LM73 具有双线接口的 2.7V、SOT-23、11 至 14 位数字温度传感器

The LM73 is an integrated, digital-output temperature sensor featuring an incremental Delta-Sigma ADC with a two-wire interface that is compatible with the SMBus and I 2C® interfaces. The host can query the LM73 at any time to read temperature. Available in a 6-pin SOT-23 package, the LM73 occupies very little board area while operating over a wide temperature range (-40°C to 150°C) and providing ±1.0°C accuracy from -10°C to 80°C. The user can optimize between the conversion time and the sensitivity of the LM73 by programming it to report temperature in any of four different resolutions. Defaulting to 11-bit mode (0.25°C/LSB), the LM73 measures temperature in a maximum time of 14 ms, making it ideal for applications that require temperature data very soon after power-up

	LM73
Temp Resolution (Max) (bits)	14
Supply Voltage (Min) (V)	2.7
Supply Voltage (Max) (V)	5.5
Iq (Typ) (uA)	495
Interface	2-Wire Serial
Sensor Type	Local
Local Sensor Accuracy (Max) (+/- C)	1
Pin/Package	6SOT
Approx. Price (US$)	0.75 \| 1ku
Rating	Catalog

LM73 特性

Single address pin offers choice of three selectable addresses per version for a total of six possible addresses.
SMBus and I 2C-compatible two-wire interface
Supports 400 kHz operation
Shutdown mode with one-shot feature available for very low average power consumption
Programmable digital temperature resolution from 11 bits to 14 bits.
Fast conversion rate ideal for quick power up and measuring rapidly changing temperature
Open-drain ^ALERT output pin goes active when temperature is above a programmed temperature limit
Very stable, low-noise digital ouput.
UL Recognized Component

LM73 器件用途

Portable Electronics
Notebook Computers
Automotive
System Thermal Management
Office Electronics

LM73 工具和软件

培训内容	型号	软件/工具类型
用于硬件监控器和数字温度传感器的评估板软件	DIGITALTEMPSENSORSEVM-SW	应用软件
用于硬件监控器和数字温度传感器的评估板软件	SENSOREVAL	开发电路板/EVM

LM73 解决方案指南

标题	类型	大小
面向平板电脑及电子书的 TI 解决方案 (Rev. B)	PDF	2666
TI Solutions for Tablets and eBooks	PDF	1281
TI Solutions for Tablets and eBooks	PDF	817