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SMT172-SOIC PDF预览

SMT172-SOIC

更新时间: 2024-11-25 02:48:27
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其他 - ETC /
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9页 807K
描述
World most energy efficient temperature sensor

SMT172-SOIC 数据手册

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last update  
maart 20, 2017  
reference  
V14  
DATASHEET  
SMT172  
page  
1/9  
Features and Highlights  
World’s most energy efficient temperature sensor  
0.36µJ/measurement (TA=25°C, 3.3V)  
Wide temperature range: -45°C to 130°C  
Wide supply voltage range: 2.7V to 5.5V  
High accuracy: 0.25°C (-10°C to 100°C TO18)  
0.1°C (-20°C to 60°C, TO18)  
Extreme low noise: 0.002°C  
Ultra-low current (60µA active or 220nA average)  
Excellent long term stability  
Direct interface with Microcontroller (MCU)  
Wide range of package options  
Application  
Ultra-low power applications: wearable electronics, wireless sensor networks  
Medical applications: body temperature monitoring  
Instrumentation: (Bio)chemical analysis, precision equipment  
Environmental monitoring (indoor/outdoor)  
Industrial applications: process monitoring/controlling  
Introduction  
The SMT172 is an ultra-low power, high-precision temperature sensor that combines the ease of use with  
the world’s leading performance over a wide temperature range. Using the most recent advances in the  
silicon temperature sensing technology, the SMT172 has applied some really sophisticated IC design  
techniques as well as high-precision calibration methods, to achieve an absolute inaccuracy of less than  
0.1°C in the range of -20°C to 60°C  
The SMT172 operates with a supply voltage from 2.7V to 5.5V. The typical active current of only 60µA, the  
high speed conversion over 4000 outputs per second (at room temperature) and an extremely low noise  
makes this sensor the most energy efficient temperature sensor in the world (0.36µJ/measurement).  
The SMT172 has a pulse width modulated (PWM) output signal, where the duty cycle is proportional to the  
measured temperature. This makes it possible that the sensor can directly interface to a MCU without using  
an Analog-to-Digital Converter (ADC). Today, the hardware Timer in a MCU to read our PWM signal has  
become available almost universally, fast in speed and low in cost. Therefore, it is extremely easy for any  
user to get started with this sensor and achieve a very quick time to market.  

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