and hysteresis. The ALERT output can be configured as a maskable SMBus alert with programmable window comparator limits, or as a second THERM output. An efficient fan control system can be created since this output may be used to control a fan.
Published: |