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EMC1001 датащи(PDF) 9 Page - SMSC Corporation

номер детали EMC1001
подробное описание детали  1.5째C SMBus Temperature Sensor in Miniature SOT-23
PDF  16 Pages
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производитель  SMSC [SMSC Corporation]
домашняя страница  http://www.smsc.com
Logo SMSC - SMSC Corporation

EMC1001 датащи(HTML) 9 Page - SMSC Corporation

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1.5°C SMBus Temperature Sensor in Miniature SOT-23
Datasheet
SMSC EMC1001
9
Revision 1.6 (01-29-07)
DATASHEET
Chapter 4 Product Description
The EMC1001 is an SMBus temperature that monitors a single temperature zone. Thermal
management is performed in cooperation with a host device. The host reads the temperature data from
the EMC1001 and takes appropriate action such as controlling fan speed or processor clock frequency.
The EMC1001 has programmable temperature limit registers that define a safe operating window. After
the host has configured the temperature limits, the EMC1001 can operate as a free-running
independent watchdog to warn the host of temperature hot spots without requiring the host to poll the
device. The ADDR/THERM output can be used to control a fan without host intervention.
Figure 4.1 Controlling a fan without host intervention.
The EMC1001 has two basic modes of operation:
Run Mode: In this mode, the EMC1001 continuously converts temperature data and updates its
registers. The rate of temperature conversion is configured as shown in Section 4.9 on page 14.
Standby Mode: In this mode, the EMC1001 is placed in standby to conserve power as described
in Section 4.5 on page 12.
4.1
Temperature Monitors
Thermal diode temperature measurements are based on the change in forward bias voltage (
ΔV
BE) of
a diode when operated at two different currents:
The change in
ΔV
BE voltage is proportional to absolute temperature T.
where:
k = Boltzmann’s constant
T = absolute temperature in Kelvin
q = electron charge
η = diode ideality factor
ADDR/THERM
ALERT/THERM2
EMC1001
Host
Fan
Driver
SMDATA
Internal
Diode
SMCLK
SMBus
Interface
⎟⎟
⎠
⎞
⎜⎜
⎝
⎛
=
−
=
Δ
LOW
HIGH
LOW
BE
HIGH
BE
BE
I
I
q
kT
V
V
V
ln
_
_
η



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