TMP513AIDR集成电路（IC）的热管理规格书PDF中文资料

TMP513AIDR属于集成电路（IC）的热管理。由德州仪器制造生产的TMP513AIDR热管理热管理 IC 是根据温度控制电路电源的半导体器件。这些 IC 的功能包括风扇控制、硬件监控器、温度监控系统、热监控器、热电偶放大器、热电偶调节器和温度计–温控器。检测温度范围为 -260℃ 至 +1800℃，输出类型有 I2C、SMBus、低电平有效/高电平有效、模拟电压、开漏、PWM、SPI、2 线串行和并行–串行。

1FEATURES

234• ±1°C REMOTE DIODE SENSORS

• ±1°C LOCAL TEMPERATURE SENSOR

• SERIES RESISTANCE CANCELLATION

• n-FACTOR CORRECTION

• TEMPERATURE ALERT FUNCTION

• AVERAGING

• 12-BIT RESOLUTION

• DIODE FAULT DETECTION

• SENSES BUS VOLTAGES FROM 0V TO +26V

• REPORTS CURRENT IN AMPS, VOLTAGE IN

VOLTS AND POWER IN WATTS

• HIGH ACCURACY: 1% MAX OVER TEMP

• WATCHDOG LIMITS:

– Upper Over-Limit

– Lower Under-Limit

APPLICATIONS

• DESKTOP AND NOTEBOOK COMPUTERS

• SERVERS

• INDUSTRIAL CONTROLLERS

• CENTRAL OFFICE TELECOM EQUIPMENT

• LCD/ DLP®/LCOS PROJECTORS

• STORAGE AREA NETWORKS (SAN)

DESCRIPTION

The TMP512 (dual-channel) and TMP513

(triple-channel) are system monitors that include

remote sensors, a local temperature sensor, and a

high-side current shunt monitor. These system

monitors have the capability of measuring remote

temperatures, on-chip temperatures, and system voltage/power/current consumption.

The remote temperature sensor diode-connected

transistors are typically low-cost, NPN- or PNP-type

transistors or diodes that are an integral part of

microcontrollers, microprocessors, or FPGAs.

Remote accuracy is ±1°C for multiple IC manufacturers, with no calibration needed. The

two-wire serial interface accepts SMBus™ or

two-wire write and read commands.

The onboard current shunt monitor is a high-side

current shunt and power monitor. It monitors both the

shunt drop and supply voltage. A programmable

calibration value (along with the TMP512/TMP513

internal digital multiplier) enables direct readout in amps; an additional multiplication calculates power in

watts. The TMP512 and TMP513 both feature two

separate onboard watchdog capabilities: an over-limit

comparator and a lower-limit comparator.

These devices use a single +3V to +26V supply,

drawing a maximum of 1.4mA of supply current, and

they are specified for operation from –40°C to

+125°C.